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You are a rural GP in a small town in Western New South Wales. A parent brings their 3-year-old son, Lucas, to your community hospital. Lucas developed a sudden onset of a harsh, high-pitched noise on inspiration while at home, alongside a barking cough and mild fever. He appears otherwise well and is sitting comfortably on his parent’s lap. How would you approach the assessment and initial management of a child with stridor in a rural or remote Australian setting? (4)

1. What specific features would you focus on during your clinical assessment to identify the severity and likely cause of stridor in Lucas?
2. How would the rural or remote context influence your assessment and immediate management decisions?
3. What advice and reassurance would you provide to the family regarding home care and red flags for urgent review?

Question 2: Escalating Complexity — Worsening Symptoms or New Context (4)

Lucas re-presents to the emergency area 36 hours later with worsening stridor at rest, increased work of breathing (subcostal and sternal recession), persistent cough, and new onset drooling. His voice is muffled, and he is refusing fluids. He lives in a one-bedroom cottage with extended family, and his mother expresses concern about others with respiratory symptoms at home. What additional steps would you take in assessing and managing Lucas at this visit? (4)

1. What further history and examination findings would you seek to differentiate between potential causes of worsening stridor (such as croup, epiglottitis, foreign body, allergic reaction, etc.)?
2. Which investigations or bedside tests would now be indicated given his deteriorating clinical picture?
3. How would you address the social and environmental context, including potential infectious risk to other family members and public health implications?

Question 3: Definitive Management, Follow-Up & Escalation (2)

Lucas’s respiratory distress worsens, and you note hypoxia, tiring, and fluctuating consciousness. Immediate airway support is initiated, and you have commenced nebulised adrenaline and corticosteroids. What are your next steps in managing this patient, including indications for escalation of care, ongoing monitoring, follow-up, and potential complications? (2)

1. What criteria would prompt urgent retrieval or transfer to a tertiary paediatric hospital, and how would you arrange this in a remote setting?
2. What follow-up strategies and preventive advice are necessary for Lucas and his family after acute management, focusing on reducing recurrence and ensuring safety?
3. How would you manage and monitor for complications, and what is the role of allied health or specialist input for ongoing care and family education?

Question 1

A 4-year-old boy is brought by his mother to your general practice in a small rural town in northern Victoria. She reports that he has had frequent bruising, bleeding into his knees after minor bumps, and prolonged oozing after a recent cut. There is a family history of a bleeding disorder on the mother's side. The family lives 80km from the nearest regional hospital. How would you approach assessment and management of a child presenting with a possible bleeding disorder such as haemophilia in your rural setting? (4)

1. What specific history and examination findings would help you clarify the diagnosis and assess the severity of his bleeding tendency?
2. What are your major differential diagnoses, and how would you distinguish haemophilia from other causes of bleeding in children?
3. What initial steps would you take to support this patient and family while confirming the diagnosis, including advice about activities and safety?

Question 2

A week later, the boy re-presents to your community hospital after falling on the playground. He is unable to walk due to pain and swelling in his left knee, and his mother reports it has gradually increased in size and warmth over the last 24 hours. He is now febrile and distressed, and the family mentions delays accessing pharmacy and ambulance services due to distance. How does this new information influence your assessment and management of the patient? (4)

1. What are your concerns regarding acute complications or new diagnoses, and what further assessments would you prioritise?
2. What additional investigations are indicated at this point to guide diagnosis and monitor for joint or systemic complications?
3. How would you adapt your management, including escalation of haemostatic therapy, pain control, prevention of further bleeding, and coordination with specialist services from a rural setting?

Question 3

After specialist input and factor replacement, the boy’s acute symptoms improve, but his parents remain worried about recurrent joint bleeds, long-term joint health, school participation, and their ability to administer treatment at home given their remote location. What are your next steps for long-term management, follow-up, prevention of complications, and indications for referral or transfer to tertiary care for a child with haemophilia? (2)

1. How would you structure multidisciplinary long-term care, education, and remote monitoring for a family living far from haemophilia treatment centres?
2. What long-term complications and preventative strategies should you discuss with the family, and how would you support their ongoing management?
3. Under what circumstances would you arrange urgent transfer or referral to tertiary paediatric haematology services for a child with haemophilia in a rural context?

Question 1

A 10-year-old boy is brought by his mother to your GP clinic in a small remote town in central Queensland. She is concerned about his frequent defiance at home and school, intense arguments with family members, and refusal to join community activities. He has recently been spending time alone, shows little interest in group sports he used to enjoy, and is often described by teachers as “argumentative” and “easily frustrated.” The family lives over 100km from the nearest regional centre, with limited access to mental health services. How would you approach the assessment and management of a paediatric patient presenting with oppositional behaviour and social alienation in your rural setting? (4)

1. What history and behavioural observations would you prioritise to clarify the pattern, duration, and context of oppositional behaviours and alienation?
2. What personal, family, school, and community factors might be relevant in understanding the child’s behaviour and social withdrawal in a rural context?
3. What immediate strategies, education, and support could you provide to the family and school while arranging further assessment?

Question 2

Three weeks later, the child re-presents to your community hospital. His teacher describes more frequent disruptions in class, new episodes of running away from school grounds, and increased agitation when approached by peers. At home, his mother notes he has begun to refuse family meals, spends even more time alone, and talks about not having friends. The family has experienced recent financial stress, and the child’s father works away from home for long stretches. They face barriers to accessing regular counselling due to distance and cost. How does this evolving situation—with increased alienation, escalating behaviour, and social complexity—affect your ongoing assessment and management? (4)

1. What further assessments, screening tools, and allied health or specialist referrals would you prioritise now, given the new and more severe manifestations?
2. How would you adjust your management plan to address the risk of worsening mental health, harm, and long-term social exclusion, considering the limited local resources?
3. What practical supports, safety measures, and coordinated interventions would you establish with the family, school, and community agencies?

Question 3

After input from a visiting psychologist (telehealth) and implementation of targeted behaviour support plans, the boy’s aggression becomes less frequent but alienation remains pronounced, with ongoing struggles at school and home. His mother expresses concern about bullying, academic failure, and the feasibility of continuing local supports. The family questions when more intensive interventions or transfer to a tertiary service should be considered. What are your next steps for long-term management, monitoring, and criteria for escalation, referral, or transfer for a child with persistent oppositional behaviour and alienation in rural Australia? (2)

1. How would you structure ongoing multidisciplinary follow-up, monitoring of social participation, and family-school communication for comprehensive support in a remote setting?
2. What complications and risks—such as depression, self-harm, school refusal, or entrenched social withdrawal—should the family and school monitor for, and how would you empower them to respond early?
3. Under what circumstances would you escalate care, including urgent referral to psychiatry, multidisciplinary assessment, or transfer to a tertiary paediatric mental health service for oppositional behaviour and alienation in a child?

Lucy, a 6-year-old girl with B-cell Lymphoma, is brought to the Community Hospital in the remote town of "Saltbush Creek" by her parents after recording a temperature of 38.7^circC at home. She completed her second course of chemotherapy 6 days ago, and her parents know her last count showed neutropenia (Neutrophils <1.0 times 10^9/L). The whole family has symptoms of a mild viral illness, but Lucy has also had three bouts of diarrhoea and some lower abdominal pain in the last 24 hours. On examination, her temperature is currently 37.4^circC (post-Paracetamol), but her heart rate is 130 beats/min and her indwelling central-line site is slightly erythematous and tender. Her blood tests confirm severe neutropenia (Neutrophils 0.1 times 10^9/L) and a high CRP (67 mg/L). What is the definitive diagnosis for her acute presentation, and what are the immediate, life-saving management steps? (4)

• Prompting Question 1: Define the definitive diagnosis based on her clinical and haematological status, and explain why the current normal temperature should be ignored.
• Prompting Question 2: Outline the immediate, critical steps for infection workup, specifically addressing the central line.
• Prompting Question 3: What is the specific empirical antibiotic regimen required, and what other systemic therapies must be initiated immediately?

Lucy's condition remains serious. Despite IV antibiotics (Ceftazidime + Vancomycin), her CRP rises further to 120 mg/L after 12 hours. She now reports worsening lower abdominal pain and tenderness, particularly in the left iliac fossa (LIF). The diarrhoea is ongoing, and she appears pale (Hb 7.4 g/dL). Her parents express distress, feeling guilty for bringing her home and worried about the impact on the other four young children, especially since the mother is losing income due to the crisis (RRG). (4)

What is the most serious gastrointestinal complication suggested by the worsening abdominal pain, and what is your urgent diagnostic and management response?

• Prompting Question 1: Given the neutropenia, abdominal pain (LIF focus), and rising CRP, what life-threatening gastrointestinal diagnosis should be assumed until proven otherwise?
• Prompting Question 2: Describe the immediate specific imaging and non-imaging investigations required to assess the severity of this abdominal complication.
• Prompting Question 3: How does the suspicion of this complication influence the existing antibiotic regimen, and what immediate supportive care must be implemented?

The diagnosis of Typhlitis is strongly suspected clinically, although imaging is limited in the remote setting. The Oncology Centre instructs that Lucy needs immediate access to Paediatric Surgery and ICU. Lucy is assessed as critically ill and requires urgent aeromedical transfer. (2)

What are the key priorities for stabilising Lucy for aeromedical transfer, and what long-term support must the remote team plan for the family?

• Prompting Question 1: Outline the critical interventions and monitoring required for Lucy in the 1-2 hours before the retrieval team arrives.
• Prompting Question 2: Given her profound anaemia (Hb 7.4 g/dL) and thrombocytopenia (Plts 24 times 10^9/L), what is the immediate haematological management, and why is this critical for the transfer?
• Prompting Question 3: What specific social work and financial support (RRG/PCPH) must be initiated by the remote team for Lucy's parents before they leave for the tertiary centre?

Question 1

A 6-year-old boy is brought by his father to your community hospital in a remote Northern Territory town with a two-day history of limping on his right leg. There is no clear history of trauma, but the father notes mild pain after play at school. The child has had an upper respiratory infection last week but is otherwise well. On examination, his temperature is 37.2°C, he walks with a mild limp, and there are no obvious swellings or bruises. How would you approach the assessment and management of this child presenting with a limp in your rural setting? (4)

1. What additional history and examination would you undertake to clarify the cause of the limp and identify any red flag symptoms?
2. Which initial investigations would you consider to help narrow your differential, and what are your priorities for immediate management?
3. What advice and education would you provide the family regarding monitoring for worsening symptoms, and what is your safety net plan?

Question 2

Two days later, the boy re-presents with his father, now unable to bear weight on his right leg and feeling more irritable. His temperature has increased to 38.8°C, and on examination, his right hip is more painful, with restriction and guarding on movement. The father reports the family lives on a cattle station over 100km from the hospital and is concerned about travel if the child deteriorates further. How do these new findings influence your assessment and management plan? (4)

1. What are your urgent priorities and differential diagnoses in this acutely deteriorating scenario?
2. Which further investigations (e.g., imaging, blood tests) would you arrange urgently, and what specialist consultations or referrals would you initiate?
3. How would you manage the situation if septic arthritis or another serious underlying condition is suspected, including coordination of care and communication with retrieval services?

Question 3

Following emergency management and IV antibiotics, the boy’s symptoms improve. The family returns to the community with advice for follow-up. Given their remote location and limited access to healthcare, what are your recommendations for ongoing management, prevention of complications, and criteria for escalation or transfer to a tertiary centre? (2)

1. How would you structure follow-up and ongoing monitoring to ensure recovery and early detection of complications in this rural setting?
2. What long-term complications should you educate the family about following serious musculoskeletal infections or causes of limp?
3. Under what circumstances would you arrange urgent transfer or specialist referral in a child with a limp, given the remote context?

Marlon, a 7-year-old boy, presents to the Paediatric Outpatients Clinic at the Community Hospital in Katherine, NT, referred for being overweight. His father initiated the concern a year ago. Marlon's mother is overweight, hypertensive, and has Type 2 Diabetes, suggesting a strong family history and likely environmental link. His father reports Marlon's diet is "generally good" but notes the grandmother often spoils him. Marlon is active, playing school sports twice a week, but is being bullied due to his weight. Examination reveals a BMI exceeding the 99.6th centile (Weight 38.7  kg, Height 125  cm), stretch marks, and large tonsils, but his initial blood results are reassuringly normal.

What is the classification of Marlon's weight, and what are the two most critical associated complications to screen for immediately, given the history and physical findings? (4)

Prompting Questions (Part 1):

1. What specific clinical and family history findings suggest that Marlon's obesity is likely "Exogenous" (simple obesity) rather than a genetic or endocrine syndrome?
2. What simple, immediate investigation must be prioritized to screen for the most common respiratory complication?
3. How should Marlon's blood pressure be interpreted in the context of his obesity, and what is the appropriate next step for cardiovascular assessment?

Following the initial assessment, you confirm that Marlon's obesity is exogenous. However, a formal sleep study arranged via Telehealth confirms moderate Obstructive Sleep Apnoea (OSA). Furthermore, Marlon’s father reports that the bullying at school has worsened, and Marlon is now refusing to go to school some days, leading to increasing family conflict and stress. (4)

What is the required management for Marlon's OSA, and how do you initiate the process to address the severe psychosocial impact?

Prompting Questions (Part 2):

1. What are the two primary definitive treatment options for OSA in Marlon, and what specialist input is required?
2. How should the primary care team initiate a discussion with the school to manage the bullying effectively while maintaining patient confidentiality?
3. What is the essential first step in the formal treatment of Marlon's severe obesity, and who must be involved?

Marlon is awaiting his ENT appointment, and the family has started working with a dietitian via Telehealth. Given the complexity (Severe Obesity, OSA, Bullying, Family History) and the rural location, a long-term, coordinated strategy is crucial.

What is the most appropriate long-term model of care for Marlon, and how will the rural GP maintain coordination? (2)

Prompting Questions (Part 3):

1. What is the primary goal of care for Marlon over the next 12 months, and how is it tracked?
2. What ongoing screening and monitoring must the rural GP perform to track metabolic and cardiovascular health?
3. How can the GP effectively manage the influence of the extended family (grandmother) on Marlon's diet?

Munira, a 7-year-old Asian girl, is brought to your Community Hospital in the remote Australian town of "Warrigal Gully" because her mother noticed a 4 times 3 cm lump on the side of her neck one week ago. The lump is not painful, warm, or erythematous. Her mother recalls Munira had a mild, afebrile "cold" about 4 weeks ago. Munira has no history of fevers, night sweats, or contact with Tuberculosis (TB), but she did receive the BCG vaccine as a baby. Examination confirms the mobile, non-tender left-sided lump and small right-sided nodes. Initial blood tests show a slightly raised CRP (12 mg/L) and ESR (24 mm/hr), and a Chest X-ray is normal. The Mantoux test is negative.

What is the most likely diagnosis for the cervical lump, and what further specific investigations are indicated before initiating definitive management? (4)

• Prompting Question 1: Given the chronic, unilateral, non-tender nature of the lump, the subacute onset post-viral illness, and the negative Mantoux test, what is the leading diagnosis?
• Prompting Question 2: What is the significance of the BCG scar and the negative Mantoux test in this clinical context?
• Prompting Question 3: What is the critical role of imaging and tissue sampling in confirming the diagnosis for a persistent neck lump of this size?

You explain the need for tissue sampling. A few days later, Munira undergoes an FNA in the nearest regional centre, which is challenging due to the lack of an available Paediatric Radiologist. The preliminary AFB smear is positive, but the PCR for M. tuberculosis (typical TB) is negative. The culture results will take several weeks. Munira is becoming increasingly distressed about the "growing bump" on her neck, and her mother is extremely worried, having heard rumours in the remote community that "a positive AFB smear means TB and isolation." (4)

What is your likely working diagnosis given the smear and PCR results, and how will you manage the immediate public health and family anxiety?

• Prompting Question 1: How do the positive AFB smear and negative M. tuberculosis PCR guide your working diagnosis and what is the public health implication of this finding?
• Prompting Question 2: Outline the initial management for NTM lymphadenitis while awaiting final culture identification, specifically addressing the role of antibiotics.
• Prompting Question 3: Describe how you will provide accurate, culturally sensitive information to the mother to address her fears about TB and isolation in the remote setting.

The decision is made to transfer Munira to the nearest tertiary paediatric centre for definitive surgical excision of the involved lymph nodes. The transfer is non-urgent but required within the next week to prevent the nodes from rupturing (which complicates surgery). You organise the transfer, and the mother agrees, relieved that it is not contagious TB. (2)

What is the essential post-operative and long-term follow-up plan that the rural GP and community health services must coordinate?

• Prompting Question 1: What are the key elements of post-operative care and wound management for NTM lymphadenitis, and what is the risk of recurrence?
• Prompting Question 2: What specific follow-up is required to address the potential long-term diagnosis of primary or secondary immunodeficiency?
• Prompting Question 3: What health promotion and education must the remote GP focus on regarding Munira’s environment and general health?

You are working in a small rural community hospital when Niall, a 3-year-old boy from a travelling family, is referred to the paediatric day unit by the out-of-hours GP. He was seen four days ago with a fever and cough and diagnosed with a viral URTI, but he returned the next day and was started on oral antibiotics. Today he has worsening fever, is complaining of tummy pain, and has vomited once. The GP is worried about dehydration or possible abdominal pathology. Niall is partially examined but is reluctant to cooperate. How will you assess and manage this unwell 3-year-old presenting with fever, abdominal pain, and respiratory symptoms? (4)

Prompting questions:

1. What further history is important to clarify the severity and evolution of his symptoms?
2. What are the key differentials for a febrile child with abdominal pain, vomiting, and respiratory features?
3. What immediate assessments and investigations will you initiate in your rural paediatric setting?

On assessment, Niall appears toxic, flushed, and febrile at 38.8°C. His capillary refill time is 2 seconds, heart rate 140 bpm, respiratory rate 48/min with nasal flaring, and oxygen saturation 91% in air. He appears in pain when coughing and has right lower zone dullness to percussion, bronchial breathing, and reduced breath sounds. His abdomen is tender but bowel sounds are normal. Blood tests reveal high neutrophils, CRP 387 mg/L, and hyponatraemia (Na 126 mmol/L). How will you stabilise Niall, interpret these findings, and escalate management appropriately? (4)

Prompting questions:

1. What red flags indicate severe community-acquired pneumonia or evolving sepsis?
2. How will you address his hyponatraemia, hypoxia, and risk of dehydration?
3. How will you communicate concerns and management plans to his family, given cultural considerations?

Despite initial treatment with oxygen, IV antibiotics, and fluid resuscitation, Niall continues to have high oxygen requirements and is intermittently drowsy. His inflammatory markers remain very high, and imaging suggests a possible right lower lobe consolidation with concern for evolving effusion or empyema. Your hospital has no on-site paediatric surgery or intensive care. His parents express concern about transfer due to travel logistics and family responsibilities. What are your next steps for ongoing management, safe transfer, and long-term considerations for Niall? (2)

Prompting questions:

1. How will you arrange urgent retrieval and communicate the clinical urgency to his family?
2. What long-term follow-up and investigations might be needed after this acute illness?
3. What preventative care issues (e.g., immunisation, modifiable risks) need addressing?

Alvin, a 9-year-old boy, is seen with his father at your GP practice in the remote town of "Opal Ridge." His father is bringing him because Alvin wets the bed most nights, does not wake up when it happens, and passes a large volume of urine. They had a brief, unsuccessful attempt with an enuresis alarm two years ago. Alvin is now quite upset, especially after being teased at school, and his father is feeling despairing, believing Alvin is being lazy. Examination is unremarkable, and initial urine analysis is normal with a low specific gravity of 1.002.

What is the most likely diagnosis, and what are the crucial next steps in history taking, assessment, and education? (4)

• Prompting Question 1: What is the significance of the nocturnal, large-volume wetting with the low urine specific gravity?
• Prompting Question 2: What specific questions should you ask regarding Alvin's bladder and bowel function (daytime/nocturnal), past medical history, and sleep to rule out secondary causes?
• Prompting Question 3: How should you address the psychosocial impact on Alvin and his father's perception of "laziness," according to the principles of patient- and family-centred care?

Further history reveals Alvin has a normal daytime voiding pattern, but he admits to sometimes delaying going to the toilet at school. You confirm he is prone to constipation, often passing large, hard stools every 3-4 days. His weight is 35 kg, putting him in the 75th centile, which is not concerning for obesity but gives you a clear weight for medication calculations. The low specific gravity suggests a need to address the nocturnal polyuria, and the failed trial of an alarm needs to be re-assessed. (4)

Given the new finding of constipation, what is your revised initial treatment plan, and which specific treatment should be prioritised before re-attempting the enuresis alarm?

• Prompting Question 1: Explain the physiological link between chronic constipation and nocturnal enuresis.
• Prompting Question 2: Outline the immediate management of Alvin’s constipation, including pharmacological options and key dietary advice.
• Prompting Question 3: Describe the essential steps for a successful re-trial of the enuresis alarm, addressing the previous failure.

Alvin's constipation is successfully managed, and he is stooling daily with soft stools. He and his father commit to re-trying the enuresis alarm. However, after 6 weeks, there has been no sustained improvement—the alarm is going off every night, but Alvin remains a heavy sleeper and is often already wet. His father asks about "medication" to help with the sleepovers and school anxiety. (2)

What is the appropriate next step in the management of Alvin's PMNE, and how should you address the long-term prognosis?

• Prompting Question 1: What is the primary pharmacological option for PMNE, what is its mechanism of action, and when is it typically indicated?
• Prompting Question 2: Outline the specific monitoring required for this medication, and why is this critical, especially in a rural setting?
• Prompting Question 3: What is the long-term prognosis for PMNE, and what support services in a remote setting can help manage the psychosocial aspects?

You are the only GP in a remote town in the Northern Territory. A 4-week-old Aboriginal girl, Maya, is brought to your community hospital by her mother. At a routine baby check, you notice a bluish-grey patch over Maya’s lower back and two light brown flat spots on her leg and trunk. Maya feeds well, is otherwise thriving, and her family lives on an outlying cattle station 140km from town. Maya’s mother is worried about the marks and has heard mixed stories from relatives and friends about their meaning. How would you approach the assessment and initial management of a child presenting with birthmarks in a small rural or remote Australian setting? (4)

1. What features in Maya’s history and examination help you differentiate common benign birthmarks (e.g. Mongolian spots, café-au-lait macules) from those that may indicate underlying disease or require further investigation?
2. How would you communicate your findings and concerns to Maya’s family, considering health literacy, local beliefs, and need for culturally safe reassurance?
3. What practical advice and documentation would you provide for the family and local health team regarding monitoring of birthmarks, warning signs, and when to seek further review?

Question 2: Representation with More Complex Findings or Concerns (4)

Three months later, Maya is brought back by her grandmother. The bluish mark has begun to fade, but she now has five café-au-lait macules and a new faint pink patch on her upper eyelid. Family friends are worried the spots are “not normal.” The family has had difficulty returning for review due to road closures, and there is growing anxiety in the household about the meaning of Maya’s marks and their association with possible illness.

1. What additional history, examination findings, and investigations would you pursue to assess for systemic conditions or syndromes associated with skin markings (such as neurocutaneous syndromes)?
2. How would you escalate management—considering when to refer for specialist (paediatric, dermatology, or genetics) review, and how to support Maya’s family through social challenges and delayed access to care?
3. How would you help the family navigate local beliefs, reduce stigma, and support Maya’s ongoing developmental screening and school readiness?

Question 3: Ongoing Management, Complications, and Need for Escalation (2)

Despite reassurance, Maya is reported by her preschool teacher to have additional birthmarks and mild developmental delay at her 18-month health check. The family is worried about ongoing stigma and unclear long-term health risks. Specialist review in the city is delayed by weather and transport issues.

1. What are your ongoing priorities for monitoring Maya—criteria for urgent referral, screening for associated complications (e.g. vision, neurology, development), and tracking skin changes?
2. What multidisciplinary and community-based supports (paediatrics, allied health, Aboriginal health workers, social work, early intervention) would be important for Maya and her family after acute management?
3. What complications or syndromic associations (such as neurofibromatosis, Sturge-Weber syndrome, psychosocial impacts) must you monitor and screen for, and how would you educate and support the family regarding ongoing awareness, prognosis, and school/community integration?

Matthew, a 4-week-old boy, is seen in the Paediatric Clinic at the Community Hospital in Kununurra, WA, due to persistent jaundice first noted by the midwife at 3 weeks. He was born at term via ventouse, and his mother had diet-controlled gestational diabetes. He is otherwise well, feeding, and gaining weight (4.5 kg, 50th centile). Examination reveals jaundice of the face, trunk, and upper limbs, a firm liver edge 4 cm below the costal margin, and an umbilical granuloma. Initial blood tests reveal a Total Bilirubin of 140  mmol/L, with a Conjugated Bilirubin of 110  mmol/L (which is 78% of the total). What is the clinical classification of Matthew's jaundice, and what is the single most urgent, time-critical diagnosis that must be excluded? (4)

Prompting Questions (Part 1):

1. What specific laboratory finding dictates the classification of the jaundice, and what does this imply about the underlying pathology?
2. What is the significance of the firm hepatomegaly and the absence of urobilinogen in the urinalysis?
3. What is the essential, time-critical investigation needed to triage this patient for urgent transfer?

Based on the highly suggestive findings (conjugated jaundice, hepatomegaly, and likely pale stools), you have activated an urgent retrieval for Matthew to the tertiary centre in Perth. While awaiting the RFDS team, you confirm the stool is indeed pale yellow/white. His mother is extremely distressed and asks if this could be related to her mild gestational diabetes. (4)

What is the immediate pharmacological management required for chronic cholestasis while awaiting transfer, and how do you counsel the mother regarding the potential link to her diabetes?

Prompting Questions (Part 2):

1. What specific nutritional and fat-soluble vitamin management is required immediately?
2. What primary drug therapy should be initiated to help manage the cholestasis?
3. How do you counsel the mother on the link between her gestational diabetes and Matthew's condition, focusing on reassurance and the need for urgency?

Matthew is stabilized on UDCA and high-dose vitamins, and the RFDS team is initiating transfer to Perth for definitive diagnosis (e.g., liver biopsy, cholangiogram) and management. What is the single most important action that must be taken to minimize the risk of infection during the inter-hospital transfer, and what are the essential components of the long-term monitoring required for Matthew? (2)

Prompting Questions (Part 3):

1. What is the critical infection complication associated with biliary obstruction, and what preventative measure should be taken before and during transfer?
2. What is the necessary screening for the mother regarding her future health, given her past medical history?
3. What are the essential long-term follow-up requirements for Matthew, regardless of the outcome of the Kasai procedure?

Question 1

A 4-year-old boy is brought by his mother to your GP practice in a small rural town in northern Queensland. The mother says she has noticed that her son speaks fewer words than other children, avoids eye contact, plays alone, and does not respond when his name is called. He insists on strict routines and becomes distressed by loud noises or changes in his environment. The family recently moved to the area and lives 120km from the nearest regional centre, with limited family or support networks. How would you assess and manage a child presenting with possible autism spectrum disorder in your rural setting? (4)

1. What detailed elements of developmental history, observation, and examination would you prioritise to clarify the diagnosis and assess the impact of possible ASD?
2. What risk factors, family, psychosocial, or environmental factors are important to consider in this context?
3. How would you approach family education and initial management, including addressing parental concerns and outlining the next steps in a rural environment?

Question 2

Six weeks later, the mother returns to your community hospital. She reports the child continues to have limited speech and is now having frequent emotional outbursts, especially at playgroup or if routines change. The teacher at kindy has noticed difficulty with sharing, repetitive hand-flapping, and poor engagement with peers. The mother reports increased stress, little respite, and worry about the impact on her younger child. Travel for specialist appointments is complicated by unreliable transport. How does this evolving clinical and social scenario alter your assessment and ongoing management? (4)

1. What further assessments and investigations would you consider now, including screening for comorbidities or alternate diagnoses?
2. How would you escalate or adapt your management plan, including options for referral, remote therapies, or additional supports given rural limitations?
3. What practical advice, education, and ongoing supports would you organise for the child, family, and local early childhood services?

Question 3

After initial assessment by a visiting developmental paediatrician (telehealth), the boy is given a diagnosis of autism spectrum disorder and recommended for speech and occupational therapy. The mother asks for support with National Disability Insurance Scheme (NDIS) applications, future school planning, and ongoing monitoring, as the distance to allied health remains a challenge. What are your next steps for long-term interdisciplinary management, follow-up, family education, and escalation to tertiary care if required for a young child with ASD in a remote setting? (2)

1. How would you coordinate and monitor ongoing therapy, developmental progress, and family support tailored to a rural context?
2. What complications or additional needs (e.g., behavioural, communication, medical comorbidities) require monitoring, and how would you empower the family to recognise and respond to these?
3. Under what circumstances would you escalate care, initiate further referral, or arrange transfer to tertiary developmental or behavioural services for ASD in rural Australia?

You are working in a small rural community hospital when Conor, a 4-year-old boy, is admitted from the emergency department with a diagnosis of pneumonia. His parents report that this is his fourth hospital admission with respiratory illness, including two severe bronchiolitis episodes in infancy and a pneumonia admission six months ago requiring IV antibiotics. He frequently receives antibiotic courses from his GP for chest infections. They also describe recurrent abdominal pain and large, offensive stools between infections. His parents smoke heavily, and he is unimmunised due to their concerns about vaccine side effects. How will you approach the initial assessment and management of Conor’s current pneumonia, given his recurrent respiratory problems and broader history? (4)

Prompting questions:

1. What further history is needed to understand the pattern and severity of his recurrent infections?
2. What differentials should be considered in a 4-year-old with recurrent pneumonia, finger clubbing, and poor growth?
3. What immediate investigations and management steps are required in your rural hospital?

Over the next 24 hours, Conor remains febrile despite IV antibiotics and continues to require oxygen, with saturations fluctuating between 89–95%. His repeat examination now shows increased work of breathing, persistent coarse crackles, and continued poor oral intake. His parents express rising anxiety, asking whether he has a “serious underlying disease,” and whether smoking could be a factor. His abdominal distension appears slightly more noticeable, though non-tender. How will you reassess, investigate and escalate management in light of persistent respiratory symptoms and potential underlying chronic disease? (4)

Prompting questions:

1. What red flags suggest an underlying chronic respiratory or systemic disorder?
2. What additional investigations are now appropriate to evaluate recurrent pneumonia and malabsorption?
3. How will you communicate with the parents about smoking, immunisation, and the possibility of chronic disease?

Despite appropriate treatment, Conor continues to require oxygen and shows slow improvement. His history of recurrent pneumonias, finger clubbing, poor growth, abdominal symptoms, and parental smoking raises concern for a chronic underlying condition such as cystic fibrosis or primary ciliary dyskinesia. Your hospital lacks advanced respiratory diagnostics. The parents are anxious but open to further evaluation. What are your next steps for long-term management, specialist referral and coordination of ongoing care for Conor? (2)

Prompting questions:

1. How will you organise urgent referral and safe transfer to a tertiary paediatric respiratory centre?
2. What long-term monitoring and multidisciplinary supports are needed for a child with suspected chronic lung disease?
3. How will you address immunisation, smoking cessation and family psychosocial needs?

Lola, a 3-year-old girl, is referred to the Outpatients Clinic at the Community Hospital in Mount Isa, QLD, after her GP heard a cardiac murmur during an assessment for a cough and fever. The murmur was not noted at her 6-week check but was confirmed a week later by the GP before referral. Lola is otherwise completely healthy, meeting developmental milestones, and has no significant past medical or family history. On examination, she is well, a-febrile, with a normal HR (88/min) and BP (90/50  mmHg). Her examination reveals a heave at the lower left sternal border, an apex beat in the 5th ICS in the mid-clavicular line, and an ejection systolic murmur loudest in the pulmonary area that radiates into the back between the scapulae. What is the most likely structural diagnosis causing Lola's murmur, and what are the two main differential diagnoses for a systolic murmur in this age group? (4)

Prompting Questions (Part 1):

1. What specific features of the murmur and praecordial examination strongly suggest the most likely diagnosis?
2. What is the significance of the normal heart sounds and lack of cyanosis in the context of a new murmur in a 3-year-old?
3. What is the necessary immediate next investigation to confirm the diagnosis in the Mount Isa hospital setting?

An Echocardiogram is arranged, and the results confirm the diagnosis of a moderate-sized Coarctation of the Aorta (CoTA) with good left ventricular function and significant collateral vessel development. The cardiologist advises that surgical repair will be necessary but is not acutely emergent. However, the family reveals during follow-up that they are planning a one-month trip to a remote outstation near Alice Springs with limited medical services before the planned surgical date. (4)

What is the immediate management plan regarding the confirmed CoTA and the family's travel plans?

Prompting Questions (Part 2):

1. What specific risks are associated with the CoTA diagnosis that necessitate careful monitoring prior to surgery?
2. How should you counsel the family regarding their planned travel, and what safety net must be put in place?
3. What pre-operative non-pharmacological advice should be given to the family?

Lola undergoes successful surgical repair of her Coarctation of the Aorta and is discharged back to your care in Mount Isa. She will require ongoing monitoring for potential long-term complications.

What are the critical long-term follow-up requirements, and what information must be relayed to the family and school regarding future health monitoring? (2)

Prompting Questions (Part 3):

1. What is the single most common and important long-term complication of CoTA repair, and how is it managed in the primary care setting?
2. What is the recommended timing and location for her next routine follow-up with the Paediatric Cardiologist?
3. What advice should be given to Lola's family and school regarding her future sports participation and health vigilance?

Question 1

A 2-year-old girl is brought to your small community hospital in a remote Northern Territory town by her uncle. She has a 2-day history of fever, irritability, and decreased oral intake. On examination, you note that she has several red, tender, swollen lesions on her lower leg, some of which are blistered and weeping. Her skin is warm to touch, and she appears lethargic but is still responsive. How would you assess and manage this patient presenting with possible dermatological septicaemia in your rural setting? (4)

1. What features in the history and examination would raise your suspicion for sepsis secondary to a skin infection in this child?
2. How would you prioritise your initial assessment and management, taking into account the rural context?
3. What immediate supportive and therapeutic measures would you implement while awaiting further investigations?

Question 2

Six hours later, the child develops worsening tachycardia, prolonged capillary refill, and her temperature spikes to 39.5°C. New findings include a spreading purpuric rash on the arms and trunk, decreased urine output, and increasing drowsiness. Her family mentions that transport to and from town is difficult due to recent flooding. How does this new clinical information influence your urgent reassessment and ongoing management? (4)

1. What are your priorities regarding further investigations, urgent interventions, and escalation of care?
2. What are the red flag signs of severe sepsis you must monitor for in this clinical scenario?
3. How would you address the challenges of providing emergency care for this child given the rural location and limited resources?

Question 3

After aggressive initial management, the child begins to stabilise, but there are ongoing concerns regarding complications such as tissue necrosis, risk of recurrence, and access to specialist follow-up. The family lives 120km from the hospital and has minimal access to regular healthcare. What are your next steps in terms of follow-up, prevention of complications, long-term management, and indications for transfer to a tertiary facility? (2)

1. How would you plan ongoing care and follow-up for this child and her family to ensure recovery and early detection of complications in a remote setting?
2. What long-term complications must you monitor for post-septicaemia (especially with cutaneous involvement), and how would you educate and support the family?
3. In what scenarios is referral to a paediatric specialist or urgent transfer to a tertiary hospital warranted for a child with dermatological septicaemia?

These scenarios explore comprehensive assessment, acute and ongoing management, escalation, and patient/family support in cases of paediatric dermatological septicaemia in rural and remote Australia.

Question 1

A 7-year-old girl is brought by her father to your GP practice in a small remote township in far northern Queensland. She has a 10-day history of a painful, boggy swelling on the scalp with patchy hair loss, yellow crusting, and tender lymph nodes in the neck. Her father mentions that several children in the family share combs and sleep together, and the family has cats and dogs on their property. How would you approach the assessment and management of this child presenting with a possible kerion in your rural setting? (4)

1. What additional history and examination findings would help confirm the diagnosis, assess severity, and consider differential diagnoses?
2. What immediate investigations would you undertake to clarify the cause and identify complications?
3. What advice and education would you provide regarding prevention, hygiene, and reducing transmission within the household?

Question 2

Four days later, the child re-presents to the community hospital with her father. The swelling has enlarged, now with more extensive pus and boggy tissue, more pronounced patchy alopecia, and fluctuant regional lymphadenopathy. She is febrile and has developed a secondary bacterial infection at the lesion site. Her father is concerned about missed school and difficulties in travel for further care due to unreliable transport. How does this additional information affect your clinical reasoning and initial management steps? (4)

1. What are your priorities in the acute management of this patient given the suspected secondary bacterial infection and local complications?
2. Which further investigations and laboratory tests should be performed, and why?
3. What changes would you consider in the treatment plan (in addition to antifungal agents) to address the evolving clinical situation?

Question 3

After two weeks of oral antifungal and antibiotic therapy, the swelling subsides, but she still has marked alopecia and scarring, and the family is very concerned about permanent hair loss and the risk of recurrence. The family lives 85km from the nearest hospital and has limited phone or internet connectivity. What are your next steps in management regarding ongoing care, prevention of complications, and criteria for escalation or referral to a tertiary centre? (2)

1. How would you arrange follow-up, family education, and support in this remote setting to ensure ongoing management and reduce recurrence risk?
2. What potential complications (such as scarring, secondary infection, or permanent alopecia) must you monitor for, and how would you address them?
3. When would referral to a paediatric dermatologist or tertiary paediatric hospital be indicated for a child with kerion?

You are a GP in a small rural community in northern Victoria. A 3-year-old girl, Amelia, is brought to your GP practice by her father who has noticed that one of her eyes appears to “wander” at times, especially when she’s tired or daydreaming. Her kindergarten teacher also mentioned concerns that Amelia sometimes turns her head to look at things. The family lives on a farm over an hour from the nearest optometrist and two hours from a regional hospital. How would you approach the assessment and initial management of a child presenting with a squint (strabismus) in a small rural or remote Australian setting? (4)

1. What are the key features in Amelia’s history and clinical examination that would help you confirm strabismus, distinguish between types, and identify urgency?
2. How would you adapt your assessment and initial management to the rural context, considering access to vision screening, specialist services, and available resources?
3. What education and advice would you provide to Amelia’s family regarding the possible causes and importance of timely intervention for childhood squint?

Question 2: Escalating Complexity – Worsening Vision and New Social Challenges (4)

Two months later, Amelia’s mother returns. Amelia’s squint is more noticeable, particularly when she is tired or focusing on distant objects. Her teacher reports Amelia now has difficulty following in class and often sits very close to the books during story time. On examination, you note a constant esotropia and reduced vision in the affected eye. The family has missed a telehealth ophthalmology appointment due to poor internet access and is worried about her school readiness.

1. What further clinical history, examination findings, and investigations (including cover/uncover test, vision screening, photoscreening, refraction) would you pursue to clarify the type and impact of squint?
2. What management steps are indicated now (optical correction, patching, referral to ophthalmology, early intervention supports), and how would these be adapted for Amelia’s rural context?
3. How would you address family and social barriers—including access to follow-up, school support, and parental anxiety—when coordinating ongoing care?

Question 3: Ongoing Management, Complications, and Escalation (2)

Despite prescribed glasses and home patching, Amelia’s vision remains poor in the affected eye, and the squint has become more obvious. Her parents relay she is now being teased at playgroup and is less confident. You are considering referral for surgical intervention, but the wait for a paediatric ophthalmologist in the nearest city is several months.

1. What are the criteria for urgent referral or transfer to a tertiary paediatric ophthalmology service for children with persistent or severe squint, and what interim management can be provided in rural practice?
2. What ongoing multidisciplinary follow-up (optometry, orthoptics, early childhood educators, allied health) would you arrange for Amelia and her family before and after definitive management?
3. What complications of squint (including amblyopia, social consequences, developmental impacts) must you monitor for, and how would you support Amelia’s family through long-term care and rehabilitation?

You are working in a rural community hospital when Sarah, a 13-year-old girl, is brought to the Emergency Department by her mother with a 2-day history of abdominal pain and vomiting. The pain began centrally and intermittently but has become more constant and localised to the right side. She vomited three times but has had normal stools. She returned from a family holiday yesterday and was well during the trip. Her last menstrual period was 2 weeks ago, and she has no significant past medical history. How would you assess and manage a 13-year-old presenting with acute abdominal pain and vomiting in a rural emergency setting? (4)

Prompting questions:

1. What history is essential to differentiate surgical from non-surgical abdominal pain?
2. What differential diagnoses must you consider in an adolescent girl?
3. What initial assessments and investigations are appropriate in your rural setting?

On examination, Sarah is flushed with a temperature of 37.9°C. HR 95/min, RR 18/min, BP 105/67 mmHg, CRT <2 seconds. She is obese (68 kg, 98th centile). Abdominal examination reveals right lower quadrant tenderness without guarding or rebound. Rovsing’s sign is positive. Investigations show:

• WCC 16.3 × 10⁹/L (neutrophils 10 × 10⁹/L)
• CRP 16 mg/L
• Electrolytes: mild hyponatraemia (Na 133), borderline low K⁺ (3.4)
• Urinalysis is normal
  Ultrasound does not visualise the appendix; there are several mildly enlarged mesenteric lymph nodes.
  How do you interpret these findings, and what are your next steps in managing possible appendicitis in a rural hospital? (4)

Prompting questions:

1. What features support appendicitis despite a non-diagnostic ultrasound?
2. What is your management plan when imaging is inconclusive but clinical suspicion is moderate-to-high?
3. How will you explain the uncertainty and next steps to Sarah and her mother?

(4)

Over the next few hours, Sarah’s pain persists, remains localised to the right iliac fossa, and she becomes more nauseated. She is still haemodynamically stable but unable to tolerate oral intake. Your rural hospital does not have on-site paediatric surgical services, and CT imaging is not recommended as first-line in children due to radiation exposure. What are your next steps regarding escalation, transfer, and ongoing management for suspected appendicitis in a rural setting? (2)

Prompting questions:

1. What criteria indicate the need for urgent transfer to a paediatric surgical centre?
2. What pre-transfer management is required to keep Sarah safe?
3. How will you provide clear, culturally sensitive, emotionally supportive communication to Sarah and her family during transfer?

(2)

Question 1

A 7-month-old baby is brought by her grandmother to your small rural GP clinic in Far North Queensland. The grandmother reports a 5-day history of a red, sore rash around the baby’s genital area, buttocks, and upper thighs, which appears worse after nappy changes. The family uses cloth nappies, and the child is otherwise happy and feeding well. How would you assess and manage this patient presenting with a possible napkin rash in your rural setting? (4)

1. What further history and examination would you undertake to confirm the diagnosis and exclude other causes?
2. What education would you provide to the family regarding prevention and general hygiene measures?
3. Which treatment options would you consider in the initial management for napkin rash?

Question 2

The baby returns four days later, now more unsettled and crying during nappy changes. The rash has become more extensive, with areas of bright red irritation, scattered pustules, and extension into the skin folds. The grandmother mentions that she has noticed a white coating in the baby’s mouth. How does this new clinical information change your management? (4)

1. What significance do the new skin and oral findings have for your differential diagnosis?
2. Which investigations (if any) would be indicated at this stage to clarify the diagnosis or assess for complications?
3. What changes would you make to the patient’s management plan with the possibility of secondary fungal or bacterial infection?

Question 3

After starting appropriate topical therapy, the rash improves, but the family expresses concern about recurrence and ongoing management at home. The baby lives on a remote cattle property, 100km from your clinic, and has limited access to regular health care. What steps will you take in the ongoing management and follow-up for this patient with recurrent or severe napkin rash, including when to consider referral to a tertiary centre? (2)

1. How would you advise the family on ongoing prevention strategies and when to seek further medical review?
2. What complications are you mindful of in recurrent or severe napkin rash, and how would you manage them?
3. Under what circumstances should you consider referral to a paediatric dermatologist or tertiary hospital?

Question 1

A 6-week-old infant is brought by her parents to your GP clinic in a small remote town in northern Queensland. The parents are concerned because their baby cries excessively most days, especially in the late afternoon and evening, and is difficult to soothe. The infant feeds well but often seems unsettled. The family lives over 120km from the nearest larger hospital and has limited access to community health support. How would you approach the assessment and management of a crying baby presenting in your rural setting? (4)

1. What detailed history and examination findings would you seek to identify common and serious causes of excessive crying in an infant?
2. How would you differentiate between normal infant crying patterns and pathological causes requiring urgent intervention?
3. What initial advice, supportive measures, and safety-netting would you provide to the family at this presentation?

Question 2

Two weeks later, the family returns to your community hospital with increasing concern. The baby continues to cry intensely for several hours daily, sometimes with arching of the back and drawing up of the legs. The parents report poor sleep, maternal exhaustion, and occasional vomiting after feeds. They feel isolated, without usual family support, and find it difficult to attend appointments due to limited transport. How does this worsening scenario and family context affect your clinical reasoning and management? (4)

1. What additional assessments would you undertake to evaluate for possible underlying conditions such as gastroesophageal reflux, food intolerances, or neurological issues?
2. How would you modify your management plan, including multidisciplinary involvement and practical support for the family?
3. What strategies would you propose to address parental mental health, caregiver fatigue, and safe home care in this rural context?

Question 3

After initiation of supportive care, feeding advice, and referral to a visiting paediatrician and community nursing services, the infant’s crying improves but the family remains anxious about relapse, developmental impact, and accessing specialist care. They live remotely with infrequent transport options and limited internet access. What are your recommendations for ongoing follow-up, prevention of complications, treatment adherence, and criteria for referral or transfer to tertiary paediatric services for the crying baby in this setting? (2)

1. How would you organise ongoing developmental monitoring, family education, and community support to promote infant wellbeing and parental confidence in a remote setting?
2. What long-term complications or associated conditions should the family be aware of, and how would you advise them to monitor and respond to these?
3. Under what clinical or social circumstances would you consider escalation, urgent referral, or transfer to tertiary paediatric services for ongoing or worsening symptoms?

Question 1

A 6-month-old infant is brought to your community hospital in a remote town in Western Australia with white patches inside the mouth and feeding difficulties. The mother reports the baby has been more irritable and reluctant to feed over the past few days. There is no significant past medical history, and the infant was born at term with no complications. How would you approach the assessment and management of this patient presenting with suspected oral thrush in your rural setting? (4)

1. What clinical features and history are important to confirm the diagnosis of oral thrush and to exclude other causes of white oral patches in infants?
2. What immediate management steps would you take in this rural setting to provide symptomatic relief and treat the condition?
3. What advice would you give the caregivers regarding feeding and hygiene to help in treatment and prevention of recurrence?

Question 2

The baby returns to the community hospital emergency department two days later as the mother is concerned the baby remains irritable and the white patches appear to have spread, now involving the tongue, inner cheeks, and the diaper area shows some redness. The mother also reports cracked nipples and discomfort during breastfeeding. There is no fever or systemic signs. How does this additional history and clinical findings influence your management? (4)

1. What complications or associated infections should you consider given the spread to the diaper area and symptoms in the mother?
2. Which additional investigations, if any, would you consider at this stage to confirm diagnosis or rule out other causes?
3. How would you modify the treatment plan to address both the infant and breastfeeding mother’s condition?

Question 3

After starting antifungal treatment, the infant’s symptoms improve, but the family lives on a remote cattle station 150km from the nearest hospital with limited access to healthcare. They are worried about potential recurrence and ongoing management. What are your recommendations for follow-up, prevention strategies, and criteria for referral to tertiary care in this context? (2)

1. What follow-up plan would you arrange to ensure resolution and monitor for possible recurrence in this remote setting?
2. What prevention advice would you emphasize to the family to reduce the risk of recurrence of thrush?
3. Under what circumstances would you consider urgent referral or transfer to a tertiary paediatric hospital?

This scenario emphasizes practical management and decision-making for oral thrush in a paediatric patient in a rural or remote Australian setting, including clinical assessment, appropriate treatment, consideration of family and social context, and referral thresholds.

You are the only GP in a remote wheatbelt town in the Northern Territory. A 3-week-old girl, Isla, is brought to your GP clinic by her father for a routine check. During the exam, you note a bluish-grey patch over her lower back and two light brown macules on her flank. She is feeding well, with no other medical concerns. The family lives 120km from town on a cattle station and has limited access to specialist paediatric services. Her father is uncertain if these skin marks are normal and is concerned after relatives voiced worries about their meaning. How would you approach the assessment and management of a child presenting with birthmarks in a small rural or remote Australian setting? (4)

1. What features in Isla’s history and examination would help you distinguish between common benign birthmarks (e.g. Mongolian spots, café-au-lait macules, salmon patches) and marks that may point to underlying syndromes or illness?
2. How would you communicate your findings to Isla’s family, considering rural health literacy, local beliefs about skin marks, and the need for culturally respectful reassurance?
3. What documentation and practical advice would you provide for family and community health workers regarding birthmark monitoring, signs that should prompt review, and follow-up?

Question 2: Representation With More Complex Findings or Social Concerns (4)

Three months later, Isla is brought back to your clinic by her grandmother. The Mongolian spot is starting to fade, but Isla now has six café-au-lait macules and a new pink ‘port-wine’ mark near her eye. Family members are anxious after hearing mixed information from the community, and access to review has been delayed by flooding.

1. What additional history, physical exam findings, and basic investigations would you pursue to assess for underlying syndromes (such as neurocutaneous disorders or Sturge-Weber syndrome) or systemic involvement?
2. How would you escalate management in this context, including when to refer for specialist (paediatrics, dermatology, genetics) review, and what interim supports or education would you offer the family given local access barriers?
3. How would you help the family navigate potential stigma, address anxieties about the cause or meaning of the marks, and support ongoing monitoring, including developmental assessments?

Question 3: Ongoing Management, Complications, and Need for Further Escalation (2)

At a later review, Isla is reported by her preschool teacher to have additional faint light brown macules, and mild developmental delay is noted. The family reports increased worry about possible associated health risks. Due to weather, the waiting time for city-based paediatric review is prolonged.

1. What are your priorities for further assessment—including criteria for urgent referral, monitoring for neurologic or developmental complications, and appropriate screening depending on birthmark type and distribution?
2. What ongoing multidisciplinary and community supports (e.g., paediatrics, allied health, Aboriginal health workers, early childhood intervention) would you arrange for Isla and her family after acute assessment in a remote rural context?
3. What syndromic associations and potential complications (e.g., neurofibromatosis, Sturge-Weber syndrome, psychosocial impacts) must you monitor and screen for, and how would you educate/support the family for prognosis, school participation, and ongoing community integration?

You are the single GP in a remote outback Queensland town with a population of 1,200, predominantly Aboriginal and Torres Strait Islander families. The nearest tertiary centre is 400km away. Prevalence of skin sores and sore throats is high in the community, and access to regular specialist paediatric care is difficult. Jarran, a 9-year-old boy, is brought to the community hospital by his mother, who is worried about new onset fever, sore joints, and lethargy.  Describe your comprehensive approach to assessing and managing a child with suspected acute rheumatic fever in this rural community setting. (4)

1. What aspects of Jarran’s recent and past medical history are most relevant to your assessment?
2. Which clinical examination features would you focus on, and why?
3. What initial investigations would you perform or arrange at your hospital?

Question 2

At review, Jarran has persistent migratory polyarthritis, new-onset carditis (soft systolic murmur and mild tachycardia), and faint erythema marginatum on his trunk. His mother reports several children at home have had skin sores and frequent sore throats. The household is overcrowded and there is limited hot water for washing. The closest paediatric or echocardiography service is 6 hours away by road. Jarran’s school attendance has also been impacted by recurrent illness. (4)

1. Based on these new findings and social history, how would you adapt your differential diagnosis and the priorities in Jarran’s management?
2. What further investigations or referrals would you now consider, and what are your goals in arranging them?
3. How would you address Jarran’s family and environmental risk factors to prevent further episodes?

Question 3

Jarran is diagnosed with acute rheumatic fever and probable carditis. He is started on long-acting penicillin and supported with anti-inflammatories. Despite some improvement, his mother is anxious about secondary prevention and his long-term heart health. Regular specialist follow-up is logistically and financially difficult, with specialist outreach clinics limited to twice a year and air transport limited by family responsibilities and cost. (2)

1. What are your next steps for management, secondary prevention, and follow-up for Jarran in this rural context?
2. Discuss the potential complications and long-term sequelae of rheumatic fever that you must monitor for in Aboriginal and Torres Strait Islander children.
3. Under what circumstances would you arrange urgent referral or transfer to a tertiary centre, and what practical or cultural factors might need addressing to ensure safe and effective care?

This scenario highlights the high burden of rheumatic fever among Aboriginal and Torres Strait Islander children, requiring early diagnosis, coordinated lifelong care, and consideration of social determinants and barriers to specialist access in rural Australia.

You are the only GP in a remote community in the Kimberley region of Western Australia. A 6-year-old Aboriginal boy, Eli, is brought to your community hospital by his aunt. Eli has several itchy, crusted skin sores on his legs and arms and is scratching persistently. He lives with his extended family in a crowded house with limited access to running water. Other children in the household have also had similar sores. The nearest regional paediatric service is over 300km away. How would you approach the assessment and initial management of a child with skin problems in a small rural or remote Australian Aboriginal community? (4)

1. What aspects of Eli’s history and skin examination would help you distinguish common conditions (impetigo, scabies, fungal infections) from more serious or less common skin problems?
2. How would you address your rural context—including environmental and social factors, community health promotion, family and cultural needs—when developing your management plan?
3. What advice, practical education, and support would you provide to Eli’s family and community regarding skin care, hygiene, and early warning signs?

Question 2: Increasing Clinical, Social, or Environmental Complexity (4)

Two weeks later, Eli returns to your clinic. His sores have worsened and become more widespread, now with swelling and redness around one lesion, and he is complaining of fever and difficulty walking. His aunt describes overcrowded living conditions, intermittent water shortages, and limited access to handwashing. Several cousins now have new sores, and one developed a fever last week. The family has delayed presentation due to road closures.

1. What further history, examination findings, and investigations (including assessment for cellulitis, abscess, invasive infection, and possible post-streptococcal complications) would you prioritise now?
2. How would you escalate management—include antibiotic choices, possible hospital admission, wound care, community outbreak strategies, and referral to specialist or public health services when needed?
3. How would you address barriers to ongoing care, social determinants (housing, hygiene, transport), and how might you involve Aboriginal health workers or local community agencies?

Question 3: Next Steps—Follow-Up, Complications, and Care Pathways (2)

Despite treatment, Eli is re-admitted with fever, new facial and hand swelling, and dark urine—findings suggestive of post-infectious glomerulonephritis. The regional paediatric retrieval team cannot travel for at least 24 hours due to weather conditions, and his family is worried about Hudson’s need for hospitalisation far from home.

1. What are your immediate priorities for monitoring and managing Eli (including fluid balance, antihypertensive therapy, and infection control) while awaiting transfer?
2. What ongoing education, multidisciplinary supports (including paediatrics, nursing, social work, environmental health, Aboriginal health workers), and follow-up are essential for Eli and his family on discharge, especially to prevent recurrences?
3. What complications (e.g., acute rheumatic fever, chronic kidney disease, invasive bacterial infections, school absenteeism, psychosocial impacts) must you monitor for, and how will you support the family and community with practical prevention strategies and culturally safe care?

You are the GP in a remote town in central Queensland. A 4-year-old boy, Dylan, is brought by his grandmother to your community practice for a pre-school health check. She is worried that Dylan sometimes turns his head to look at things, closes one eye when outside, and sits very close to the television. He has never had an eye test before, attends the local day care, and lives on a cattle property two hours from the nearest optometrist. How would you approach the assessment and initial management of a child with suspected amblyopia in a small rural or remote Australian setting? (4)

1. What aspects of Dylan’s history and examination would help you confirm the diagnosis of amblyopia and differentiate it from other causes of visual impairment in children?
2. How would the rural context, including access to specialist vision services and family education, influence your initial management plan?
3. What advice and immediate interventions would you provide to Dylan’s family about supporting his visual development and arranging further assessment?

Question 2: Escalating Complexity – New Clinical and Social Information (4)

Two months later, Dylan’s grandmother returns. She reports Dylan is struggling even more at kindy, frequently bumping into objects on his left side, and his teacher worries about his learning and social interactions. An optometrist’s letter confirms left-sided decreased visual acuity due to anisometropic amblyopia and possible associated strabismus. The family is anxious about prolonged travel to see a paediatric ophthalmologist and worries about keeping up with recommended treatments.

1. What further history, examination, and investigations (including school liaison, functional vision, refraction) would you now pursue for Dylan?
2. What adjustments to management would you consider in light of the progression—including optical correction (glasses), eye patching, atropine penalisation, and involvement of allied health or school supports?
3. How would you address barriers such as distance to specialist care, treatment adherence, and family support in rural and remote settings?

Question 3: Next Steps—Ongoing Management, Complications, and Escalation (2)

Dylan’s vision fails to improve after several months of patching and glasses. He is becoming frustrated with treatment, is falling behind at school, and his family is worried about bullying and long-term vision loss. Referrals for paediatric ophthalmology and orthoptics at a tertiary centre have long wait times.

1. What are the criteria for urgent referral or transfer to a tertiary paediatric ophthalmology service for persistent or severe amblyopia?
2. What ongoing multidisciplinary follow-up (ophthalmology, optometry, orthoptics, educational support) and monitoring would you organise for Dylan and his family?
3. What possible complications (e.g. irreversible vision loss, social or learning difficulties) must you monitor for, and how would you communicate prevention, prognosis, and support strategies to the family?

Justin, an 18-month-old boy, is referred to your GP practice in the remote town of "Riverbend Crossing" because he is not yet walking independently. He is the first child of professional parents, born at term after an uneventful pregnancy. His gross motor milestones have been at the later end of normal (sat at 10 months, crawled at 13 months), but he is now pulling to stand and cruising (walking while holding furniture) at 17 months. His fine motor, speech, and social skills are appropriate for his age. Examination shows a well child with normal growth parameters and a completely normal neurological examination, though he requires assistance to walk.

What is the most likely diagnosis for Justin's delayed walking, and what is the crucial next step in reassurance and management? (4)

• Prompting Question 1: Based on the combination of delayed gross motor milestones but normal fine motor and language development, what category of developmental delay is most likely?
• Prompting Question 2: What is the critical distinction between Justin’s delayed walking and a more serious neurological cause (e.g., Cerebral Palsy) based on the history and physical examination?
• Prompting Question 3: Outline the essential first-line management steps, including specific advice and referrals to reassure the parents and stimulate independent walking.

Two months later, at 20 months, Justin is still not walking independently. He now walks well holding onto one hand and can stand alone briefly (10 seconds). The physiotherapist noted mild hypotonia in his trunk and lower limbs, a finding that was subtle on your initial exam. The mother mentions that she is now 12 weeks pregnant and is worried the stress from Justin's delay might affect her pregnancy. The couple's initial confidence has dropped significantly. They ask if genetic testing should be done, as they are concerned about Duchenne Muscular Dystrophy (DMD). (4)

Given the persistent delay, subtle hypotonia, and parental anxiety, what is the critical investigation to now perform, and how do you address the parents' specific fear of DMD?

• Prompting Question 1: What two specific signs or findings would be classic for an underlying muscular dystrophy (like DMD) in a child of this age?
• Prompting Question 2: What is the key diagnostic investigation that must be performed now to screen for an underlying neuromuscular disorder?
• Prompting Question 3: How do you compassionately counsel the parents about the risk to the current pregnancy, considering the diagnostic uncertainty?

Justin's CK level returns normal. You reassure the parents that this virtually rules out Muscular Dystrophy. However, given the persistent delay and confirmed mild hypotonia, you decide he needs a comprehensive assessment by a tertiary Paediatric Neurodevelopmental Specialist. The parents are anxious about the wait time and the logistics of attending appointments 500 km away. (2)

What is the essential long-term follow-up plan, and what key services must the remote GP coordinate to bridge the gap between diagnosis and specialist care?

• Prompting Question 1: What is the definitive diagnostic procedure required if the hypotonia/delay persists, and how should this be prioritised?
• Prompting Question 2: Outline the crucial early intervention services that the remote GP must immediately link Justin into while awaiting the tertiary appointment.
• Prompting Question 3: What specific guidance must be given to the parents regarding the interpretation of Justin’s ongoing fine motor, speech, and social milestones?

Question 1

A 3-year-old girl is brought by her mother to your GP practice in a remote community in northern Queensland. She has a one-day history of high fever, irritability, poor feeding, and a newly noticed rash. On examination, she is febrile (39.6°C), appears lethargic, and has scattered pink-red spots on her limbs and trunk, some of which are non-blanching on pressure. The family lives in overcrowded housing and has limited transport options. How would you approach the assessment and management of this child with possible meningococcal disease in your rural setting? (4)

1. What clinical features and history would help confirm your diagnosis and distinguish it from other childhood rashes and infectious illnesses?
2. What are your immediate management priorities, including infection control, in a small rural practice?
3. How would you rapidly communicate and coordinate with retrieval, paediatric, and public health services in this scenario?

Question 2

Four hours later, the child re-presents to your community hospital emergency department as her condition has deteriorated: she is now drowsy, responsive only to pain, with cold extremities, delayed capillary refill, and a rapidly spreading purpuric (purple) rash with areas of skin mottling. Her mother is distressed, and transport from their community to the regional hospital is complicated by recent floods. How does this new information affect your urgent clinical reasoning and management? (4)

1. What are the red flag clinical features of severe meningococcal sepsis you must act on immediately, and how would you assess for end-organ involvement?
2. What emergency interventions and investigations are indicated at this point, and how would you prioritise them before or during transfer?
3. In the context of remote location and limited intensive care capabilities, how would you stabilise, manage, and arrange urgent transfer for this child?

Question 3

After initial resuscitation, intravenous antibiotics, and transfer to a tertiary centre, the child survives but returns to your rural clinic for follow-up with ongoing skin scarring, hearing difficulties, and her mother is asking about vaccination for other children. What are your responsibilities for ongoing management, prevention of recurrence/complications, and follow-up in this rural context? (2)

1. How would you arrange comprehensive follow-up, rehabilitation, and psychosocial support for the child and family in this remote community?
2. What long-term complications must you monitor for after paediatric meningococcal infection, and how would you educate and support the family regarding these?
3. What public health actions, including vaccination and prophylaxis, are required to prevent further cases in the family and community, and when would you liaise with specialist infectious diseases services?

Michelle, a 7-year-old girl, is brought to the Community Hospital in the remote town of "Kimberley Downs" with a 2-day history of fever, progressively worsening headache, vomiting, and neck stiffness. She has a significant past history, having been admitted last year for pneumonia and empyema from which Streptococcus pneumoniae was isolated. Her aunt is unsure about her immunisation status, as Michelle was born in Zimbabwe and moved to Australia at age 2. On examination, she is alert but uncomfortable, has a temperature of 38.8^circC, a marked neck rigidity, and photophobia. What is the diagnosis for the acute illness, and what is your immediate critical management plan? (4)

• Prompting Question 1: Based on the clinical presentation and CSF findings (WCC 1020 times 10^6/L, Protein 2200 mg/L, Glucose 0.9 mmol/L, Gram-positive cocci), what is the definitive diagnosis and the causative organism?
• Prompting Question 2: Outline the immediate, life-saving management steps for this condition, including initial drug choice and dose consideration in a remote setting.
• Prompting Question 3: What is the significance of Michelle's recurrent serious infections (pneumonia/empyema, otitis media) and poor growth status (weight 2nd centile, height 9th centile) in the context of this presentation?

Michelle is admitted and stabilised on IV Ceftriaxone and Vancomycin. The full culture and sensitivity report confirms Penicillin-Resistant S. pneumoniae. The findings of oral candidiasis, extensive dental caries, and the history of tuberculosis exposure/death of her mother further compound the suspicion of a severe underlying condition. Her immunisation record is still unavailable, and she is noted to have a persistent suppurative left otitis media which has not been addressed due to the focus on her meningitis. (4)

Given the full clinical picture, what is the most important other potential diagnosis that must be urgently investigated, and how does this affect her acute management?

• Prompting Question 1: Considering the severe recurrent infections, poor growth, oral candidiasis, and history of TB exposure, what two separate categories of immunodeficiency must be considered?
• Prompting Question 2: Outline the urgent investigations required to screen for these two key immunodeficiency diagnoses.
• Prompting Question 3: What is the critical management step for the persistent suppurative otitis media, and how does it relate to the meningitis?

Michelle's acute condition is stable, but given the resistant organism, the need for long-term central access, and the high suspicion of severe underlying immunodeficiency, the decision is made for urgent transfer to a Tertiary Paediatric Immunology/Infectious Diseases Centre. Her initial HIV screening is positive, confirming the need for highly specialised care. (2)

What are the key components of the long-term management and follow-up plan for Michelle in the rural setting?

• Prompting Question 1: What are the three essential components of long-term medical management for a child with new-onset HIV/AIDS, which must be coordinated by the remote team?
• Prompting Question 2: What specific follow-up is required to address the developmental and social components raised by the presentation (poor growth, dental caries, uncertain immunisation)?
• Prompting Question 3: Describe the crucial public health and psychosocial support required for Michelle and her aunt, focusing on the remote community context.

You are working in a rural community hospital paediatric outpatient clinic when you receive a referral for Sian, a 15-year-old girl, sent by her GP after “her first fit.” Three weeks ago at school, she felt faint and clammy after the fire alarm suddenly went off. While walking out of the classroom, she collapsed and had brief jerking movements of all four limbs. She regained consciousness in under a minute but felt weak for several hours. She has a history of fainting episodes, anxiety, palpitations, and a childhood febrile convulsion. How would you approach the assessment of a 15-year-old girl presenting with an apparent first seizure in a rural outpatient setting? (4)

Prompting questions:

1. What further history do you need to distinguish seizure from syncope?
2. What are the key differentials in this clinical scenario?
3. What initial assessments and investigations will you undertake in your rural setting?

During discussion, Sian reports additional episodes of palpitations every few weeks, and describes herself as generally anxious, especially in stimulating or emotional environments. Her examination is completely normal, but she mentions an aunt who collapsed and died suddenly at age 28. She asks if this episode could mean she has epilepsy and whether she should stop attending school camps or sports. How will you further evaluate this episode, assess for cardiac and neurological red flags, and guide Sian and her family about risk and next steps? (4)

Prompting questions:

1. What features or history raise concern for potential cardiac arrhythmia rather than epilepsy?
2. What investigations and referrals are now indicated?
3. How will you communicate uncertainty, provide reassurance, and give safety advice?

Over the next month, Sian experiences another near-syncope at school after standing up quickly in a hot classroom. She did not lose consciousness, but the episode worsened her anxiety and her parents now request definitive answers. Your rural centre lacks paediatric neurology and cardiology services. What are your next steps regarding specialist referral, ongoing monitoring, and supporting Sian’s wellbeing and goals? (2)

Prompting questions:

1. How will you coordinate referral to paediatric cardiology ± neurology for further evaluation?
2. What lifestyle and safety advice should you provide while awaiting specialist review?
3. How will you support Sian’s mental health, school participation, and long-term aspirations?

Tom, a 4-year-old boy with a known history of epilepsy and moderate learning difficulties (secondary to periventricular haemorrhage at birth), is admitted to the Community Hospital in the remote town of "Wandoo Creek" in the midst of a generalised seizure. The seizure started 35 minutes before arrival. He has had a cold, cough, and fever for several days, and his mother notes he has vomited up several doses of his anti-epileptic drugs (Sodium Valproate and Lamotrigine). On examination, he is seizing, severely febrile (40.2^circC), and shows signs of impending shock and respiratory compromise (HR 180/min, CRT  5 s, SpO_2 90% in air). The fit finally terminates after 40 minutes in total, following IV Lorazepam.

What is the definitive diagnosis for his acute seizure, and what are the immediate priorities for management and investigation upon cessation of the seizure? (4)

• Prompting Question 1: What is the definitive neurological diagnosis based on the duration of the seizure, and what two main factors are the most likely precipitants in this scenario?
• Prompting Question 2: Outline the immediate diagnostic investigations required to find the seizure focus/precipitant, given the fever and high inflammatory markers (CRP  106 mg/L).
• Prompting Question 3: What is the specific and critical management required to prevent recurrence and address the severe hyperthermia and metabolic derangement shown on the venous gas (pH  7.26, BE  -7)?

Tom remains deeply postictal, unresponsive to painful stimuli, but his vital signs are stable (Temp 38.5^circC, HR  120 beats/min, SpO_2 97% on air). The initial septic workup is negative (excluding cultures), and the EEG is pending. The mother confirms they cannot afford to replace the expensive AED scripts that were vomited up and were trying to stretch the remaining pills. She also expresses distress, worried about the long-term impact of this prolonged seizure on Tom's learning difficulties. (4)

Given the patient's severe postictal state and ongoing vulnerability, what is the critical step in neurological investigation and how will you address the socioeconomic barrier to care?

• Prompting Question 1: What is the critical imaging investigation required to differentiate between prolonged postictal state and non-convulsive status epilepticus/structural pathology?
• Prompting Question 2: What is the appropriate management for Tom's continuing depressed level of consciousness?
• Prompting Question 3: What immediate financial and medication support must the remote GP facilitate to ensure medication continuity and address the economic strain on the family?

Tom remains postictal and febrile 38.2^circC, requiring ongoing IV AEDs. The CT head is normal. Given his severe neurological state, history of PVH, and complex medication issues, the decision is made to transfer him to the Tertiary Paediatric ICU. The mother asks about the risk of permanent brain damage from the seizure. (2)

What are the key priorities for stabilising Tom for aeromedical transfer, and what long-term support must the remote team plan for the family?

• Prompting Question 1: What specific neurological and respiratory equipment must be secured for Tom before the aeromedical retrieval team arrives?
• Prompting Question 2: How should the remote GP answer the mother’s concern about the risk of permanent brain damage from the prolonged seizure?
• Prompting Question 3: What specialist follow-up and community support must be coordinated locally to address Tom's ongoing learning needs and epilepsy management?

Question 1

A 5-year-old boy is brought by his parents to your community hospital in a small remote Northern Territory town. They are concerned about his persistent tiredness, intermittent jaundice, and pallor since infancy. He has required multiple visits for “viral illnesses” and has a family history of anaemia in cousins overseas. The family identifies as from a South-East Asian background. How would you assess and manage this child presenting with suspected inherited haematological disease in your rural setting? (4)

1. What key aspects of history and examination would help you clarify the diagnosis and assess risk for hereditary haematological conditions?
2. What differential diagnoses are most relevant here, and how would you differentiate inherited from acquired causes of anaemia or bleeding disorders?
3. What is your initial management approach for a child with suspected inherited haematological disease in a resource-limited setting?

Question 2

One week later, the child re-presents with increasing lethargy, dark urine, and new abdominal pain. His mother mentions scleral jaundice, that he bruises easily, and that he has missed school due to fatigue. On examination, he has marked pallor, mild splenomegaly, and several ecchymoses on his shins. His family lives 100km from hospital and struggles to make regular appointments due to cost and transport. How does this evolving history and new findings change your assessment and management? (4)

1. What further assessments and investigations would you prioritise to define the specific inherited condition and monitor for acute complications?
2. How would you address the immediate and ongoing needs for supportive care, transfusion, or crisis intervention in your rural setting?
3. What additional support and education should you offer the family regarding chronic disease, access to care, and recognition of complications?

Question 3

After specialist review, the diagnosis of hereditary spherocytosis is confirmed and the child begins folate supplementation with a plan for possible splenectomy. The family voices concerns about infection risk, medication adherence, and arranging ongoing follow-up given their remote location and limited resources. What are your recommendations for longer-term management, prevention of complications, and when would you escalate or refer to tertiary care? (2)

1. How would you coordinate safe, multidisciplinary follow-up and family education about inherited haematological conditions in rural practice?
2. What ongoing monitoring and preventive strategies (vaccination, prophylactic antibiotics, crisis management) should be in place, and how can you implement these in a remote setting?
3. Under what clinical scenarios would urgent referral or transfer to a tertiary paediatric haematology centre be warranted for this child?

You are working in a rural community hospital in inland Australia and run a shared paediatric–GP outpatient clinic. Zak, a 10-year-old boy, is referred by his GP for assessment of “tall stature.” He attends with his 28-year-old mother, who is mildly concerned but reassured that Zak’s 29-year-old father is also tall (around 1.93 m), though he does not come from a tall family himself. Friends and relatives have started commenting on how tall Zak is, and Zak admits feeling self-conscious and “treated like an older kid” at school, expected to take more responsibility than he feels is fair. He was seen in infancy with a cardiac murmur that was labelled as “innocent,” and no echocardiogram was done. How would you approach the assessment of a 10-year-old boy with tall stature in your rural paediatric clinic? (4)

Prompting questions (Part 1):

1. What key history do you need to obtain to assess tall stature and potential underlying pathology?
2. What are your important differential diagnoses in a tall, slender child with a family history of tall stature?
3. What initial clinical assessments and baseline investigations would you perform in this rural setting?

On examination, Zak appears tall and slender. His height is 1.58 m (>99.6th centile) and weight 35 kg (75th centile). His arm span is 168 cm, noticeably greater than his height. He has long, tapering fingers and a positive “thumb sign” (thumb projects beyond the ulnar border when the hand is clenched). You note a pectus excavatum and, on cardiac auscultation, a mid-systolic click with a late systolic murmur at the apex. Respiratory and abdominal examinations are otherwise normal, and he is prepubertal. How will you interpret these findings and what further assessment and management steps are required now? (4)

Prompting questions (Part 2):

1. Which specific features raise suspicion for a heritable connective tissue disorder such as Marfan syndrome?
2. What further investigations and specialist referrals are indicated in your rural context?
3. How will you explain these findings and potential implications to Zak and his family in a clear, supportive way?

(4)

Over the following weeks, preliminary results from an echocardiogram (performed via visiting outreach or telehealth-organised referral) suggest mitral valve prolapse with possible mild aortic root dilatation. Zak’s mother becomes increasingly anxious after reading online about sudden death in Marfan syndrome. Zak reports worrying more about sport, particularly running and basketball, which he loves. Your rural hospital does not have onsite paediatric cardiology or clinical genetics services.

What are your next steps in long-term management, referral, and coordination of care for Zak and his family? (2)

Prompting questions (Part 3):

1. How will you arrange appropriate referral and follow-up with paediatric cardiology and genetics from a rural setting?
2. What advice will you give about physical activity, surveillance, and family screening?
3. How will you support Zak’s psychosocial wellbeing, body image, and school functioning over time?

(2)

You are the sole GP in a remote South Australian wheatbelt town. A 5-year-old girl, Daisy, is brought by her grandmother to your rural community hospital. Daisy has passed bright red blood with stool twice in the last day but otherwise seems well. She has a history of constipation and cries with some bowel movements. The family lives on a sheep property over 80km from the town, with limited access to health services.  How would you approach the initial assessment and management of rectal bleeding in a child in a small rural or remote Australian setting? (4)

1. What are the key features in history and examination to differentiate common causes of rectal bleeding, such as anal fissure, constipation, or cow’s milk protein allergy, from more serious conditions?
2. How would you manage this case given your resource limitations and access to specialist care?
3. What advice and education would you provide to Daisy’s family regarding monitoring, red flag symptoms, and when to return for urgent review?

Question 2: New Clinical Complexity or Representation (4)

Three days later, Daisy re-presents. She continues to have blood in her stool, now mixed in with bowel motions rather than just on the surface. She has developed mild abdominal pain, is more lethargic, and has lost her appetite. Her grandmother reports Daisy seems paler and has lost weight in the last month. The family had trouble returning earlier due to flooding and unreliable phone coverage.

1. What further history and examination findings are important to look for complications or alternative diagnoses such as inflammatory bowel disease, Meckel’s diverticulum, juvenile polyps, or malignancy?
2. What investigations should be pursued (e.g. FBC, stool studies, abdominal ultrasound), and how would you arrange these in a rural setting?
3. How would you engage referral services or supports (e.g. telehealth, community health nurse), and what escalation strategies are warranted if symptoms worsen?

Question 3: Ongoing Management, Complications, and Escalation (2)

Daisy deteriorates further: she is pale, tachycardic, has persistent rectal bleeding, and now feels faint when standing. Examination reveals delayed capillary refill and a new mild abdominal mass. Retrieval to a paediatric centre has been organized, but transfer is delayed by weather.

1. What clinical signs and features would prompt urgent transfer to a tertiary paediatric centre for rectal bleeding?
2. How would you stabilise Daisy (e.g. IV fluid resuscitation, monitoring, blood products) while awaiting retrieval, considering rural resource constraints?
3. What long-term monitoring and supports (paediatrics, gastroenterology, community health, dietetics, social work) will Daisy and her family need post-acute management, and how would you tailor follow-up to a rural context?

A 6½-year-old African ethnicity girl, is brought in by her mother for early puberty changes. Over the past year, Tracey has developed breast tissue, and for nine months she has had pubic and axillary hair and new body odour. Her mother reports accelerated height growth and occasional mild headaches but no visual problems. Tracey has not started periods, has no acne, and has no significant past medical history.
How would you approach the assessment of early pubertal development in a 6½-year-old girl in your rural paediatric clinic? (4)

Prompting questions:

1. What further history is important to distinguish normal variation from pathological precocious puberty?
2. What differential diagnoses would you consider in a girl under 8 with secondary sexual characteristics?
3. What initial clinical assessments and investigations are appropriate in your rural setting?

Examination shows breasts Tanner stage 3, pubic hair Tanner stage 2, sparse axillary hair, no neurological deficits, and no abdominal masses. Tracey’s height is 133 cm (>99.6th centile) and weight 27 kg (91st centile), with mid-parental height in the 50–75th centile. Investigations show elevated oestradiol (172 pmol/L), and an LHRH stimulation test with a pubertal LH response. Pelvic ultrasound shows enlarged ovaries with multiple small follicles and an enlarged uterus for age. Bone age is advanced at 9.5 years. Cranial MRI results are pending but are noted to be abnormal by the radiographer. How do you interpret these findings, and what immediate next steps are required in assessing and managing central precocious puberty in this rural context? (4)

Prompting questions:

1. Which aspects of the examination and investigations strongly support central precocious puberty (CPP)?
2. What are the red flags that increase the need for urgent action or specialist referral?
3. How will you discuss these findings with Tracey’s mother in a sensitive, culturally safe, and developmentally appropriate way?

(4)

MRI suggests a hypothalamic lesion consistent with a potential hamartoma or another central cause of GnRH-mediated activation. Tracey’s mother is distressed and anxious about the implications for brain health, future fertility, and her daughter’s rapid development. Your rural hospital does not have on-site paediatric endocrinology or neurosurgery services. What are your next steps in managing Tracey, coordinating referral to specialists, and supporting her long-term developmental, emotional, and medical needs? (2)

Prompting questions:

1. How will you organise urgent transfer and multidisciplinary assessment (endocrinology, neurosurgery, psychology)?
2. What treatment options and monitoring strategies should be discussed with the family?
3. How will you support Tracey’s mental health, cultural needs, school engagement, and the psychosocial impact of early puberty?

(2)

Bobby, a 7-month-old child, is referred to the Community Hospital Rapid Referral Clinic in Deniliquin, NSW, with a 2-day history of diarrhoea with blood and mucus in the stool. His mother is distressed by periods of inconsolable crying that are increasing in frequency and severity. In the last few hours, the vomiting started and the last vomit was bile-stained. Bobby has a significant past medical history of neonatal meningitis and epilepsy, treated with sodium valproate. On examination, he is febrile (37.9^circC), tachycardic (186  beats/min), hypotensive (BP  80/44  mmHg), with a prolonged Capillary Refill Time (CRT) of  4  s. A mass is palpable on the right side of the abdomen.

What is the single most likely surgical diagnosis, and what is the immediate classification of his circulatory status? (4)

Prompting Questions (Part 1):

1. What is the significance of the inconsolable, intermittent crying, the bile-stained vomiting, and the blood and mucus in the stool?
2. What immediate critical management steps (A, B, C) must be instituted, focusing on resuscitation?
3. What is the significance of the elevated Urea (9.5  mmol/L) and C-Reactive Protein (CRP) (12  mg/L) in this context?

You have successfully established IV access and administered two 20  mL/kg fluid boluses, with a marginal improvement in CRT to 3  s and BP to 90/55  mmHg. You have contacted the Royal Flying Doctor Service (RFDS) for urgent transfer to a tertiary paediatric centre. However, the RFDS advises there will be a 3-hour delay before the flight team arrives due to weather conditions. You also need to address the complexity of his underlying epilepsy on sodium valproate. (4)

What critical diagnostic and therapeutic steps must be completed locally to prepare Bobby for definitive management before the retrieval team arrives?

Prompting Questions (Part 2):

1. What is the essential, time-critical diagnostic imaging required to guide initial non-surgical management, and what is the specific role of the local rural team?
2. What is the crucial pharmacological intervention required to cover the potential for perforation and sepsis?
3. Given his sodium valproate therapy, what specific drug monitoring is required, and what is the potential risk of concurrent critical illness?

Bobby is stabilised, on IV antibiotics, and ready for transfer with the RFDS. The retrieval team will monitor him closely during the flight to the tertiary centre where he will undergo definitive treatment.

What is the single most critical surgical complication that must be communicated to the RFDS team as an immediate risk during transfer, and what long-term paediatric follow-up is required? (2)

Prompting Questions (Part 3):

1. What is the most critical change in his abdominal status that necessitates an immediate diversion to theatre, and what is the mitigation strategy during retrieval?
2. What essential equipment and monitoring is required to accompany Bobby on the flight, given his epilepsy and sepsis risk?
3. What is the crucial long-term paediatric follow-up required in the rural community for his epilepsy and neurodevelopmental status?

Freddie, a 3-day-old baby boy, is brought by ambulance to the Resuscitation Room in the Emergency Department of the small Community Hospital in Exmouth, WA. He was found this morning looking mottled and breathing very fast, having been generally well until yesterday when he started refusing feeds. He was born at 39 weeks via normal delivery and discharged home quickly. Notably, Freddie did not receive Vitamin K due to parental objection. On examination, he is grunting, mottled, SpO_2 is unrecordable, has poor perfusion (CRT  5  s), and a HR of 180/min. His initial ABG shows a severe metabolic acidosis (pH  7.01, HCO_3 10  mmol/L, BE  -18).

What is your immediate diagnosis of Freddie's clinical state, and what are the two most critical underlying differential diagnoses to consider based on the history and initial findings? (4)

Prompting Questions (Part 1):

1. What clinical and biochemical findings indicate that Freddie is in decompensated circulatory shock, and what type of shock is most likely?
2. Detail the immediate priorities (A, B, C) in the resuscitation room, including the initial fluid management strategy.
3. What is the significance of the parental refusal of Vitamin K, and how does this impact your diagnostic approach?

Despite 40  mL/kg of normal saline, Freddie remains mottled with a CRT of 4  s and his blood pressure remains unrecordable. You suspect septic shock and have already given the first dose of broad-spectrum antibiotics (Cefotaxime and Gentamicin, or equivalent). However, you have just received a rapid ABG check that shows no improvement in the metabolic acidosis (pH  7.00, BE  -19) and an SpO_2 that fluctuates between 75-80% despite maximum oxygen and BVM ventilation. The nearest tertiary retrieval team is 4  hours away. (4)

What is the immediate next step in your pharmacological management, and how do you address the persistent hypoxia?

Prompting Questions (Part 2):

1. What specific vasoactive agent should be initiated immediately, and what is the primary goal of its use?
2. Given the persistent poor perfusion and shock, what immediate haematological treatment should be prioritized, and why?
3. If a duct-dependent cardiac lesion cannot be excluded, what crucial pharmacological agent must be initiated immediately?

You have initiated PGE1, Adrenaline, and given Vitamin K and FFP, and Freddie is now intubated, ventilated, and on appropriate inotropes/pressors. The tertiary retrieval team has been activated and is en route.

What are the critical monitoring parameters and communication tasks required for a safe transfer, and what essential long-term psychosocial considerations must be addressed for the family? (2)

Prompting Questions (Part 3):

1. What are the key monitoring parameters and two critical risks that the local team must confirm are stable before handing over to the retrieval team?
2. What is the essential communication and handover required for the tertiary team, focusing on the parental decision regarding Vitamin K?
3. What are the crucial long-term psychosocial and primary care follow-up needs for this family in the remote setting?

You are working in the Emergency Department of a small rural hospital late at night when Michael, a 7-year-old boy, is brought in by his father. He has had 48 hours of intermittent fever, backache, three episodes of vomiting, two loose stools and a sudden episode of violent shivering this evening. He has a history of frequent abdominal pain during the school term, but no prior infections or chronic illness. He returned from Nigeria 1 week ago, where he frequently travels with his family during holidays. How would you approach the initial assessment and management of a febrile 7-year-old with recent travel to West Africa? (4)

Prompting questions:

1. What further history is essential in a child presenting with fever after recent overseas travel?
2. What key examination findings would concern you in this setting?
3. What initial investigations are required in a rural ED?

Examination shows: HR 130 bpm, RR 40/min, Temp 39°C, CRT <2s. He looks flushed and uncomfortable but not shocked. Respiratory and cardiovascular exams are normal. Abdomen tender but without guarding or rebound. No rash, no lymphadenopathy, no jaundice. Initial investigations show:

• WCC 17.3 ↑
• Platelets 57 ↓
• CRP 53 ↑
• Sodium 133 ↓
• Normal renal function
  How do these findings refine your differential diagnosis, and what immediate management steps should be taken in a rural setting? (4)

Prompting questions:

1. What diagnoses must be urgently considered in a febrile child with thrombocytopenia and recent travel to Nigeria?
2. How do these results guide your early management?
3. What treatments should be commenced immediately, even before confirmatory results?

Over the next hour, Michael becomes more withdrawn and intermittently confused. His father reports the shivering episodes are worsening, and Michael complains of increasing abdominal discomfort. You are awaiting malaria results, blood cultures and further lab tests. The nearest tertiary paediatric centre is several hours away and retrieval can be delayed overnight. What are your next steps regarding escalation, monitoring, and preparing for potential complications in a child at risk of severe malaria in a rural hospital? (2)

Prompting questions:

1. What clinical features indicate evolving severe malaria requiring urgent transfer?
2. What monitoring and supportive care must continue while awaiting retrieval?
3. How will you communicate the seriousness of the situation to the family in a culturally sensitive way?

You are working in the small rural town of Gidgee Plains, where the local GP clinic also services the community hospital. Janis, a 12-year-old girl, is brought in by her mother with a 4-month history of intermittent pain in her left hip and a noticeable limp. The pain worsens with running and she has stopped participating in school sports. She uses ibuprofen occasionally with partial relief. There is no history of trauma, and she is otherwise well, though her mother has a history of hypothyroidism. On examination, Janis is overweight with restricted internal rotation, abduction, and flexion of the left hip, while the knee, spine and neurological examinations are normal. Her height is below the 2nd centile, and her weight is 91st–98th centile. Her AP pelvis X-ray is reported as normal. How would you assess and initially manage this adolescent girl with chronic hip pain and limp in a rural setting? (4)

Prompting questions – Part 1

1. What are the most important differential diagnoses for chronic hip pain and limp at this age?
2. What is the most likely diagnosis, given her age, body habitus, and examination findings?
3. What further investigations are required even if the AP pelvic X-ray is normal?

The next morning, the frog-leg lateral X-ray is performed at the Gidgee Plains hospital. The radiologist reports a subtle posterior-inferior displacement of the left femoral head, consistent with a stable SCFE. Janis is still limping and has pain even with minimal walking. The nearest paediatric orthopaedic service is 6 hours away, and retrieval can arrive later today. How will you manage Janis safely while preparing for transfer to the paediatric orthopaedic service? (4)

Prompting questions – Part 2

1. How does classification of SCFE (stable vs unstable) influence urgency and management?
2. What are your key pre-transfer actions in a rural setting?
3. What information must be communicated to the retrieval team and receiving hospital?

Janis undergoes in-situ screw fixation of her left hip. The tertiary team notes early signs of endocrine-associated SCFE and recommends ongoing screening for hypothyroidism and monitoring for contralateral slip. She returns to Gidgee Plains to recover under shared-care follow-up, with instructions for protected weight bearing, physio, and telehealth reviews. As the rural GP, what are your priorities for long-term follow-up, complication monitoring, and supporting Janis and her family? (2)

Prompting questions – Part 3

1. What complications must you monitor for after SCFE fixation?
2. How will you coordinate multidisciplinary care in a remote town?
3. How will you address weight, growth, and psychosocial concerns sensitively?

You are working in a small rural community hospital’s maternity unit when the midwife calls you to assess a 5-hour-old newborn boy. She noticed that he appears blue around the lips and tongue. He was born at 41 weeks following an uncomplicated labour except for thin meconium staining. His Apgar scores were 7 and 8, and antenatal scans were unremarkable. The mother is a healthy 27-year-old with well-controlled asthma. How would you approach the initial assessment of this newborn with central cyanosis in the first hours of life? (4)

Prompting questions:

1. What further history and birth details are important in assessing a cyanotic newborn?
2. What are the key differentials for central cyanosis with minimal respiratory distress?
3. What immediate assessments and bedside investigations would you perform in your rural hospital?

PART 2 – CONDITION BECOMES MORE COMPLEX (4)

On assessment, the newborn is centrally cyanosed with blue lips and tongue. His respiratory effort is normal, he is crying, and capillary refill is 2 seconds. Oxygen saturations are 70% in air and do not improve with high-flow facial oxygen. Heart sounds are normal with no murmur; femoral pulses are present. His blood gases show severe hypoxaemia with minimal change after oxygen administration.

How will you interpret these findings and what immediate resuscitation and stabilisation steps will you take? (4)

Prompting questions:

1. What features suggest a duct-dependent congenital heart lesion or mixing defect?
2. What emergency interventions are indicated when hypoxaemia does not respond to oxygen?
3. How will you communicate urgency and management plans to the mother in a sensitive, supportive way?

PART 3 – FOLLOW-UP, TRANSFER & DEFINITIVE MANAGEMENT (2)

Despite maximal oxygen therapy, the newborn’s saturations remain below 75%, and his blood gas continues to show severe hypoxaemia without hypercapnia. Given the lack of local neonatal cardiology or paediatric intensive care support, stabilisation and transfer to a tertiary centre are required. The mother is tearful and anxious about her newborn being transferred so soon after birth.

What are your next steps in arranging urgent transfer, ongoing stabilisation, and long-term considerations for this newborn? (2)

Prompting questions:

1. How will you safely prepare the newborn for retrieval and communicate the urgency to the mother?
2. What investigations and treatments should accompany the baby during transfer?
3. What follow-up and family-centred supports are appropriate once the newborn reaches tertiary care?

Jenna, a 5-day-old girl, is brought by her 19-year-old mother to the Community Hospital in the remote town of "Brolga Plains" due to sticky eyes for 2 days. The examination reveals swollen eyelids with profuse purulent discharge in both eyes, making it difficult to see the conjunctiva clearly. Jenna was born at term, by normal vaginal delivery, after a pregnancy complicated by the mother's smoking, alcohol use, and erratic antenatal care with refusal of screening tests. Apart from the eyes, Jenna is afebrile and clinically stable. Initial investigations show a slightly elevated C-reactive protein (CRP) of 11 mg/L. What is the most likely diagnosis, and what is your immediate management plan for this neonate? (4)

• Prompting Question 1: Given the neonate's age (5 days), the profuse purulent discharge, and the maternal social history (lack of antenatal screening), what specific diagnosis is most critical to rule out?
• Prompting Question 2: What is the significance of the initial microscopy result showing Gram-negative diplococci?
• Prompting Question 3: Outline the immediate steps for management, including local treatment, systemic treatment, and necessary liaison.

The paediatric team agrees with your assessment. You have given the first dose of IV Ceftriaxone, and arrangements are underway for an urgent transfer to the tertiary hospital for ophthalmology review. While preparing for the transfer, the mother mentions she has a persistent cough and a painful bump in her groin she’s been meaning to get checked. She appears overwhelmed and worried about leaving her older child (who she mentions is cared for by a neighbour). Her mobile phone battery is dead, and she has limited money for transport or accommodation once she arrives in the city. (4)

What is the most critical next step for the mother's health and the ongoing care of Jenna, considering the socioeconomic context?

• Prompting Question 1: What is the most likely diagnosis for the mother's symptoms (cough and groin lump) in this context, and what immediate action is required for her?
• Prompting Question 2: Outline the necessary steps to address the social and logistical barriers faced by the mother for the tertiary transfer.
• Prompting Question 3: Describe the critical liaison required with social services and the implications for the ongoing care of the older sibling.

Jenna is successfully transferred to the tertiary hospital, where the diagnosis of Gonococcal Conjunctivitis is confirmed. She responds well to the IV Ceftriaxone and is discharged 5 days later with a full recovery. Her mother was also tested and treated for both Gonorrhoea and Chlamydia. The mother is now back in Brolga Plains. (2)

What is the essential post-discharge follow-up for both Jenna and her mother in the remote setting?

• Prompting Question 1: What specific follow-up is required for Jenna to monitor for long-term complications?
• Prompting Question 2: Outline the crucial community-based follow-up required for the mother from a primary care and public health perspective.
• Prompting Question 3: What is the role of the remote GP in addressing the broader public health and preventive health issues raised by this case?

You are the GP in a small rural town called “Red Gum Downs”, 300 km from the nearest tertiary paediatric service. Tom is a 10-year-old boy brought to your GP clinic by his mother because of recurrent headaches over the past 2 years. The headaches are of gradual onset, typically frontal and right-sided, throbbing, often associated with nausea and vomiting. His mother says he becomes “very pale and quiet”, takes himself to a dark bedroom, sleeps for several hours and then wakes “back to normal”. Between episodes he is completely well, active in school and loves dance/drama, but missed about 10 days of school last term due to headaches. His mother had similar headaches as a teenager. His neurological examination, including cranial nerves and fundoscopy, is normal, and his growth parameters are on the 75th centile.

What is your initial assessment and differential diagnosis for Tom’s headaches, and how will you approach his evaluation in this rural setting? (4)

Prompting questions – Part 1

1. What key features in the history point towards a primary headache disorder rather than a secondary cause?
2. What are the important red flags in a child with headache that you must specifically ask about and examine for?
3. What initial investigations, if any, are indicated in this rural setting for a child with this pattern of headache?

Over the next 6 months, Tom’s mother returns to see you twice more. The headaches are now occurring weekly, sometimes twice a week, and he has missed more school. Some episodes now have visual disturbance beforehand (“funny zig-zag lines and blurry patches”), and he is becoming more anxious about when the next headache will occur. His mother is increasingly worried about a brain tumour and asks whether he needs “a scan”, particularly as she has read stories online about missed brain cancers in children. Neurological examination, including fundoscopy, remains normal. (4)

How will you now refine your diagnosis, address his mother’s concerns, and plan further management in this rural setting? (4)

Prompting questions – Part 2

1. How does the emergence of visual aura modify your diagnostic formulation for Tom’s headaches?
2. What are your indications for neuroimaging in a child with recurrent headaches, and does Tom currently meet them?
3. What changes will you make to his acute and preventive management, including school and psychosocial support?

Twelve months later, with lifestyle measures, a headache diary and commencement of a low-dose prophylactic medication via telehealth paediatric advice, Tom’s headache frequency has decreased from weekly to about one episode per month, with shorter duration and less school absence. However, his mother reports one recent atypical episode: a more severe headache with transient difficulty finding words and mild unsteadiness for about 20 minutes before the usual migraine symptoms began. He fully recovered but this has re-triggered her anxiety about “strokes and tumours”. You remain in a remote setting with limited on-site imaging. (2)

How will you plan Tom’s ongoing management, including decisions about further investigation, follow-up, and education of the family and school in a rural/remote context? (2)

Prompting questions – Part 3

1. How do you decide whether this atypical event warrants neuroimaging or urgent referral?
2. What is your long-term follow-up plan for Tom’s migraine in the rural setting, including review intervals and medication management?
3. How will you continue to support Tom and his family around education, self-management and psychosocial impact?

Question 1

An 8-year-old girl is brought by her father to your community hospital in a remote Northern Territory town for review of persistent tiredness, poor exercise tolerance, and pallor. She is of South-East Asian background and was born in Australia. The family mentions distant relatives have “blood problems.” The nearest regional hospital is over 120km away, and the family has limited means of transportation. How would you approach the assessment and management of a child presenting with possible thalassaemia in your rural setting? (4)

1. What key aspects of the history and examination would you use to clarify the likelihood of thalassaemia and distinguish it from other causes of anaemia?
2. What initial laboratory and clinical assessments would be most relevant at this presentation?
3. What advice, education, and support would you provide the family about the likely diagnosis and ongoing monitoring in a rural context?

Question 2

One week later, the girl re-presents to the GP clinic with her father, reporting worsening fatigue, new abdominal distension, and intermittent bone pain. On examination, you note marked pallor, mild jaundice, and splenomegaly. Her most recent blood tests reveal microcytic anaemia, elevated reticulocyte count, and target cells on the blood film. The father expresses concern about school absences and difficulty attending regular hospital appointments due to travel limitations. How does this evolving situation affect your clinical reasoning and management for this child? (4)

1. What are your priorities for further investigations and assessment at this stage, and why?
2. How would you adjust your management plan to address increasing symptoms, risk of complications, and barriers to access to specialist care?
3. What support, education, or referrals would you provide for the family, including genetic counselling and psychosocial support?

Question 3

After haematology review and initiation of regular transfusion therapy, the child’s symptoms stabilise, but she develops mild jaundice, iron overload, and her parents worry about long-term health, potential complications, and adherence to therapy given their remote setting. School attendance remains inconsistent, and they seek guidance on long-term care. What are your recommendations for follow-up, prevention of complications, ongoing management, and the thresholds for transfer or referral to a tertiary centre for a child with thalassaemia? (2)

1. How would you structure and coordinate ongoing community-based monitoring, family education, and multidisciplinary support for thalassaemia care in a remote area?
2. What are the key complications of thalassaemia and its treatment, and how would you counsel the family to recognise and respond to these?
3. Under what clinical scenarios would escalation or transfer to a tertiary paediatric haematology centre be necessary in this child?

Question 1

An 8-year-old boy from a small rural town in western New South Wales is brought by his mother to your local GP practice. She reports he has been limping intermittently for the past few weeks, with no clear history of trauma. He complains of pain in his right hip and groin, which sometimes radiates to his knee and worsens after sports. There is no fever or weight loss. How would you assess and manage this child presenting with a limp and suspected Perthes’ disease in your rural setting? (4)

1. What additional history and clinical examination findings would help to narrow down the diagnosis and evaluate severity?
2. What differential diagnoses would you consider for a child with persistent limp and hip or knee pain?
3. What are the initial steps you would take to manage this patient, including advice to the family on physical activity and when to return for review?

Question 2

Ten days later, the boy re-presents to your community hospital—now with increased pain, a more pronounced limp, and difficulty weight-bearing. His mother notes he avoids running and playing sports, and he has started to miss school as the pain worsens by the end of each day. Examination reveals limited abduction and internal rotation of the right hip with mild atrophy of thigh muscles. You learn that the family lives over 80km from the hospital, and consistent school attendance and specialist follow-up are challenging. How does this evolving clinical picture influence your management and next steps? (4)

1. What further assessments and investigations would you order to confirm the diagnosis and assess the extent of disease progression?
2. How would you adjust your management to address pain, mobility, school attendance, and the challenge of limited access to health services?
3. What education and support would you provide for the family regarding prognosis, expected course, and social/emotional impact?

Question 3

After specialist review and initial management, the child’s pain is controlled, but radiology confirms advanced Perthes’ disease with femoral head collapse. The family is concerned about long-term outcomes and ongoing disability, given their remote location and difficulties with ongoing specialist care. What are your recommendations for ongoing management, follow-up, prevention of complications, and indications for referral or transfer to a tertiary centre in this context? (2)

1. How would you arrange appropriate follow-up, rehabilitation, and community or school supports in a rural setting for a child with advanced Perthes’ disease?
2. What are the key complications you need to monitor for and discuss with the family, including risks for permanent disability or degenerative joint disease?
3. Under what circumstances would you refer the child for surgical intervention or transfer to a tertiary paediatric orthopaedic service?

Bradley, a 13-year-old boy with known severe asthma, is seen in the Accident and Emergency (A&E) Department of the small Community Hospital in Port Hedland, WA, having been referred by the GP out-of-hours service. This is his third acute wheeze presentation in three months, and his mother notes he was previously close to a PICU transfer. He developed a cold recently and is now acutely breathless, having used his salbutamol inhaler hourly for several hours with little relief. His regular medications are a combination of an inhaled corticosteroid (beclometasone) and a long-acting beta-agonist (salmeterol), plus p.r.n. salbutamol. What is the severity of Bradley's asthma exacerbation, and what immediate, critical management steps must be instituted upon his arrival? (4)

Prompting Questions (Part 1):

1. What specific clinical findings indicate that Bradley is suffering from severe or life-threatening acute asthma?
2. Detail the immediate pharmacological management you would initiate, including doses and routes, while continuing the salbutamol nebuliser.
3. Given his frequent exacerbations, what key aspects of his chronic management plan are likely failing?

Despite three doses of salbutamol/ipratropium nebulisers, IV hydrocortisone, and IV magnesium, Bradley's condition has only minimally improved. He is now too tired to speak, his respiratory rate has dropped to 40  breaths/min, and his SpO_2 has dropped to 87% on the non-rebreather mask. You have established IV access, and the nearest tertiary PICU team has been contacted but is 3  hours away. What critical pharmacological and non-pharmacological interventions must you implement immediately given the delay in retrieval? (4)

Prompting Questions (Part 2):

1. What is the significance of the falling respiratory rate and inability to speak in this context?
2. What is the next tier of pharmacological agents required for this critically ill patient?
3. What non-pharmacological support should be initiated, considering the 3-hour retrieval delay?

Bradley has been stabilised on non-invasive ventilation (NIV) or is gently ventilated post-intubation by the Retrieval Team. He is ready for inter-hospital transfer to the tertiary PICU. What critical post-stabilisation and long-term care plans are essential to ensure Bradley's safety during transfer and prevent future life-threatening exacerbations? (2)

Prompting Questions (Part 3):

1. What are the key risks specific to transferring an intubated/ventilated asthmatic child, and how can they be mitigated during transport?
2. What is the recommended Step-up plan for Bradley's ongoing chronic asthma management after he recovers from this episode?
3. How should the primary care team in Port Hedland be involved in his follow-up to address compliance and risk factors?

You are the on-call rural generalist at Riverstone Community Hospital, a small facility several hours from the nearest tertiary paediatric centre. Alison, a 9-year-old girl, is brought in by her mother after several days of fever and a widespread rash initially thought to be viral. Her temperature has persisted and today she has developed a worsening headache, photophobia, neck and back pain, and generalised leg aches. Her mother reports that Alison was difficult to wake, appeared confused, vomited twice, and unusually wet the bed this morning. She has no significant past medical history and is fully immunised, but her mother recently had a cold sore (HSV-1).

On examination, Alison is lying in a dark room, febrile at 39.7°C, with neck stiffness, tachycardia (130 bpm), BP 85/60, CRT < 2 seconds, and a fading macular rash. She is rousable but disorientated, with no focal neurological deficits. How would you assess and manage Alison’s presentation of fever, rash, headache, and altered conscious state in your remote setting? (4) Prompting Questions – Part 1

1. What are your key differential diagnoses, and which are life-threatening and must be treated immediately?
2. What urgent investigations are required in a rural setting?
3. What immediate treatments should be commenced before definitive results are available?

Over the next hour, Alison becomes more drowsy, responding only to voice, and continues to complain of severe headache. Her rash is fading further. Her temperature remains high despite antipyretics. Repeat observations show persistent tachycardia and a slightly lower BP. She vomits again. Her confusion worsens—she no longer recognises where she is.

Your blood tests return:

• WCC normal, lymphocytes mildly elevated
• CRP 23 (mildly raised)
• Urea/creatinine normal

The retrieval team reports they will arrive in 90 minutes. While waiting for retrieval, how will you continue to stabilise Alison, escalate treatment, and monitor for complications of meningoencephalitis? (4)

Prompting Questions – Part 2

1. What ongoing clinical priorities must you address while awaiting retrieval?
2. What complications of meningitis/encephalitis must you anticipate and manage?
3. What escalation in airway, breathing or circulatory support might be required in a remote setting?

Alison is retrieved to the tertiary paediatric hospital. HSV PCR from CSF returns positive, confirming HSV encephalitis. She completes a 14–21-day course of IV acyclovir and begins rehabilitation. Weeks later, the tertiary team requests that her long-term follow-up be coordinated locally, as Alison lives in a remote area with limited access to paediatric services. As her rural GP, how will you coordinate Alison’s long-term follow-up, monitor for complications of HSV encephalitis, and support her family on return to the community? (2)

Prompting Questions – Part 3

1. What long-term complications of HSV encephalitis must be monitored in primary care?
2. How will you structure shared care with the tertiary paediatric neurology team?
3. What community and school supports may be required for Alison and her family?

You are the only GP working in a remote Central Australian community of 1,200, where the majority of the population identify as Aboriginal and Torres Strait Islander people. There is a small local hospital attached to your practice, but specialist paediatric outreach is very limited. Bronchiectasis rates in the region are the highest in the world, driven by early childhood infections, overcrowding, and limited access to healthcare. Luke, aged 8, is brought by his grandmother to the community hospital with a history of a chronic daily wet cough for several months and slow growth compared to his peers. Describe your comprehensive approach to assessment and management of possible paediatric bronchiectasis in this remote context. (4)

1. Which aspects of Luke's history are most important to establish risk factors for bronchiectasis and to clarify severity and impact?
2. What clinical examination findings would you focus on to support or exclude a diagnosis of bronchiectasis?
3. What initial investigations or assessments would you organise at your practice or hospital?

Question 2

Luke returns after your initial review and baseline tests. He remains unwell, with persistent daily wet cough, sputum production, and reduced exercise tolerance. His growth parameters show weight and height both below the 10th percentile. Family report he has missed weeks of school due to "constant chest infections." Physical exam now finds finger clubbing and coarse inspiratory crackles. There is household overcrowding, frequent exposure to tobacco smoke, and limited access to physiotherapy or specialist chest review. (4)

1. How do these further findings influence your differential diagnosis and management plan for Luke?
2. What further investigations or specialist referrals would you initiate, and for what purpose?
3. How would you address the ongoing social, environmental, and healthcare barriers affecting Luke's lung health?

Question 3

Despite regular oral antibiotics and advice on airway clearance, Luke continues to have frequent acute exacerbations, with reduced growth and school participation. His grandmother is struggling to keep up with the complex care needs, and there are increased concerns regarding long-term lung function, nutritional health, and access to specialist follow-up, as respiratory outreach services are infrequent. (2)

1. What are your next steps for Luke’s ongoing management and follow-up in this community?
2. Discuss the potential complications and long-term outcomes you need to monitor in children with bronchiectasis in a remote Aboriginal setting.
3. Under what circumstances would you arrange referral or urgent transfer to a tertiary paediatric centre, and what factors must be considered in this decision?

This scenario highlights the high burden of bronchiectasis among Aboriginal and Torres Strait Islander children, the need for early diagnosis and a multidisciplinary approach, and the significant barriers posed by social determinants and limited rural health resources.

Euan, a 2-year-old boy, is brought to the Community Hospital in the remote town of "Nullarbor Crossing" by his parents. He has a 6-day history of fever, cough, blocked nose, and sticky eyes. His GP prescribed amoxicillin 2 days ago for otitis media, but that evening he developed a rash starting around his ears and hairline which has since spread widely. His parents stopped the antibiotic, suspecting an allergy. Euan has been consistently miserable and lethargic for the last five days. On examination, he has a temperature of 38.5^circC, is lethargic, has a purulent ear discharge, exudative conjunctivitis, and a widespread, coalescing maculopapular rash over his face, neck, and torso.

What is the most likely infective cause of Euan's symptoms and rash, and what is your immediate management priority? (4)

• Prompting Question 1: Given the constellation of symptoms (fever, rash, conjunctivitis, catarrh, cough) and the spread of the rash, what is the most likely infectious exanthem, and what is the public health significance?
• Prompting Question 2: Outline the initial steps for isolating the child and conducting the necessary history to confirm immunisation status and exposure risk.
• Prompting Question 3: Describe the immediate supportive management required for Euan's current symptoms (fever, lethargy, conjunctivitis, suspected otitis media).

Two days later, Euan remains febrile (38.8^circC) despite supportive care and is still lethargic. You have confirmed a diagnosis of Measles via oral fluid PCR and notified Public Health. The rash is fading, but Euan now develops new-onset tachypnoea (RR 40/min), inspiratory crepitations, and intercostal recession. His oxygen saturation has dropped to 94% on room air. The purulent ear discharge is persistent. (4)

What is the most serious and likely complication Euan has developed, and what is your immediate critical management step?

• Prompting Question 1: What are the common respiratory complications of Measles, and what is the risk to Euan given his clinical signs?
• Prompting Question 2: Describe the immediate pharmacological and non-pharmacological interventions required to manage Euan's respiratory deterioration.
• Prompting Question 3: What is the specific risk of otitis media in Measles, and what adjustments must be made to his antibiotic regimen?

Despite IV antibiotics and oxygen, Euan’s condition has only minimally improved after 12 hours. His SpO_2 is 95% on 4 L/min of oxygen via nasal prongs, and his respiratory rate remains high at 40/min. Given the remote setting and lack of paediatric intensive care capabilities, the decision is made to transfer Euan to a tertiary paediatric hospital. (2)

What are the key priorities for the retrieval team handover and the long-term community follow-up plan for Euan?

• Prompting Question 1: What critical preparations and monitoring steps must be undertaken before the retrieval team arrives?
• Prompting Question 2: What is the rare, long-term neurological complication of Measles, and what education must be provided to the family?
• Prompting Question 3: Outline the public health response and the role of the remote GP in managing contacts and preventing future cases in the community.

You are the only GP in a remote Northern Territory town of 1,400 people. Most children are from Aboriginal and Torres Strait Islander families. Local resources are limited, there is intermittent access to allied health and dietary services, and many families experience food insecurity and overcrowded housing. Keira, aged 18 months, is brought to the rural GP clinic by her grandmother, who is concerned about poor feeding, a pale appearance, and delayed walking. The family has struggled to afford iron-rich foods, and several young children in the community have been unwell with frequent infections and hospital visits. Describe your comprehensive approach to assessing and managing a child at risk of iron deficiency in this rural setting. (4)

1. What focused history would you obtain, considering dietary intake, feeding practices, family and social context?
2. Which examination findings would you look for and how would they support your diagnosis?
3. What initial blood and other investigations would you arrange at your clinic?

Question 2

Keira returns after your initial assessment. Her blood tests confirm significant microcytic anaemia with low ferritin, and she is noted to have ongoing lethargy, delayed language development, and recent weight loss. Her grandmother reports the household has intermittent water access, high rates of infectious disease, and many children share one bedroom. Local stores have limited fresh produce, and there are no dietitians or Aboriginal health workers available in town. Some adults in the household smoke indoors. (4)

1. How do these new clinical and social findings refine your differential diagnosis and management priorities?
2. What further investigations or monitoring would now be helpful for Keira and her family?
3. How would you address the family’s food insecurity, ongoing infection risk, and lack of allied health support to improve Keira’s health?

Question 3

Keira receives oral iron therapy with direct supervision, nutritional advice, and regular follow-up. Despite some improvement, she continues to have low energy and growth delays. The grandmother is concerned about long-term development and the risk of relapse or complications. Transfers to tertiary paediatric care are logistically difficult, and specialist outreach is rare. (2)

1. What are your next steps for ongoing management and follow-up for Keira in this rural context?
2. Discuss the potential complications and long-term outcomes of chronic iron deficiency in children, and how you would monitor for them.
3. Under what circumstances would you initiate urgent referral or transfer to a tertiary paediatric service, and what factors would guide this process?

This scenario highlights the significant burden of iron deficiency among Aboriginal and Torres Strait Islander children in rural communities, the multifactorial social and nutritional risk factors, and the challenges of effective management and follow-up in resource-limited, remote Australian settings.

Question 1

A 9-year-old Aboriginal boy from a remote Northern Territory community presents with his aunt to your local GP clinic. She reports a 2-week history of an itchy, circular rash with a raised edge on his right arm, which is slowly increasing in size. Other children in the household appear well, but the family shares towels and bedding. The child is otherwise healthy and attends school. How would you approach the assessment and management of this child with a possible tinea infection in a rural setting? (4)

1. What further questions and examination findings are important to clarify the diagnosis of tinea and identify possible sources or contacts?
2. What general advice and education would you give the family regarding hygiene, environmental cleaning, and transmission?
3. What treatment options are appropriate for tinea in this context, and how would you determine whether topical or oral therapy is required?

Question 2

The child returns one week later with extension of the rash to his scalp and trunk, now reporting some broken hairs, scalp scaling, and mild tenderness. He admits to scratching and sometimes sleeps in the same bed as younger siblings. The aunt mentions she now has a rash as well. How does this new information alter your management approach? (4)

1. What additional steps would you take to confirm the diagnosis and assess the extent of the infection?
2. Which investigations would you order at this stage, and why?
3. What modifications would you make to the treatment plan to address scalp involvement and possible household spread?

Question 3

After starting appropriate antifungal treatment, the boy improves but remains at risk due to crowded living conditions and limited access to follow-up care. The family lives 80km from the nearest hospital and school attendance has been affected. What are your next steps in management regarding follow-up, relapse prevention, complications, and the need for specialist referral or transfer? (2)

1. How would you arrange suitable follow-up and ongoing support for the family in this remote setting?
2. What advice would you give to prevent recurrence and manage close contacts within the household or community?
3. Under what circumstances would you refer to a tertiary hospital or paediatric dermatologist for further management?

George, a 2-year-old boy with a known history of atopic eczema and asthma, presents with his parents to the Community Hospital in the remote town of "The Red Sands." His parents report his eczema has rapidly worsened and become significantly more itchy over the last 3 days, despite their intermittent use of emollients and topical steroids. On examination, George is miserable, itchy, and has a temperature of 38.3^circC. His eczema is widespread, but worst on his face, hands, and arms, where the skin is moist and has vesicles, punched-out lesions, pustules, and areas of honey-coloured crusting. His eyes are puffy, and he has generalised lymphadenopathy.

What is the most likely diagnosis for the acute deterioration of George's eczema, and what are your immediate management priorities? (4)

• Prompting Question 1: Based on the acute symptoms (fever, lethargy, vesicles, and punched-out lesions), what is the most critical infectious diagnosis to rule out?
• Prompting Question 2: Outline the immediate diagnostic investigations required in the community hospital to confirm the primary and secondary causes of the acute flare.
• Prompting Question 3: Describe the immediate management plan, including treatment for the infection, fever, and the underlying eczema.

The HSV PCR returns positive for HSV-1, confirming Eczema Herpeticum. You escalate antibiotics to IV Flucloxacillin, and George is placed on IV Aciclovir. Despite 24 hours of IV therapy, George's fever persists, and he has new signs of mild dehydration and worsening wheeze that requires Salbutamol nebulisation every 4 hours. His father discloses that his asthma is often uncontrolled because they sometimes run out of his preventative steroid inhaler, Budesonide, and have difficulty accessing the GP regularly due to travel time from their station (RRG). George's skin, however, is starting to show minor signs of reduced weeping. (4)

Given the persistent systemic inflammation and the dual diagnosis (EH and uncontrolled asthma), what is the key therapeutic agent that must now be considered to dampen the inflammatory response, and why is this justified?

• Prompting Question 1: Explain the rationale for considering systemic corticosteroids in the management of severe Eczema Herpeticum/secondary infection in an immunocompetent child.
• Prompting Question 2: What is the critical risk and monitoring required when administering systemic steroids to a child with an active, systemic HSV infection?
• Prompting Question 3: What immediate steps should be taken to address George's poorly controlled asthma and the socioeconomic barrier to care?

George is transferred to a tertiary centre where he completes a 7-day course of IV Aciclovir, IV Flucloxacillin, and a short course of oral steroids. He recovers well. The paediatric dermatologist emphasises that the key to preventing recurrence of EH is optimal long-term eczema control. The tertiary team communicates a clear follow-up plan for the rural team. (2)

What is the essential long-term management strategy for George's atopic triad and the necessary follow-up for the rural GP/community team?

• Prompting Question 1: Outline the three crucial components of the intensive, preventative long-term management strategy for George’s eczema.
• Prompting Question 2: What specific education regarding Eczema Herpeticum recurrence must be provided to George's parents?
• Prompting Question 3: How can the rural GP effectively coordinate the multidisciplinary care for George’s atopic triad (Eczema, Asthma, Atopy) in the remote setting?

Ahmed, a previously healthy 2-year-old boy, presents to your rural rapid referral clinic with widespread bruising and two short nosebleeds over 48 hours. His mother reports he recently had a viral infection but is now well. He is playful, afebrile, and has no hepatosplenomegaly or lymphadenopathy.

Initial FBC reveals:

• Platelets 6 × 10⁹/L
• Normal Hb, WCC, coagulation profile
• Blood film: large young platelets, no blasts
  How would you assess and manage this toddler with severe thrombocytopenia? (4)

Prompting Questions

1. What is the most likely diagnosis and key differentials?
2. What features make malignancy less likely?
3. When are IVIG or steroids indicated in this setting?

Over the next hour, Ahmed develops new petechiae and has another brief episode of epistaxis. He remains clinically well. His platelet count repeats at 5 × 10⁹/L. What is your immediate management plan, and what criteria require escalation to haemato-oncology? (4)

Prompting Questions

1. What is the first-line treatment for severe symptomatic ITP in children?
2. What inpatient monitoring and precautions are required?
3. When should bone marrow biopsy be considered?

Ahmed improves after treatment and his platelets rise to 25 × 10⁹/L. He is ready for discharge. How will you arrange follow-up, safety-netting, and parental education in a rural environment? (2)

Prompting Questions

1. What signs require urgent return?
2. How often should platelets be checked?
3. What activity restrictions should parents follow?

You are working in a rural GP clinic when William, a 10-month-old boy, is brought in by his parents with a 2-week history of intermittent swelling in the left side of his scrotum. They first noticed the swelling while bathing him; by the next morning it had disappeared, but it has recurred intermittently since. It does not seem painful, and they have not observed redness or distress. William was born prematurely at 34 weeks with intrauterine growth restriction but has been meeting developmental milestones and has remained well. How would you assess and manage a 10-month-old boy presenting with intermittent scrotal swelling in a rural general practice? (4)

Prompting questions:

1. What key historical features help differentiate benign from urgent scrotal conditions?
2. What important findings must be examined and documented in the genital examination of an infant?
3. Which conditions cause intermittent scrotal or inguinal swelling?

On examination, William appears well, active, and developmentally appropriate. Genitalia initially appear normal with both testes palpable. However, when he becomes unsettled, a firm, smooth swelling appears in the left inguinal area and extends into the hemiscrotum, which reduces completely with gentle pressure. There is no erythema, tenderness, or systemic unwellness. Based on these findings, what is your likely diagnosis, what complications must be considered, and what management should you initiate in a rural setting? (4)

Prompting questions:

1. What features help distinguish an inguinal hernia from a hydrocele?
2. What signs would indicate an incarcerated or strangulated hernia requiring emergency action?
3. What safety netting and follow-up planning should be provided to the family?

Two weeks later, William re-presents after an episode where the swelling appeared larger and he was crying more than usual. Although the swelling resolved spontaneously, his parents are now anxious. Your nearest paediatric surgical service is several hours away, and retrieval logistics take time. What are your next steps regarding escalation, referral, and ongoing monitoring for a suspected inguinal hernia in a rural context? (2)

Prompting questions:

1. When does an inguinal hernia require urgent surgical review or transfer?
2. What pre-referral stabilisation or documentation is required in a rural setting?
3. How will you provide culturally safe, clear instructions and reassurance to the parents?

You are the on-call doctor at a small community hospital in the remote town of Mallee Ridge. Hannah, a 5-year-old girl, is referred to the paediatric day unit by her GP. Over several weeks she has been “off-colour”, tired, preferring to watch TV rather than play. She has complained of aching legs needing regular paracetamol. An ear infection with fever was slow to settle and thought to be viral. In the last few days she has begun to refuse to walk, saying she “hurts all over”.

On examination she is quiet, pale and reluctant to be moved, crying when you attempt to examine her. Temperature is 37.8°C. She has generalised lymphadenopathy (including supraclavicular), pallor, bruises on the shins, thigh and upper arm, 4 cm hepatomegaly and 2 cm splenomegaly. There is no clear joint swelling or deformity. The GP has faxed through blood results showing anaemia, thrombocytopenia, neutropenia and a very high ESR, with atypical lymphocytes on film. How will you approach the assessment and initial management of this 5-year-old girl with lethargy, bone pain, bruising and abnormal blood counts in a rural setting? (4)

Prompting questions – Part 1

1. What are the key differential diagnoses for this presentation, and what is the most likely diagnosis?
2. Which features in her history, examination and bloods make you particularly concerned about malignancy?
3. What immediate investigations and precautions are required before any further procedures?

Tertiary paediatric oncology agrees that Hannah likely has acute leukaemia and requests urgent transfer for bone marrow confirmation and initiation of chemotherapy. While awaiting retrieval, Hannah spikes a temperature of 38.6°C, remains very sore, and becomes more irritable when moved. Her repeat FBC shows further drop in neutrophils and platelets. How will you manage Hannah’s fever and pancytopenia while preparing for transfer, and what are your priorities in preventing early complications in this rural setting? (4)

Prompting questions – Part 2

1. How do you define and manage febrile neutropenia in a child suspected of leukaemia?
2. What supportive measures (fluids, transfusion, analgesia) are appropriate before transfer?
3. What complications must you anticipate and mitigate in the short term?

At the tertiary children’s hospital, bone marrow biopsy confirms acute lymphoblastic leukaemia (ALL). Hannah commences induction chemotherapy. The plan is for her to return periodically to Mallee Ridge between treatment blocks for shared care: monitoring counts, managing infections, and psychosocial support. Her parents are anxious about repeated hospital trips, infection risks, and the impact on schooling and siblings. What are your key roles as her rural GP in shared care, long-term follow-up and family support for a child with ALL living remotely? (2)

Prompting questions – Part 3

1. What specific late effects and complications of ALL treatment will you monitor for locally?
2. How will you structure a safe shared-care plan with paediatric oncology, including when to send her back urgently?
3. What supports can you put in place for schooling, mental health and family functioning in a remote community?

Kyle, a 16-month-old boy, is brought to the Community Hospital in the remote town of "Dry Creek" with a 2-day history of intermittent, inconsolable crying and fevers up to 40^circC. He has been uninterested in food, vomited twice, and seems to be in pain when his nappy is changed. He had a small cut on his right foot two weeks ago which has since healed. On examination, he is unwell, dislikes handling, and is clearly in pain. His vital signs show tachycardia (135 beats/min), hypotension (BP  75/50 mmHg), and a Capillary Refill Time (CRT) of 4 s, indicating shock. Investigations show a strikingly high WCC (28.0 times 10^9/L), ESR (78 mm/hr), and CRP (340 mg/L).

What is the most likely diagnosis for Kyle's acute, painful systemic illness, and what are your immediate management priorities? (4)

• Prompting Question 1: Given the signs of shock (tachycardia, hypotension, CRT 4 s), fever, extreme inflammatory markers (CRP 340 mg/L), and pain on nappy changing, what is the most critical source of infection?
• Prompting Question 2: What is the critical focused physical examination required, particularly given the presentation of pain with nappy changing and the healed foot wound?
• Prompting Question 3: Outline the immediate, life-saving steps for fluid resuscitation and empirical antibiotic choice in this unstable, septic child.

You successfully resuscitate Kyle with two 20 ml/kg IV saline boluses. His BP rises to 85/55 mmHg and CRT improves to 2.5 s. You commence IV Flucloxacillin and Ceftriaxone. Focused examination now reveals that Kyle holds his right hip slightly flexed and externally rotated, crying intensely when you attempt to move it, but the skin over the hip is normal. The local community hospital does not have access to paediatric nuclear medicine or MRI. Kyle's parents, being unemployed and having two older children, express severe anxiety about leaving the remote town for the required specialist treatment. (4)

What is the critical imaging modality available locally that must be urgently performed, and how will you manage the immediate social and logistical needs for transfer?

• Prompting Question 1: What is the specific diagnosis strongly suggested by the fixed right hip position and pain on movement, and what imaging is crucial for confirmation in a non-specialist centre?
• Prompting Question 2: Describe the immediate management steps for the suspected joint condition (non-pharmacological) while preparing for transfer.
• Prompting Question 3: What specific social work and financial assistance must be initiated immediately to support the family unit during the necessary retrieval?

The local ultrasound confirms a significant right hip joint effusion. The paediatric retrieval team is activated, confirming a primary diagnosis of Septic Arthritis/Osteomyelitis and the need for urgent transport to the tertiary centre for an orthopaedic washout. The estimated arrival time of the retrieval team is 3 hours. (2)

What is the critical management and monitoring plan until the retrieval team arrives, and what is the essential long-term follow-up required?

• Prompting Question 1: What are the three critical monitoring parameters and associated interventions required during the 3 hours before handover?
• Prompting Question 2: Outline the long-term complication of missed or delayed treatment of Septic Arthritis of the hip, and what specific follow-up is required to detect this?
• Prompting Question 3: What is the critical role of the remote GP/community health services in the post-discharge coordination of care and rehabilitation for Kyle?

You are the GP on duty at the small rural hospital in Gidgee Plains, where Naomi, a 13-year-old girl, presents with her mother for the third time in 8 weeks. Originally, she slipped off her horse and sustained minor bruising, with no fracture identified. Over the next two weeks she developed progressively worsening right shoulder pain and reduced movement. She had been diagnosed with “functional pain” or “frozen shoulder” and given NSAIDs. Physiotherapy sent her back urgently today due to increasing pain and new swelling.

On examination, Naomi holds her right arm close to her body, avoids movement due to pain, and the shoulder is swollen, warm, smooth, firm, with decreased movement in all directions. The skin looks taut and shiny, and superficial veins are distended, but there is no redness. She has no systemic symptoms. How would you approach the assessment of this adolescent girl with progressive shoulder pain and swelling after minor trauma? (4)

Prompting Questions — Part 1

1. What key differential diagnoses should be considered in a child with progressive painful swelling weeks after injury?
2. What features in the history and examination help differentiate inflammatory, infective, and malignant causes?
3. What immediate investigations should be arranged in a rural hospital?

Over the next 12 hours, Naomi becomes increasingly distressed. Nursing staff note that her shoulder swelling appears larger, and she now reports deep aching pain at night, waking her from sleep. X-ray shows a poorly defined lesion in the proximal humerus with a permeative pattern. Blood tests show ESR elevated at 68, mild anaemia, and LDH is raised. She still has no fever. The physio is concerned this represents something far more serious than injury.

The radiographer suggests an urgent MRI, but the nearest scanner is 5 hours away and only runs weekdays. How will you escalate investigation, stabilisation, and referral for suspected malignant bone tumour in a rural setting? (4)

Prompting Questions — Part 2

1. What is your working diagnosis now, and what features support it?
2. What urgent imaging is required and how will you access it from a remote town?
3. What immediate steps are required to ensure safe transfer and prevent delays in definitive treatment?

At the tertiary hospital, Naomi undergoes MRI confirming a large proximal humerus mass with soft tissue extension, highly suspicious for Ewing Sarcoma. She begins coordinated treatment: biopsy, staging, chemotherapy, and surgical planning. After stabilisation, she is expected to return to your rural town between treatment blocks. Her family is struggling with frequent travel, school disruptions, and emotional stress. What are your responsibilities in Naomi’s ongoing care, rural follow-up, and family support once she returns to the community? (2)

Prompting Questions — Part 3

1. What complications of Ewing Sarcoma treatment must you monitor for locally?
2. How will you coordinate multidisciplinary shared care between tertiary oncology and rural services?
3. What psychosocial, schooling and cultural considerations are essential in supporting Naomi and her family?

Fabio, a 13-year-old boy, presents to the Outpatients Clinic at the Community Hospital in Karratha, WA, with a 6-month history of central chest pain. The pain is non-radiating, lasts up to an hour, and can occur both at rest and during exercise. He occasionally experiences regular palpitations post-exercise but denies light-headedness or syncope. He has a remote history of childhood asthma and a family history of hypertension, with his grandfather dying of a myocardial infarction one year ago. His initial examination, ECG, and Chest X-ray are normal. What is the most likely diagnosis for Fabio's chronic chest pain, and what immediate, critical cardiac pathology must you exclude given the history? (4)

Prompting Questions (Part 1):

1. What is the significance of the normal examination, ECG, and Chest X-ray in the assessment of his chest pain?
2. What further focused history (including psychosocial) is essential to confirm the most likely diagnosis?
3. What is the single most critical, life-threatening cardiac condition to exclude in an adolescent with exercise-related symptoms and a family history of sudden cardiac death?

Despite thorough history taking, Fabio and his mother remain highly anxious due to the family history, and Fabio reports mild tenderness over the sternum when you palpate his chest. His symptoms persist over the next few weeks, leading to him avoiding school sports entirely. The family requests a definitive investigation to "prove his heart is normal." Your local hospital does not have paediatric cardiology expertise. (4)

What specific cardiac investigation is required to confidently exclude the critical diagnoses, and how do you navigate the family's anxiety and request for further testing?

Prompting Questions (Part 2):

1. What specific cardiac investigation must be ordered to exclude HCM and other structural abnormalities, and how do you access this in your remote setting?
2. How do you address the family's significant health anxiety while maintaining professional reassurance and confirming a safe diagnostic pathway?
3. What alternative, non-cardiac investigations might be considered if the focused history suggests a GI cause?

The Paediatric Echocardiogram is performed and is confirmed to be completely normal, structurally and functionally. The cardiologist confirms the diagnosis is idiopathic chest pain (musculoskeletal/psychogenic) and advises no further cardiac follow-up is required. Fabio is discharged back to your care in Karratha. What is your long-term management and follow-up plan to fully resolve Fabio's symptoms and prevent recurrence, given the underlying likely non-cardiac cause? (2)

Prompting Questions (Part 3):

1. What are the essential components of the final diagnosis discussion with Fabio and his mother to facilitate psychological acceptance and symptom resolution?
2. What specific non-pharmacological and primary care interventions should be initiated to manage the likely psychogenic/musculoskeletal pain?
3. What are the criteria for considering a re-referral to the paediatric cardiology service?

You are working in a rural community hospital when Luca, a 24-month-old boy with Down syndrome, is brought to the Emergency Department by his mother. He has had vomiting and diarrhoea for 24 hours. Over the past 8 hours, he has drunk only 200 mL of milk, vomited five times, and passed six watery stools. The vomit is non-bilious, the stools contain no blood or mucus, and he has no known cardiac history apart from glue ear. Two siblings recently had similar symptoms. How would you assess and manage a 24-month-old child with Down syndrome presenting with acute vomiting and diarrhoea in a rural ED? (4)

Prompting questions:

1. What key history helps differentiate simple gastroenteritis from more serious pathology?
2. What are the important differential diagnoses in this age group and in children with Down syndrome?
3. What initial assessments and investigations are appropriate in a rural setting?

On examination, Luca appears miserable and lethargic. His HR is 120 bpm, RR 25/min, temperature 37.7°C. He has dry mucous membranes, sunken eyes, but preserved capillary refill (<2 sec). His abdomen is soft with no masses. Weight is 11 kg (50th centile for Down syndrome). An oral rehydration challenge is commenced. He drinks 60 mL of oral electrolytes over 2 hours, vomits once, and produces no urine during this period. How do you interpret these findings, and what are your next immediate management steps for Luca in this rural ED? (4) Prompting questions:

1. What features indicate moderate dehydration or failure of oral rehydration?
2. When is IV hydration indicated, and what fluids would you choose?
3. How will you counsel the mother about hydration, monitoring, and expected course?

(4)

Despite initial IV hydration, Luca remains lethargic, is still not passing urine, and requires ongoing fluid replacement. Your rural facility has limited paediatric high-dependency capability. His mother is worried about hospital transfer, particularly because Luca has Down syndrome and can become distressed in unfamiliar environments. What are your next steps regarding escalation, transfer, and ongoing management for a child with persistent dehydration in a rural setting? (2)

Prompting questions:

1. What criteria indicate the need for transfer to a tertiary paediatric centre?
2. What ongoing monitoring and potential complications must be communicated to the mother?
3. How will you provide culturally safe, emotionally supportive care during the transfer process?

(2)

You are reviewing Ehsan, a 12-year-old boy who recently arrived from Afghanistan and is seen with his mother, who speaks very limited English. He was labelled as having asthma 4 weeks ago after presenting with a chronic nocturnal cough, but inhaled salbutamol and beclometasone have not improved his symptoms. His mother is now more concerned about his weight loss, poor appetite, fatigue, and occasional episodes of feeling “hot.” The family lives in a damp overcrowded flat, and his mother has also been coughing recently. How will you assess and manage this child with chronic cough, weight loss, and poor response to asthma therapy in a rural paediatric setting? (4)

Prompting questions:

1. What specific history is important when assessing a refugee child with chronic cough and weight loss?
2. What examination findings would you prioritise and why?
3. What initial investigations are essential in a rural setting for this presentation?

On examination, Ehsan appears markedly thin, with weight on the 2nd centile and height on the 75th centile. His oxygen saturation is normal, but he has bronchial breath sounds in the right upper zone. There is no wheeze, no lymphadenopathy, and the abdominal and cardiovascular examination are normal. His mother continues to cough and expresses fatigue. How do these new findings influence your differential diagnosis, and what immediate steps are required? (4)

Prompting questions:

1. What is your leading diagnosis and what alternative diagnoses must be considered?
2. What infection control or public health steps are required urgently?
3. What treatment and investigations should begin immediately in a rural or remote hospital?

The results return showing a strongly positive IGRA test, abnormal chest X-ray with right upper lobe cavitation, and sputum later returns PCR-positive for Mycobacterium tuberculosis. Ehsan’s mother is now coughing more and appears fatigued. Contact tracing will require coordination through public health, and the family’s living conditions continue to be suboptimal. Tertiary respiratory support is 4 hours away. How will you manage ongoing care, family screening, cultural communication, and the need for specialist involvement when treating active pulmonary TB in a rural setting? (2)

Prompting questions:

1. What follow-up, monitoring and complications must be planned for?
2. How will you coordinate care for the family and community?
3. How will you communicate the diagnosis sensitively considering language barriers and refugee background?

You are seeing Ben, a 2-year-old boy brought to the rapid-access paediatric clinic in a small rural town. His mother reports a 10-day history of fever, persistent bloodshot eyes, sore throat, and a generalised rash. He has been miserable with poor appetite and intermittent cough. A 6-day course of amoxicillin from his GP made no difference. There is no travel history, and no sick contacts. How would you assess and manage a 2-year-old with prolonged fever, mucocutaneous inflammation, and rash in a rural setting? (4)

Prompting questions:

1. What important features of the history help distinguish viral illness from systemic inflammatory disease?
2. What examination findings are clinically significant in prolonged fever?
3. What initial investigations must be performed in a rural paediatric setting?

Examination reveals high fever (39.8°C), bilateral conjunctivitis, erythematous cracked lips, pharyngeal erythema, maculopapular rash, and cervical lymphadenopathy (2 cm). Chest is clear. No other abnormal findings.
Investigations show:

• WCC 26 ↑
• Platelets 430 ↑
• ESR 107 ↑
• CRP 63 ↑
  How do these findings guide your differential diagnosis and immediate treatment decisions? (4)

Prompting questions:

1. What is the most likely diagnosis and what criteria support it?
2. What complications must you urgently consider and screen for?
3. What treatment should be initiated immediately in a rural hospital?

Ben remains febrile despite supportive care, and his irritability worsens. His mother reports swelling of his hands, and he becomes increasingly lethargic. Echocardiography cannot be done locally, and transfer to a tertiary paediatric cardiology service will take several hours. What are your next steps in monitoring, escalation, and transfer planning for a child with suspected Kawasaki disease in a rural setting? (2)

Prompting questions:

1. What signs indicate progression to severe or complicated Kawasaki disease?
2. How will you manage supportive care while awaiting tertiary review or retrieval?
3. How will you communicate the need for urgent transfer to the family?

You are working as the rural GP in the small community hospital at Red Gum Creek, a remote town several hours from the nearest paediatric tertiary service. Zoe, a 3-year-old girl, is brought in by her parents because she has been “off-colour and miserable” for the last 7 weeks. She was previously very active and loved going to nursery, but is now reluctant to get up in the mornings, takes a long time to get dressed, and says she feels “stiff all over”. Her stiffness improves as the day goes on, but returns after periods of sitting, and she now often wants to be carried or use the pram when out. Her parents have noticed intermittent swelling of her left knee and right ankle, and Zoe complains of knee and ankle pain that improves with ibuprofen. She has had no fevers or rash, and no recent injuries.

On examination, Zoe is quiet but looks generally well. Her height is on the 75th centile and weight on the 50th centile. She is afebrile, with no rash, no lymphadenopathy and no organomegaly. Both knees and the right ankle are mildly swollen and warm, with reduced range of movement, particularly in the left knee; the PIP joint of the left index finger is also swollen and stiff. Other joints, including hips, are normal, and cardio-respiratory and abdominal examinations are unremarkable. Initial bloods show: mildly raised ESR and CRP, mild thrombocytosis at the upper end of normal, mildly positive ANA, RF negative, normal FBC and biochemistry. How would you assess and initially manage this 3-year-old girl with several weeks of morning stiffness, joint swelling and raised inflammatory markers in your rural setting? (4)

Prompting questions – Part 1

1. What are the key differential diagnoses for a preschool child with chronic joint pain, stiffness and swelling?
2. What is the most likely diagnosis in Zoe based on the pattern of joint involvement and investigations?
3. What further baseline investigations and assessments are important at this stage in a rural setting?

Over the next 3 weeks, you start Zoe on regular NSAIDs and arrange a telehealth consultation with a paediatric rheumatologist in the regional centre. The specialist agrees the picture is most consistent with oligoarticular JIA and suggests that, given persistent swelling in the left knee and right ankle, Zoe will likely need intra-articular corticosteroid injections and possibly disease-modifying therapy (e.g. methotrexate) if multiple joints remain active. While waiting for her appointment at the regional centre (scheduled in 4 weeks’ time), Zoe’s parents return to see you because she is still very stiff in the mornings and now occasionally wakes at night with joint pain. They also mention that Zoe sometimes rubs her eyes and says they are “sore” or “funny”, though there is no obvious redness and she is afebrile. How will you escalate Zoe’s management now, particularly in relation to disease control and the risk of eye involvement, while you are still in the rural setting awaiting specialist review? (4)

(4)

Prompting questions – Part 2

1. What is the significance of Zoe’s ANA positivity and new eye symptoms in the context of oligoarticular JIA?
2. What are your priorities for improving disease control while awaiting the regional rheumatology appointment?
3. How will you assess and arrange appropriate follow-up for potential uveitis in a remote community?

Zoe is seen at the regional paediatric rheumatology clinic. She receives intra-articular steroid injections to the left knee and right ankle and is started on weekly methotrexate due to ongoing disease activity in multiple joints. Ophthalmology confirms early asymptomatic anterior uveitis, and she is commenced on topical steroid eye drops with close follow-up. After 3 months, her stiffness has improved, she is more active, and joint swelling is reduced, but she still requires regular reviews and monitoring of bloods and eyes. The family lives 4 hours’ drive from the regional centre and struggle with frequent trips. As Zoe’s rural GP, what are your priorities in coordinating long-term care, monitoring for complications, and supporting Zoe and her family living remotely with chronic JIA and uveitis? (2)

(2)

Prompting questions – Part 3

1. What monitoring is required for methotrexate and for chronic JIA/uveitis in the community setting?
2. How will you structure a shared-care plan with rheumatology and ophthalmology, given the travel and access issues?
3. What practical and psychosocial supports can you provide to Zoe and her family in a rural context?

A midwife in the Birthing Unit of the Community Hospital in Broome, WA, calls for an urgent review of a baby born 10 minutes ago. At delivery, the initial assumption of a boy was communicated to the parents, a first-time couple. However, closer inspection reveals that although the baby appears to have a phallus, there is no obvious scrotum, and testes are unpalpable. The baby is otherwise well and term, with a phallus of  1.5  cm and a single perineal opening at the base. There is pigmentation and fusion of the labioscrotal folds, but no palpable gonads and no obvious vagina.

What is the immediate, non-negotiable step to take regarding gender assignment, and what is the working diagnostic term for this finding? (4)

Prompting Questions (Part 1):

1. What is the significance of the fused labioscrotal folds and single perineal opening?
2. What is the single most critical, life-threatening differential diagnosis that must be ruled out immediately in this neonate, and how does this affect initial management?
3. Detail the essential initial communication strategy with the parents, focusing on ethics and psychological support.

Initial investigations show normal electrolytes (Na  138  mmol/L,  K  4.5  mmol/L). However, a stat blood sample sent for 17-hydroxyprogesterone (17-OHP) returns a result that is significantly elevated (> 100  nmol/L). You have now started the process for urgent retrieval to the tertiary centre. The baby's mother reveals that a second cousin died in infancy from an unknown 'salt problem' decades ago, which she now fears is linked. (4)

What is the confirmed diagnosis, and how does the maternal history of a "salt problem" change your ongoing management in the Broome ED?

Prompting Questions (Part 2):

1. What is the confirmed diagnosis based on the external genitalia, lack of palpable gonads, and the elevated 17-OHP?
2. Detail the immediate pharmacological management required for this confirmed diagnosis, regardless of the current electrolyte status.
3. How does the suspected family history affect your counselling regarding long-term compliance and screening?

Freddie is stable on IV Hydrocortisone and supportive measures. The Retrieval Team has arrived and is ready for transfer to the tertiary PICU/Endocrine Unit in Perth.

What essential information must be communicated for transfer, and what is the crucial ethical decision that must be coordinated by the tertiary centre for long-term management? (2)

Prompting Questions (Part 3):

1. What are the key communication points regarding the medical and ethical status that must be transferred to the tertiary team?
2. What is the process for the crucial long-term decision regarding gender of rearing, and who must be involved?
3. What are the essential components of the primary care follow-up required upon return to the remote community?

Question 1

A 9-year-old girl is brought by her teacher and mother to your GP clinic in a small rural town in central New South Wales. The teacher is concerned the child is falling behind in reading and maths, has trouble remembering instructions, and avoids participating in class reading. At home, her mother notes she struggles with homework, becomes frustrated, and takes significantly longer to complete school tasks than her siblings did at the same age. The family lives 90km from the nearest regional hospital and has limited access to specialist educational support. How would you approach the assessment and management of a child presenting with concerns about a specific learning disability in a rural setting? (4)

1. What history and examination findings would help you distinguish between a specific learning disability and other causes of poor school performance?
2. What assessments or support services can you initiate locally, and how would you communicate your concerns to the family and school?
3. How would you advise the family regarding monitoring, home strategies, and when further intervention may be required?

Question 2

Over the next two months, the child is re-presented to your community hospital by her mother with increasing distress about school. The teacher notes she now becomes anxious before class, is often withdrawn, and refuses to participate in group reading. At home, she is reluctant to attend school, has poor appetite, and has developed occasional stomach aches on school days. The family recently experienced a move due to job loss, and cannot afford private assessments. On review, you note ongoing academic struggles, low self-esteem, and minor speech difficulties. How does this evolving clinical picture and complex social context affect your assessment and management? (4)

1. What further assessments would you prioritise now to clarify the type and extent of the learning disability, associated psychosocial concerns, and comorbidities?
2. How would you facilitate access to formal educational/learning assessments and additional supports given the family's rural location and financial constraints?
3. What multidisciplinary approaches and community resources might you coordinate to support the child’s academic and emotional wellbeing in this context?

Question 3

After a visiting educational psychologist confirms a diagnosis of specific learning disorder (dyslexia), the school initiates a tailored learning plan. The girl's engagement improves slightly, but progress is slow and her mother worries about long-term academic outcomes, peer relationships, and access to ongoing specialist support given ongoing family stress and distance from services. What are your recommendations for long-term management, monitoring for complications, follow-up, and indications for referral or escalation to a tertiary centre for a child with specific learning disability in rural Australia? (2)

1. How would you structure ongoing family and school support, educational interventions, and regular monitoring to optimise learning outcomes and psychosocial health in a remote setting?
2. What long-term academic, emotional, and social complications should you alert the family and educators to, and what strategies do you recommend for early intervention?
3. Under what circumstances would you escalate care, including referral to paediatric neuropsychology or specialist multidisciplinary teams, for complex or persistent learning difficulties in this context?

You are working in a GP clinic attached to a small community hospital in the remote town of Ironbark Downs. Janis, a 12-year-old girl, is brought in by her mother with a 4-month history of intermittent left hip pain and limp. The pain is worse with running and school sport, and she has stopped participating in PE. Ibuprofen gives partial relief. There is no clear history of trauma and she is otherwise well, with a previous tonsillectomy at age 5. On examination she is overweight, has an obvious antalgic limp, and the left hip is held in flexion with restriction of internal rotation, abduction and flexion; knee, foot, spine, abdomen and neurology are normal. An AP pelvis X-ray done via the local radiology service is reported as normal. How will you assess and initially manage this obese, short 12-year-old girl with chronic unilateral hip pain, limp and a “normal” AP pelvic X-ray in a rural setting? (4)

Prompting questions – Part 1

1. What are the key differential diagnoses for chronic hip pain and limp in this age group?
2. What is the most likely diagnosis in Janis, given her age, body habitus and examination findings?
3. What further imaging or investigations are indicated despite a normal AP pelvic X-ray?

You arrange frog-leg lateral X-rays of both hips at Ironbark Downs the next morning. The radiology report describes a subtle posterior-inferior displacement of the left femoral head relative to the neck, consistent with a stable slipped capital femoral epiphysis. The right hip appears normal. Janis continues to limp and reports increasing pain with minimal walking. The nearest paediatric orthopaedic service is 5 hours away by road and the retrieval service can arrange transport later today.
How will you manage Janis acutely in your rural hospital, and what are your priorities in coordinating safe transfer for definitive orthopaedic management? (4)

Prompting questions – Part 2

1. How does the classification of SCFE (stable vs unstable; acute vs chronic) affect urgency and management?
2. What are your immediate pre-transfer management steps in the rural setting?
3. What information do you need to communicate to the tertiary orthopaedic team and retrieval service?

Janis undergoes in-situ screw fixation of her left hip at the tertiary centre, with good initial positioning. Given her obesity and growth pattern, the orthopaedic and endocrine teams recommend screening for endocrine/endocrinological causes and monitoring of the right hip for possible contralateral slip. After initial recovery, Janis returns to Ironbark Downs with instructions for protected weight bearing, physiotherapy and regular follow-up via telehealth. What are your priorities as her rural GP in long-term follow-up, prevention of complications, and coordination of care for Janis and her family? (2)

Prompting questions – Part 3

1. What complications should you monitor for after SCFE fixation in a growing child?
2. How will you integrate endocrine, orthopaedic, physio and school supports in a rural setting?
3. How will you address lifestyle, weight management and psychosocial aspects sensitively?

You are the only GP in a wheatbelt town in southern Western Australia. A 4-year-old girl, Tessa, is brought to your small community hospital by her mother. Her mother noticed a firm, painless swelling on the left side of Tessa’s abdomen while bathing her. Tessa has been otherwise well with no fever or pain and is eating normally. The family lives 90km from town with limited access to transport and specialist services. How would you approach the initial assessment and management of a child presenting with a suspected genitourinary tumour in a small rural or remote Australian setting? (4)

1. What elements in Tessa’s history and examination would help you differentiate genitourinary tumours (e.g., Wilms’ tumour, rhabdomyosarcoma) from other abdominal masses in children?
2. How do you adapt your assessment, initial investigations (e.g., urine tests, basic bloods), and management, considering limitations in imaging and delayed access to paediatric oncology?
3. What education and immediate advice would you give to Tessa’s family regarding red flags, the potential seriousness of the condition, and monitoring while arranging specialist input?

Question 2: Complicating Clinical Course or Social Factors (4)

Three days later, Tessa is brought back by her aunt, appearing pale, tired, and complaining of new intermittent hematuria and mild left-sided pain. On examination, her blood pressure is elevated for age, she has mild ankle swelling, and now intermittent low-grade fever. The family reports that Tessa’s mother has been unable to arrange transport for a hospital in the city due to heavy rain.

1. What further history, examination findings, and investigations (e.g., full blood count, renal function tests, imaging if available) would you prioritise to clarify the type of tumour, assess for complications, and monitor for metastasis or paraneoplastic effects?
2. How would you escalate management locally—considering hospital admission, blood pressure control, fluid management, and urgent liaison with paediatric oncology or retrieval services?
3. How would you support the family to address their social isolation, travel barriers, and anxiety, and ensure effective communication and timely care?

Question 3: Next Steps—Management, Complications, and Tertiary Transfer (2)

Despite supportive care, Tessa now has worsening haematuria, marked pallor, increasing blood pressure, and is listless with a new abdominal distension. Laboratory results show anaemia and declining renal function. Transfer to a tertiary paediatric oncology centre is arranged but delayed by regional flooding.

1. What are your immediate management priorities for stabilising Tessa (e.g., monitoring for tumour rupture, hypertension crises, acute renal failure) while awaiting retrieval?
2. What multidisciplinary and follow-up supports (paediatrics, oncology, nephrology, nursing, social work) would you arrange for Tessa and her family post-acute intervention in a rural context?
3. What complications (recurrence, chronic kidney disease, hypertension, chemotherapy side effects, psychosocial impact) require ongoing monitoring, and how would you educate and support the family regarding long-term follow-up and signs of relapse?

Question 1

A 6-year-old boy is brought to your community hospital in a small Northern Territory town by his mother. She reports that over the last two days, he has developed multiple small purple spots and bruises on his legs and arms, without any significant trauma. He has also had a mild sore throat last week but is otherwise well, active, and afebrile. There is no family history of bleeding disorders. How would you approach assessment and management of a child presenting with purpura in your rural setting? (4)

1. What additional history and examination findings would you seek to clarify the underlying cause and severity of the purpura?
2. What are your differential diagnoses for acute purpura in this age group, and how would you distinguish between them clinically?
3. What immediate management, safety-netting, and family education would you provide at this presentation?

Question 2

Forty-eight hours later, the boy re-presents to the rural GP clinic with worsening bruising, some new red spots on his trunk, and mild swelling at both ankles. His mother reports he has complained of abdominal pain, and this morning passed stool with streaks of blood. On examination, you note palpable purpura over the lower limbs and buttocks, mild ankle oedema, and diffuse abdominal tenderness without guarding. Access to urgent paediatric advice is limited by distance, and the family has difficulty returning for frequent reviews. How does this clinical progression alter your ongoing assessment and management? (4)

1. What complications are you most concerned about with these new signs and symptoms, and how would you assess severity?
2. What further investigations would you arrange urgently to clarify diagnosis, assess for organ involvement, and monitor stability?
3. How would you escalate or modify your management plan for this patient, considering the evolving symptoms and rural context?

Question 3

After supportive treatment and ongoing monitoring, the boy’s purpura partially resolves, but he develops new onset hypertension and continues to have mild proteinuria on urine testing. The family remains anxious about recurrence, kidney complications, and long-term follow-up, as they live over 100km from the nearest paediatric hospital. What are your recommendations for ongoing management, follow-up, prevention of complications, and indications for specialist referral or transfer for a child with purpura in a remote Australian setting? (2)

1. How would you arrange and structure long-term follow-up, monitoring, and education for the family in this context?
2. What are the key complications you must monitor for, and how would you prepare the family to recognise and respond to them at home?
3. Under what circumstances would you refer to a paediatric haematologist, nephrologist, or arrange transfer to a tertiary centre for this child?

You are the only GP in a remote town in northern Queensland. A 10-day-old infant, Joshua, is brought to your local community hospital by his mother. She reports that Joshua appears increasingly yellow since leaving the birthing unit three days ago. He is otherwise feeding regularly and appears alert. The family lives 120km from the nearest tertiary hospital, and access to medical services involves long travel on unsealed roads. How would you approach the assessment and initial management of a paediatric patient presenting with jaundice in a small rural or remote Australian setting? (4)

1. What features in Joshua’s history, examination, and family/social context would help you distinguish between physiological and pathological causes of jaundice?
2. How would you structure your diagnostic approach and initial management, taking into account the limited resources often present in a rural environment?
3. What advice and early education would you provide to Joshua’s family about monitoring jaundice, feeding strategies, and when to return for urgent medical review?

Question 2: Worsening Condition and New Complications or Social Concerns (4)

Three days later, Joshua returns with worsening jaundice, more pronounced lethargy, reduced feeding, and new pale stools. His mother expresses concern that Joshua now seems sleepy, not waking for feeds, and has a low temperature. The family struggled to return due to flooded roads and lack of phone reception.

1. What further history, physical findings, and investigations would you prioritise to clarify the severity of jaundice, assess for complications (e.g., dehydration, sepsis, cholestasis), and identify underlying causes?
2. How would your management escalate at this stage—considering phototherapy, hospital admission, early communication with specialist teams, and supportive care in a rural setting?
3. What practical measures would you put in place to address the family’s isolation and ensure timely monitoring and review, given the transport and communication barriers?

Question 3: Next Steps—Complications, Ongoing Management, and Tertiary Transfer (2)

Despite supportive measures, Joshua’s bilirubin continues to rise; he is drowsy, hypotonic, and now has dark urine and persistent acholic stools. Retrieval to a tertiary neonatology/liver centre is planned but delayed by severe weather. The mother is anxious about neurological and long-term effects.

1. What are your immediate priorities for stabilising Joshua and monitoring for acute complications (kernicterus, dehydration, coagulopathy) while awaiting transfer?
2. What multidisciplinary supports (paediatrics, hepatology, nursing, social work) and post-discharge arrangements would you recommend for Joshua and his family after acute care?
3. What complications and long-term outcomes (neurological, nutritional, growth, developmental) must you monitor for, and how do you support and educate the family regarding ongoing care and recurrence prevention?

You are a GP in a small town in rural Western Australia. A 9-year-old boy, Sam, is brought to your community hospital by his grandmother. Sam has a 10-day history of nasal congestion, facial pain, purulent nasal discharge, and low-grade fever. He has been missing school, is more irritable than usual, and finds it hard to sleep at night. The nearest paediatric hospital is five hours away by road. How would you approach the assessment and initial management of a child with suspected sinusitis in a small rural or remote Australian setting? (4)

1. What key aspects of history and examination would help distinguish between viral and bacterial sinusitis in Sam?
2. How would you tailor your approach considering the rural context, including limited access to diagnostics and pediatric services?
3. What non-pharmacological and initial pharmacological treatments would you discuss with the family, and what advice would you give about symptom monitoring and red flags?

Question 2: Escalation—Complicated Presentation or Re-Presentation (4)

Sam returns to your community hospital four days later. He has persistent fever, increased facial tenderness and swelling around his left eye, and now reports double vision and headache. His grandmother mentions he has become increasingly lethargic. They live on a remote property, and access to transport is limited.

1. What additional history, examinations, and investigations would you now perform to assess for complications of sinusitis?
2. What immediate management steps would you initiate, including choice and route of antibiotics and involvement of other services (e.g., telehealth, retrieval planning)?
3. How would you address the family’s social situation in your management plan, regarding safety netting and access to emergency care?

Question 3: Ongoing Management, Complications and Transfer (2)

Sam develops proptosis, reduced visual acuity, altered mental state, and neck stiffness. You have commenced IV antibiotics, and orbital and intracranial complications are suspected. What are your next steps regarding further management, including follow-up care, monitoring, definitive treatment, and criteria for urgent transfer to a tertiary hospital? (2)

1. What are the indications for urgent transfer or retrieval for children with severe or complicated sinusitis in rural Australia?
2. What follow-up arrangements and ongoing monitoring would you put in place after acute management, and which complications require multidisciplinary or specialist involvement?
3. What education and support would you provide to Sam and his grandmother about the risk of recurrence and long-term outcomes after complicated sinusitis?

Steven, a 4-year-old boy, is seen in the Paediatric Day Unit at the Community Hospital in Longreach, QLD, with a 2-week history of polydipsia (excessive thirst) and polyuria (frequent urination). He has also had new-onset secondary enuresis (bedwetting) after a period of being dry at night. His mother has noted some weight loss and a general decrease in cheerfulness and energy, which she initially attributed to school tiredness. His maternal family history includes hypothyroidism. Initial investigations confirm a significantly elevated Glucose of  22.4  mmol/L and positive glucose and ketones on urinalysis. What is the definitive diagnosis, and how would you classify his immediate clinical state based on the initial blood results? (4)

Prompting Questions (Part 1):

1. What specific criteria from the history and investigation establish the definitive diagnosis?
2. Detail the classification of Steven's metabolic state (based on the pH and Bicarbonate) and why this is a critical distinction.
3. What further immediate investigations are required to manage his acute condition?

Steven is stable, alert, and not dehydrated. Based on the ABG and clinical status, he is classified as Non-DKA, Hyperglycaemia, but requires immediate management. You initiate IV fluid resuscitation with 0.9% Sodium Chloride at a rate to replace deficits over 48  hours. He is transferred to the small hospital ED for closer monitoring. Three hours later, a repeat VBGA shows his pH has dropped to 7.28 and his Bicarbonate is 14  mmol/L. His mother expresses strong anxiety about starting insulin because of a family friend's negative experience. (4)

What critical change in management must be implemented now, and how do you address the family's reluctance regarding insulin therapy?

Prompting Questions (Part 2):

1. What does the change in the VBGA (pH and HCO_3) signify, and how does this change the management protocol?
2. Detail the initial insulin regimen required for his now-classified metabolic state, including the required monitoring.
3. What key communication strategies should be employed to reassure the mother and gain consent for insulin?

Steven is now stable and responding to the IV insulin and fluids, though he remains in DKA. Given the 4 -hour transfer time to the nearest tertiary hospital, the local team is continuing the DKA protocol under Telehealth guidance.

What are the critical handover points and the essential components of the long-term management plan that must be established before he returns to the remote community? (2)

Prompting Questions (Part 3):

1. What are the two most critical complications during inter-hospital transfer for a paediatric DKA patient, and what is the primary mitigation strategy for each?
2. What is the essential post-DKA education and discharge planning required for the family before they return home?
3. What specific long-term primary care follow-up (in the rural setting) is required for Steven and his family?

You are working in a rural community hospital outpatient clinic when Anthony, a 15-year-old boy, presents with an 18-month history of breast enlargement. He reports occasional breast tenderness but no galactorrhoea. He has recently stopped participating in school sports due to embarrassment about undressing in front of peers. His mother is concerned due to a family history of breast cancer (aunt and grandmother). He receives extra learning support at school but otherwise has no past medical history and takes no medications. How would you assess and manage a 15-year-old boy presenting with gynaecomastia in your rural paediatric clinic? (4)

Prompting questions:

1. What further history is important to assess pathological vs physiological gynaecomastia?
2. What differential diagnoses must be considered in adolescent male breast enlargement?
3. What initial assessments and investigations are appropriate in a rural setting?

On examination, Anthony has moderate, symmetrical gynaecomastia. Pubertal staging shows pubic hair Tanner stage 4 and genital Tanner stage 3. Testicular volume is 15 mL bilaterally. His height is at the 50th centile and weight is between the 91st–98th centiles. There are no abdominal masses, no signs of endocrinopathy, and no other abnormalities. Laboratory investigations reveal normal LH, FSH, testosterone, and oestradiol. How do you interpret these findings, and what further evaluation and management are appropriate for this adolescent with persistent gynaecomastia? (4)

Prompting questions:

1. Which features make physiological pubertal gynaecomastia the most likely diagnosis?
2. What psychosocial, medical, or red-flag features would prompt further investigation or referral?
3. How will you discuss these findings sensitively with Anthony, considering his embarrassment and family cancer history?

(4)

Despite reassurance and normal investigations, Anthony remains distressed and refuses to return to school sports or swimming. His mother worries about breast cancer risk due to strong family history. Anthony reports increasing self-consciousness and avoidance of social situations such as beach trips and school camps. What are your next steps in long-term management, psychosocial support, and referral for Anthony in this rural setting? (2)

Prompting questions:

1. What follow-up and referral pathways are appropriate for persistent gynaecomastia impacting psychosocial wellbeing?
2. What lifestyle, medical, or surgical management options should be discussed?
3. How will you support Anthony’s mental health, body image, school participation, and cultural needs?

(2)

A 14-year-old African ethnicity girl with known HbSS Sickle Cell Disease, presents to the Community Hospital complaining of severe, worsening pain in her chest and back that started this morning. She is finding it difficult to take a deep breath, and the pain is worse on inspiration, despite taking multiple analgesics. She has been admitted three times in the last month with painful crises. On examination, her vital signs are concerning: Temperature 38.8^circC, Heart Rate 120 beats/min, Respiratory Rate 40 breaths/min, and Oxygen Saturation 91% in air. She has bronchial breath sounds at both lung bases. What is the most likely and critical diagnosis for her acute presentation, and what are your immediate management priorities? (4)

• Prompting Question 1: Given the history of sickle cell disease, acute chest pain, fever, tachypnoea, and hypoxia, what is the life-threatening diagnosis supported by the chest X-ray findings (implied consolidation/infiltrates)?
• Prompting Question 2: Outline the urgent, simultaneous management steps to address her pain and hypoxia.
• Prompting Question 3: What initial investigations are essential in the first hour to assess the severity of the crisis and rule out concurrent infection?

Despite aggressive IV opioid analgesia and supplemental oxygen, her SpO_2 remains 92%, her RR is 35/min, and her chest pain is only partially controlled. Her haemoglobin is 7.7 g/dL. You contact the tertiary hospital's Haematologist, who advises urgent preparation for a blood exchange transfusion. She is extremely anxious about the thought of a transfusion and transfer, and her aunt is difficult to reach as she works several hundred kilometres away on a remote station (RRG). (4)

What is the rationale for the urgent exchange transfusion, and how will you manage the acute emotional distress and logistical barriers to care?

• Prompting Question 1: Explain the physiological benefit of a red cell exchange transfusion in severe ACS.
• Prompting Question 2: Outline the immediate communication and preparation required for the urgent exchange transfusion procedure and rapid retrieval.
• Prompting Question 3: Describe your approach to managing her acute anxiety regarding the transfusion and transfer, employing the principles of patient-centred communication.

She is safely transferred to the tertiary hospital where an exchange transfusion is performed, leading to a rapid improvement in her pain and SpO_2. She is discharged 7 days later with advice for ongoing preventative care. Given her three admissions for crisis in the last month, the tertiary team flags her for follow-up regarding chronic disease management. (2)

What are the key components of her long-term preventative care for her sickle cell disease, and what is the role of the remote GP in coordinating this?

• Prompting Question 1: What is the most important prophylactic medication required for her to reduce the frequency and severity of her crises, and what is its mechanism?
• Prompting Question 2: What ongoing screenings must be coordinated by the remote GP to detect silent complications of SCD?
• Prompting Question 3: What psychosocial and educational support is essential to improve her long-term self-management and school attendance in the remote community?

You are working in a rural paediatric rapid-referral clinic when Freddie, a 3-year-old boy, is brought in with a 2-day history of puffy eyes. His GP commenced antihistamines, but these have not improved his symptoms. He has been otherwise well, with no fever, rash, or respiratory symptoms apart from his usual asthma. There is no vomiting, diarrhoea, or recent infection. His past medical history includes asthma treated with inhaled budesonide and salbutamol. How would you assess a 3-year-old presenting with acute periorbital swelling in a rural paediatric setting? (4)

Prompting questions:

1. What key history helps differentiate allergic causes from renal or systemic causes?
2. What examination findings are you specifically looking for?
3. What initial investigations are most important in this situation?

On examination Freddie appears well, afebrile, and alert. He has generalised oedema including puffy eyes, pitting pedal oedema, and scrotal oedema. His abdomen is soft with no tenderness or organomegaly. Blood pressure is 103/70 mmHg, pulse 112 bpm, and CRT 2 seconds.
His urine dipstick shows:
Protein 4+, blood 1+, leucocytes nil, nitrites nil.
Bloods show albumin 19 g/L, normal renal function, normal electrolytes.
How do these findings refine your differential diagnosis, and what immediate management steps are required in your rural setting? (4)

Prompting questions:

1. What is the most likely diagnosis and what key differentials must still be considered?
2. What complications of nephrotic syndrome must be recognised early?
3. What are the essential components of initial management in a rural hospital?

Over the next few hours Freddie remains stable but continues to look puffy. His parents are anxious and ask whether he will need to go to a larger hospital. You know that management of nephrotic syndrome can be complex, and the nearest tertiary paediatric nephrology service is several hours away. What are your next steps regarding escalation, monitoring, treatment planning, and possible transfer to a tertiary centre? (2)

Prompting questions:

1. When should a child with suspected nephrotic syndrome be urgently transferred?
2. What monitoring and supportive care should be continued while awaiting specialist input?
3. How will you communicate clearly and in a culturally safe manner with Freddie’s family?

Leroy, a 2.5-year-old boy, is brought to the Community Hospital in the remote town of "Pilbara Peak" by ambulance after suddenly collapsing in a playground. He immediately lost movement in his right arm and leg and was unable to speak. His speech has partially returned but is still abnormal, and he is not moving his right side. He is drowsy but recognises his parents. He has no significant past history aside from a childhood orchidopexy. On examination, he is stable hemodynamically but shows clear right-sided weakness (hemiparesis), increased tone and brisk reflexes on the right, and an extensor plantar response on the right. He also appears to have a right visual field defect (ignoring a toy on the right). What is the most likely diagnosis for Leroy's sudden neurological deficit, and what are the immediate, time-critical management and investigation steps? (4)

• Prompting Question 1: What definitive neurological event is suggested by the acute, focal onset of hemiparesis, dysphasia, and visual field defect, and what is the most common cause in a child of this age?
• Prompting Question 2: Outline the immediate stabilisation steps, including the management of his blood pressure (80/54 mmHg), and respiratory assessment.
• Prompting Question 3: What is the most critical and urgent diagnostic investigation required in the community hospital before initiating any specific therapy?

The non-contrast CT head, performed at the Community Hospital, shows no evidence of haemorrhage or large mass effect. A clear area of hypodensity is seen in the left basal ganglia and MCA distribution, confirming an acute ischemic stroke. Leroy's speech is improving slowly, but the right-sided hemiparesis remains profound. The tertiary stroke centre advises immediate transfer but requests a CXR and a full septic screen (including LP) to rule out infective endocarditis or an underlying vasculitis as the cause, which are common stroke triggers in children. (4)

Given the confirmed ischemic stroke, what is the most critical management step required before transfer, and what is the specific risk of performing an LP in this context?

• Prompting Question 1: What is the critical therapeutic intervention, aside from supportive care, that must be implemented before transfer to minimise the risk of recurrence and propagation of the thrombus?
• Prompting Question 2: Given the confirmed stroke and potential cerebral oedema, what immediate neurological monitoring and intervention are necessary to prevent herniation?
• Prompting Question 3: What is the risk of performing a Lumbar Puncture (LP) in a stroke patient, and what finding from the CT or clinical exam would contraindicate it?

Leroy is stable and transferred to the tertiary centre, where an urgent MRI confirms the left MCA stroke. The investigations later confirm post-varicella cerebral arteriopathy as the most likely cause. He undergoes several weeks of rehabilitation. He is discharged back to Pilbara Peak with residual right-sided weakness and a plan for long-term recovery. (2)

What is the essential long-term management and community follow-up plan for Leroy and his family?

• Prompting Question 1: What are the three essential components of long-term medical management and secondary prevention for Leroy's stroke?
• Prompting Question 2: Outline the critical role of the remote GP/community health services in coordinating long-term rehabilitation and developmental support for his right hemiparesis.
• Prompting Question 3: What specific education must be given to the parents regarding future stroke recurrence and long-term prognosis, especially concerning his right visual field defect?

Question 1

A 9-year-old girl is brought by her mother to your GP practice in a small rural town in outback New South Wales. The mother is concerned that her daughter takes a long time to fall asleep most nights, wakes frequently, and is difficult to get ready for school in the mornings. Over the past six months, the girl has struggled with concentration, is often sleepy in class, and has gained weight. The family lives 100km from the nearest regional hospital, with limited access to specialist health services. How would you approach the assessment and management of a child presenting with suspected sleep disorder in your rural setting? (4)

1. What history and examination findings would you use to distinguish between behavioural and physiological causes of poor sleep in this child?
2. What family, social, and environmental factors are relevant to sleep disorders in rural and remote Australia, and how would you explore these?
3. What initial management steps, education, and support would you offer the family while arranging further investigations?

Question 2

Three weeks later, the girl re-presents to your community hospital with her mother, who reports her sleep has not improved and she now snores loudly, has frequent pauses in breathing at night, and wakes unrefreshed. At school, her teacher has noticed her falling asleep and declining academic performance. On examination, you note enlarged tonsils, mild obesity, and dark circles under her eyes. The mother mentions difficulties affording travel for hospital appointments and is worried about future learning and health impacts. How does this new presentation and updated history influence your assessment and ongoing management? (4)

1. What are the likely diagnoses and potential complications associated with worsening sleep-disordered breathing in this context?
2. What additional assessments and investigations would you arrange given the new findings and rural barriers?
3. How would you modify your management plan to ensure safe care, reduce health risks, and support the family given their geographic and social challenges?

Question 3

After a telehealth review by a paediatric sleep physician and a sleep study at a regional centre, the diagnosis of obstructive sleep apnoea is confirmed and referral to ENT is made. The family remains anxious about access to ongoing specialist reviews, risk of recurrence, adherence to management, and the impact on the child’s growth and learning. What are your next steps for long-term management, follow-up, prevention of complications, and when would you escalate care or refer to tertiary services for paediatric sleep disorder in rural Australia? (2)

1. How would you coordinate ongoing follow-up, multidisciplinary care, and support for treatment adherence and school involvement in a remote area?
2. What are the complications you must monitor for (e.g., neurocognitive, behavioural, metabolic), and how would you educate the family and school about recognising and responding to these?
3. Under what clinical or social scenarios would you escalate care, arrange urgent review, or transfer to tertiary paediatric or ENT services for a child with sleep disorder in a rural setting?

Amy, an 8-day-old infant, is referred to the Community Hospital in the remote town of "Silver Gum" by the local midwife because she has developed several blisters (bullae) in the nappy area, and a few on her trunk and arms over the last 24 hours. Amy was born at 38 weeks, is breast-feeding well, and has regained her birth weight. On examination, she looks generally well, is afebrile (36.8^circC), and haemodynamically stable. The skin lesions are described as flaccid, transparent, cloudy, fluid-filled bullae ranging from 2 mm to 15 mm in diameter, with some ruptured lesions leaving shallow, moist erosions. Initial investigations, including CRP, are normal. What is the most likely infective cause of Amy's blistering rash, and what urgent investigation and management must be initiated? (4)

• Prompting Question 1: Given the neonate's age, the rapid onset, and the appearance of flaccid bullae, what is the most critical and potentially life-threatening bacterial diagnosis?
• Prompting Question 2: Outline the urgent diagnostic investigations required in this setting to confirm the specific diagnosis and rule out systemic involvement.
• Prompting Question 3: What is the most likely diagnosis for the pink, soft, glistening lesion within the umbilicus, and how should it be managed?

The Gram stain of the blister fluid shows Gram-positive cocci in clusters. You initiate IV Flucloxacillin. The bacterial culture subsequently confirms Methicillin-Sensitive S. aureus (MSSA). However, over the next 12 hours, Amy becomes slightly more irritable, her feeding intake drops by 30%, and her temperature rises to 37.9^circC. The blistering is slightly worse, with a new area of erythema and tenderness noted around the largest ruptured bulla on her left arm. (4)

Given the signs of systemic deterioration and local spread, what is the most critical escalation step in her antibiotic management and supportive care?

• Prompting Question 1: What does the new-onset irritability, reduced feeding, and low-grade fever suggest in an 8-day-old with confirmed staphylococcal infection?
• Prompting Question 2: What is the critical risk associated with the local spread/erythema around the ruptured bulla, and what is the immediate imaging required?
• Prompting Question 3: How should you adjust Amy's supportive care, specifically focusing on nutrition and hydration, given the reduced feeding?

Amy is stabilised after 24 hours of dual IV antibiotics and IV fluids. The local community hospital confirms that the septic workup (Blood Cultures, repeated CRP) is negative, and the ultrasound of the left arm is clear. She is now afebrile and feeding is improving, but the dermatology review suggests a 7-day course of IV antibiotics is prudent given the initial severity. She is too well for urgent retrieval but needs ongoing IV therapy and paediatric specialist review that is not available locally. (2)

What is the ongoing plan for antibiotic administration and necessary transfer logistics for Amy and her mother?

• Prompting Question 1: What is the safest and most efficient method for completing Amy's IV antibiotic course in a remote setting, considering the goal of discharge?
• Prompting Question 2: Outline the critical communication and logistical planning required for Amy's transfer to a tertiary hospital and her mother’s accommodation.
• Prompting Question 3: What essential home-based and public health follow-up must be arranged by the remote GP/Community Nurse post-discharge?

You are working in the Emergency Department of a small rural hospital when Ferdinand, a 12-year-old boy, is brought in by his parents. He has had abdominal pain today and his parents noticed that the whites of his eyes appear yellow. His records show two previous presentations over the past fortnight with fever, nausea and flu-like symptoms, but no abnormalities were found on examination. He recently travelled to the Philippines five weeks ago and had been otherwise healthy. How would you assess and manage a 12-year-old boy presenting with new jaundice and abdominal pain in a rural emergency setting? (4)

Prompting questions:

1. What are the important elements of the history in a child with jaundice?
2. What key examination findings help differentiate hepatic vs obstructive jaundice?
3. What initial investigations should you perform in a rural facility?

Ferdinand now appears jaundiced and uncomfortable. His vital signs are stable, but his liver is palpable 4 cm below the costal margin and tender on palpation. There are no respiratory or cardiovascular abnormalities. Initial blood tests show: AST 3798 IU/L, bilirubin 89 mmol/L, ALP 1050 IU/L, albumin 35 g/L, with normal FBC. How do these findings refine your differential diagnosis and what immediate management steps are required in this rural setting? (4)

Prompting questions:

1. What is your differential diagnosis for markedly elevated transaminases in a child?
2. What features would make you concerned about acute liver failure?
3. What supportive and disease-specific treatments can be initiated locally?

Over the next few hours, Ferdinand remains jaundiced but becomes increasingly fatigued. His parents report that he seems more irritable. You are awaiting extended liver serology and coagulation studies. You have limited paediatric retrieval resources, and transfer to the nearest tertiary paediatric liver centre requires early planning. What are your next steps regarding escalation, monitoring, investigation, and possible transfer to a tertiary paediatric hepatology unit? (2)

Prompting questions:

1. What signs indicate impending acute liver failure requiring urgent transfer?
2. What investigations should be arranged before transfer?
3. How will you communicate risks and the escalation plan to Ferdinand’s family in a culturally safe and supportive manner?

You are the rural GP visiting the paediatric outpatients clinic at a small community hospital in the remote town of “Red River Junction”. Toby is a 4½-year-old boy brought in by his parents with a 6-week history of “stiff neck”, clumsiness and “dizzy head”. He has become reluctant to walk home from preschool, finds it difficult to look upwards, and has been rubbing his head and crying more frequently. In the last 3 weeks, he has had several vomiting episodes, often clutching his neck in pain, but there has been no fever or diarrhoea. His parents report that he used to run, climb stairs and ride his tricycle confidently but now wants to hold the rail and is “falling a lot”.

On examination, you notice a broad-based, unsteady gait, difficulty with heel-to-toe walking, and marked inaccuracy on finger–nose testing. Passive neck movements are normal, but he is reluctant to look up. You struggle to see the fundus as he screws his eyes shut, but you briefly note blurred disc margins on the right. Tone, power and reflexes are normal in all limbs. How will you approach the assessment and initial management of this 4½-year-old boy with progressive gait disturbance, vomiting and possible visual/neck symptoms in a remote setting? (4)

Prompting questions Part 1:

1. What is the most likely movement disorder described by Toby’s symptoms and signs?
2. What key features in the history and examination suggest involvement of the posterior fossa and raised intracranial pressure?
3. What immediate investigations and safety measures should you initiate in a rural community hospital?

Over the next 12–24 hours of observation at the community hospital, Toby’s parents report that he now wakes at night crying with headache, has morning vomiting, and seems more unsteady. Nursing notes describe two brief episodes where he stumbles while sitting and nearly falls off the bed, and one episode where he briefly stares and appears “vacant” for a few seconds. His blood pressure remains low–normal for age (85/60), heart rate 88 beats/min, and he is afebrile. You are increasingly concerned about raised intracranial pressure (ICP) and a posterior fossa mass lesion. The nearest MRI is 5 hours away by road; CT is available on site but not staffed after hours without on-call radiography support. In this remote setting, how will you prioritise urgent investigations, stabilisation, and retrieval planning for a child with suspected posterior fossa tumour and raised intracranial pressure? (4)

Prompting questions Part 2:

1. What is your working diagnosis and key differential diagnoses for Toby’s presentation?
2. What imaging and other urgent investigations are appropriate, and how will you manage the risks of raised ICP during imaging and transport?
3. What immediate medical measures can you take locally to stabilise Toby while arranging transfer to a tertiary paediatric neurosurgical centre?

Toby is urgently transferred by retrieval team to a tertiary paediatric neurosurgical centre. MRI brain confirms a posterior fossa tumour involving the cerebellum, with obstructive hydrocephalus. He undergoes neurosurgical decompression and CSF diversion, followed by oncology assessment. After initial treatment, the tertiary team plans for him to return to Red River Junction with ongoing rehabilitation, oncology follow-up via outreach telehealth, and close GP involvement. His parents are anxious about long-term effects on coordination, schooling, and living so far from specialist services.
What are your priorities in Toby’s ongoing care, rehabilitation, surveillance for complications, and family support once he returns to your rural community, and how will you coordinate with the tertiary team? (2)

Prompting questions Part 3:

1. What neurological and functional complications must you specifically monitor for in a child post-posterior fossa tumour surgery?
2. How will you structure shared care between rural GP, allied health, school, and tertiary paediatric oncology/neurosurgery services?
3. How will you communicate prognosis and support the family emotionally and culturally in a remote setting?

You are a rural GP in a small community town in outback Queensland. A concerned parent brings their 5-year-old child, Mia, to your community hospital for persistent upper respiratory tract infections (URTIs). Mia has had six colds in the past year, each lasting more than a week. She attends the local preschool and has no significant past medical history. What are your considerations and approach to assessment and management of a child with recurrent viral upper respiratory tract infections in a small rural town in Australia? (4)

1. How would you structure your initial assessment for this child with recurrent URTIs?
2. What factors influence your management in the rural or remote setting?
3. What advice would you give to Mia’s parents regarding home care and when to seek further medical attention?

Question 2: The Case Becomes More Complex (4)

Mia returns to the emergency department three weeks later. She has developed fever, persistent cough, purulent nasal discharge, and mild shortness of breath. Her parents report her appetite has decreased, and she is more tired than usual. There is a history of recent hospitalisation for pneumonia in a cousin, and Mia shares a bedroom with her two siblings. What additional considerations and management steps are necessary given this new presentation? (4)

1. What further history and examination would you perform to clarify the severity and cause of Mia’s illness?
2. What investigations, if any, are now indicated in this situation?
3. How would you address social and environmental factors relevant to Mia’s health?

Question 3: Ongoing Management and Escalation of Care (2)

Mia’s symptoms worsen, with decreased oxygen saturations and signs of respiratory distress. Antibiotic therapy for presumed bacterial superinfection is commenced. What are your next steps in management, including follow-up, monitoring for complications, and criteria for transferring to a tertiary centre? (2)

1. What criteria would prompt urgent retrieval or transfer to a paediatric tertiary hospital?
2. What ongoing follow-up and preventative strategies would you implement for Mia and her family?
3. How would you address possible complications of recurrent URTIs and involve allied health or specialist services?

You are working in a small rural community hospital’s maternity unit when the midwife calls you to assess a 5-hour-old newborn boy. She noticed that he appears blue around the lips and tongue. He was born at 41 weeks following an uncomplicated labour except for thin meconium staining. His Apgar scores were 7 and 8, and antenatal scans were unremarkable. The mother is a healthy 27-year-old with well-controlled asthma. How would you approach the initial assessment of this newborn with central cyanosis in the first hours of life? (4)

Prompting questions:

1. What further history and birth details are important in assessing a cyanotic newborn?
2. What are the key differentials for central cyanosis with minimal respiratory distress?
3. What immediate assessments and bedside investigations would you perform in your rural hospital?

On assessment, the newborn is centrally cyanosed with blue lips and tongue. His respiratory effort is normal, he is crying, and capillary refill is 2 seconds. Oxygen saturations are 70% in air and do not improve with high-flow facial oxygen. Heart sounds are normal with no murmur; femoral pulses are present. His blood gases show severe hypoxaemia with minimal change after oxygen administration.

How will you interpret these findings and what immediate resuscitation and stabilisation steps will you take? (4)

Prompting questions:

1. What features suggest a duct-dependent congenital heart lesion or mixing defect?
2. What emergency interventions are indicated when hypoxaemia does not respond to oxygen?
3. How will you communicate urgency and management plans to the mother in a sensitive, supportive way?

Despite maximal oxygen therapy, the newborn’s saturations remain below 75%, and his blood gas continues to show severe hypoxaemia without hypercapnia. Given the lack of local neonatal cardiology or paediatric intensive care support, stabilisation and transfer to a tertiary centre are required. The mother is tearful and anxious about her newborn being transferred so soon after birth.

What are your next steps in arranging urgent transfer, ongoing stabilisation, and long-term considerations for this newborn? (2)

Prompting questions:

1. How will you safely prepare the newborn for retrieval and communicate the urgency to the mother?
2. What investigations and treatments should accompany the baby during transfer?
3. What follow-up and family-centred supports are appropriate once the newborn reaches tertiary care?

You are working at River Plains Community Paediatric Clinic, a multidisciplinary outreach service in a remote Australian town. Simon, a 7-year-old boy, is brought in by his mother and grandmother for a developmental review after the school requested a formal assessment for learning and behavioural difficulties. His file shows previous referrals to speech pathology and occupational therapy, but numerous missed appointments and eventual loss to follow-up.

His mother reports long-standing speech delay, clumsiness, and poor fine motor skills. He became increasingly aggressive and oppositional after starting school. She thinks he is “a bit slow compared to other kids,” but not significantly impaired. Developmental milestones are uncertain but were clearly delayed (walking ~20 months, first words ~30 months, toilet training 4.5 years).

On examination, Simon is small for age, quiet, answers mostly “yes/no,” and has a long thin face, large ears, and joint hypermobility features. Neurological tone, power, and reflexes are normal, though he appears clumsy. How would you structure your initial developmental and behavioural assessment for this 7-year-old child in a remote community setting? (4)

Prompting Questions — Part 1

1. What key areas of developmental history and functioning must you assess in this consultation?
2. What potential neurodevelopmental or genetic conditions should you consider based on this presentation?
3. How do you begin a holistic assessment that explores family context, attendance issues, schooling, and possible safeguarding concerns?

At Simon’s 2-week follow-up, the school provides written reports describing:

• Increasing learning difficulties, especially reading and comprehension.
• Extreme social withdrawal — rarely speaks, avoids peers.
• Occasional meltdowns and classroom aggression after sensory triggers.
• Difficulty following multi-step instructions.

His mother reports escalating tantrums, poor eye contact, and that Simon “zones out” frequently and becomes distressed by loud noises. Home routines are chaotic, grandmother expresses concern that “Mum can’t manage everything.” Additionally, you obtain a hearing test, indicating mild conductive hearing loss, likely from chronic glue ear. Given these new findings, how will you refine your diagnostic formulation and immediate management plan in this remote community setting? (4)

Prompting Questions — Part 2

1. What do Simon’s behaviours suggest in terms of possible ASD, ID, or combined neurodevelopmental issues?
2. How does chronic hearing loss complicate developmental and behavioural assessments?
3. What priority referrals and supports must you urgently coordinate while addressing family stressors?

Over the next month, Simon’s assessments strongly suggest:

• Moderate Intellectual Disability
• Autism Spectrum Disorder (Level 2 support needs)
• Probable Fragile X Syndrome (DNA pending)
• Persistent conductive hearing loss requiring ENT intervention
• Significant school difficulties and increasing family stress

The local school requests guidance about long-term educational supports and safety planning, and the grandmother asks whether the family is “to blame”. As the rural GP coordinating ongoing care, how will you manage Simon’s long-term developmental, medical, educational and family support needs in a structured, culturally safe, and sustainable way? (2)

Prompting Questions — Part 3

1. What multidisciplinary follow-up does Simon need long-term?
2. How do you support the school to implement appropriate educational adjustments?
3. How do you communicate sensitively with a family experiencing shame, stress, and low understanding of neurodevelopmental conditions?

Max, a 3-month-old boy, is brought to your General Practice clinic in the remote town of Cunnamulla, QLD, by his mother. He developed a runny nose and cough two days ago but has become progressively more chesty over the last 12 hours. His mother reports he has gone off his feeds and is having far fewer wet nappies. Max was born prematurely at 34 weeks' gestation, and while his parents smoke, they do not do so inside the house. What is your initial assessment, differential diagnosis, and immediate management plan in the General Practice setting? (4)

Prompting Questions (Part 1):

1. What is the most likely diagnosis for Max's respiratory distress, and what clinical features increase his risk of severe disease?
2. Detail the immediate investigations and stabilization measures you would undertake in the GP clinic before considering transfer.
3. How would you address the parental smoking history and its relevance to Max's current and future respiratory health?

You determine that Max is too unwell to manage safely in the community, and you arrange for his urgent transfer to the Cunnamulla Hospital Emergency Department (a higher-level facility with more resources). Two hours later, in the ED, his condition has worsened despite oxygen. He is now only taking 10  mL of fluid every two hours, and his SpO_2 is 89% on 4  L/min of oxygen via nasal prongs. He is becoming minimally responsive and more cyanotic. (4)

What immediate critical action do you need to take before the retrieval team arrives?

Prompting Questions (Part 2):

1. What is the significance of the SpO_2 remaining low despite high-flow oxygen, and what is the next step for respiratory support?
2. In light of his poor feeding, what is the priority management task regarding Max's circulation/hydration?
3. What is the primary medication consideration in this deteriorating bronchiolitis patient, and what is the evidence for its use?

The Retrieval Team arrives and agrees that Max requires transfer to a tertiary paediatric intensive care unit (PICU). They initiate HFNC and IV fluids prior to transport. What critical preparation, monitoring, and long-term primary care follow-up are required for Max's successful retrieval and community return? (2)

Prompting Questions (Part 3):

1. What are the essential handover components and equipment checks required immediately prior to Max's departure with the Retrieval Team?
2. What ongoing monitoring and potential complications should the Retrieval Team be advised to anticipate during the flight/road transfer?
3. What is the long-term primary care plan for Max upon discharge to the community, focusing on recurrence and prevention?

You are working as a GP in a small remote town in the Northern Territory. A mother brings her 2-month-old baby, Jack, to your community hospital after noticing a persistent noisy breathing (stridor) since birth. She reports that the noise worsens when Jack is feeding or lying on his back but improves when he is upright and calm. He has had some mild issues with feeding but has been gaining weight adequately. How would you approach the assessment and initial management of an infant with suspected laryngomalacia in this rural or remote setting? (4)

1. What key features in Jack’s history and examination would help you distinguish laryngomalacia from other causes of stridor?
2. Which risk factors and social/environmental issues specific to a rural context should be considered in your assessment and parental education?
3. What advice would you give Jack’s parents about the nature of laryngomalacia, expected course, and red flags for deterioration?

Question 2: Increased Complexity—Worsening Symptoms and Social Concerns (4)

A fortnight later, Jack’s parents return to the GP practice. They are concerned that his noisy breathing is louder and he has increasing effort with feeding. Jack now coughs and chokes frequently when feeding, has trouble finishing bottles, and sometimes seems to tire out or develop mild bluish discoloration around his lips. His weight gain has slowed. The family live on an isolated cattle property with limited support, and are worried about accessing emergency care.

1. What further history, examination findings, and investigations (including possible diagnostic imaging or referral) are now appropriate, given Jack’s worsening symptoms?
2. What are your next steps in management, including supportive care, feeding modification, and monitoring in a rural setting?
3. How would you address the family’s isolation and limited access to specialist care in your ongoing management plan?

Question 3: Escalation, Definitive Management and Follow-Up (2)

Jack’s symptoms continue to deteriorate: he develops retractions, persistent cyanosis with feeds, and marked failure to thrive. You initiate supportive measures, and specialist review confirms severe laryngomalacia. Discuss your next steps regarding management, including surgery, follow-up, prevention of complications, and criteria for transferring to a tertiary centre. (2)

1. When is urgent retrieval or transfer to a tertiary paediatric hospital indicated for infants with suspected severe laryngomalacia?
2. What ongoing follow-up and multidisciplinary supports (e.g., feeding therapist, paediatrician, ENT surgeon) are required for Jack and his family in the rural context?
3. What complications should you monitor for after intervention, and what advice do you give the family about expected recovery and long-term outlook?

Question 1

A mother brings her 3-year-old child to your rural general practice in western New South Wales. The child has a three-day history of high fever, runny nose, cough and conjunctivitis. On examination you note small white spots on the buccal mucosa and a faint red rash on the face, which the mother says started this morning. How would you approach the assessment and management of this child in your rural setting? (4)

1. What are your main differential diagnoses and what features help you differentiate between them?
2. What initial assessments and observations are most important in your evaluation?
3. What infection control measures should you implement immediately in your clinic?

Question 2

The child returns two days later with his mother because the rash has spread to the trunk and limbs. He is still febrile and now appears more lethargic, is not feeding well, and the mother reports he has been coughing relentlessly overnight. You note that the rash is now confluent in places and there are crepitations in his right lung base. How does this change your clinical reasoning and management for this child? (4)

1. What are your priorities in terms of further assessment and monitoring at this stage?
2. Which investigations would you organise, and why?
3. What are the possible complications of measles that you need to consider now?

Question 3

After appropriate acute management, the child is starting to recover but remains unwell, and you are concerned about his ongoing nutrition, and the family’s ability to return for follow-up as they live 60km from the hospital.
What are your next steps in management, including follow-up, prevention of further cases, and indications for referral to a tertiary hospital? (2)

1. How would you arrange follow-up and further support for this family in a remote area?
2. What public health actions are required in relation to suspected or confirmed measles in your setting?
3. What are the indications for urgent transfer to tertiary care in paediatric viral exanthems, such as measles?

You are working in a small community hospital in a remote Australian town when Mohammed, a 3-month-old boy, is brought in by his Somalian parents for assessment of persistent noisy breathing, which they report has been present since early infancy. They describe intermittent episodes that worsen when he is agitated or feeding, but he has continued to gain weight well. Over the last few days, his breathing seems slightly worse, though he remains afebrile and feeds adequately. His older siblings have recently had coughs and colds. What is your initial assessment and approach to this infant with chronic noisy breathing? (4)

Prompting questions:

1. What further history do you need to characterise his noisy breathing?
2. What are your key differentials in a rural paediatric setting for chronic stridor?
3. What initial assessments and monitoring will you undertake in your community hospital?

PART 2 — CONDITION BECOMES MORE COMPLEX (4)

Later in the day, Mohammed re-presents to the ED with increased work of breathing, more pronounced subcostal recession, and worsening intermittent stridor. His oxygen saturation has dropped to 92% on room air, and his parents are now visibly distressed. He remains afebrile but is less settled and feeding poorly. How will you reassess and stabilise this child, and what escalation steps are appropriate in your rural setting? (4)

Prompting questions:

1. What red flags indicate potential deterioration in an infant with stridor?
2. What acute interventions are safe and appropriate in a rural facility?
3. What communication strategies will you use to support the family during deterioration?

PART 3 — FOLLOW-UP, TRANSFER & LONG-TERM MANAGEMENT (2)

Despite supportive care, Mohammed continues to have moderate stridor at rest. You feel he requires further diagnostic evaluation and possible airway endoscopy, which cannot be done locally. The family expresses concerns about travelling and navigating a tertiary hospital system. What are your next steps in ongoing management, referral, and coordination of care for this infant in your rural paediatric context? (2)

Prompting questions:

1. How will you arrange safe transfer and communicate this effectively with the parents?
2. What long-term considerations and follow-up pathways are appropriate?
3. How do cultural and psychosocial factors influence your management planning?

You are working in a small rural GP clinic when Donna, a 12-year-old girl, presents with her mother for ongoing concerns about a persistent cough. This is her fourth visit in three months. Her initial illness included fever, sore throat, malaise, headache and a symmetrical, non-pruritic rash with target-like lesions, which was diagnosed as viral. Although most symptoms have resolved, the cough persists, occurring during the day and occasionally causing vomiting. She is being sent home from school frequently, and her parents have restricted her physical activity. How would you assess and manage Donna’s persistent cough at this visit? (4)

Prompting questions:

1. What key additional history is needed to characterise this chronic cough?
2. What differentials would you consider in a 12-year-old with a spasmodic daytime cough?
3. What initial assessments or investigations would you consider in your rural clinic?

A week later, Donna re-presents because the school has again sent her home due to coughing fits. Her mother is distressed and reports the coughing bouts are now sometimes so intense that Donna vomits after prolonged spasms. She remains afebrile, with normal examination findings and stable weight, but the cough is affecting her schooling, mood, and social interactions. How will you reassess and escalate management given the worsening functional impact of the cough? (4)

Prompting questions:

1. What red flags do you need to revisit or exclude at this stage?
2. What further investigations or trials of therapy are appropriate now?
3. How will you communicate and support the family regarding ongoing diagnostic uncertainty?

Despite reassurance and symptomatic strategies, Donna’s cough persists and is continuing to cause school exclusion and reduced participation in daily activities. While she remains systemically well, you feel specialist input is warranted to confirm the diagnosis and provide management recommendations. What are your next steps regarding follow-up, referral and long-term care planning for Donna? (2)

Prompting questions:

1. How will you coordinate referral to paediatric respiratory or allergy services?
2. What long-term strategies and monitoring are appropriate for chronic cough?
3. What psychosocial and family considerations must be addressed?

You are working in a small rural community hospital when Tom, a 7-week-old infant, is brought to the Emergency Department by his mother. She reports a one-week history of non-bilious vomiting, describing it as “shooting out” after feeds. Despite a strong appetite, he has lost 300 grams in the past week, and she also notes mild constipation. The family recently returned from overseas travel, but no other family members are unwell. His sister has vesicoureteric reflux, but Tom has no previous medical issues. How would you approach the initial assessment of a 7-week-old infant presenting with projectile vomiting in a rural emergency setting? (4)

Prompting questions:

1. What focused history is essential to differentiate causes of vomiting in infants?
2. What differential diagnoses must you consider based on this presentation?
3. What initial assessments and investigations are appropriate in this rural setting?

On examination, Tom is apyrexial but mildly dehydrated. His pulse is 170 bpm, BP 82/43 mmHg, and capillary refill is 2 seconds. There is no abdominal mass felt, no organomegaly, and no tenderness. Blood tests show:

• Hypochloraemic, hypokalaemic metabolic alkalosis (Na 134, K 3.1, Cl 81, HCO₃ 38, pH 7.56, BE +10).
• Urea and creatinine elevated, likely from dehydration.
  Urinalysis is normal.

How do you interpret these findings and what are the next immediate steps in managing Tom in your rural hospital? (4)

Prompting questions:

1. Which features strongly support a diagnosis of pyloric stenosis?
2. What are the priorities in stabilising this infant before imaging or surgical referral?
3. How will you explain the diagnosis and treatment plan to the parents?

(4)

After initial resuscitation and correction of electrolytes, an abdominal ultrasound (performed locally or via visiting sonographer) confirms hypertrophic pyloric stenosis. Tom is clinically improving with IV fluids but still requires definitive surgical management. Your rural hospital does not have paediatric surgery services, and the nearest tertiary centre is several hours away. His parents are anxious about travel and surgical risks. What are your next steps regarding transfer, definitive management, and family support for this infant with pyloric stenosis? (2)

Prompting questions:

1. What are the criteria for safe transfer to a tertiary paediatric surgical centre?
2. What follow-up and postoperative considerations should be communicated to the family?
3. How will you support the family emotionally, logistically, and culturally during transfer from a rural setting?

(2)

You are working as a GP in a small farming community in rural South Australia. A father brings his 8-year-old daughter, Emily, to your community GP practice. Emily has been experiencing persistent nasal congestion, sneezing, and watery rhinorrhoea, especially during the spring months. Her father mentions she finds it difficult to sleep, is tired at school, and sometimes avoids playing outdoors. Several family members have a history of asthma and hay fever.  How would you approach the assessment and initial management of a child with suspected rhinitis in a rural or remote Australian setting? (4)

1. What details in Emily’s history and examination would help you differentiate between allergic and non-allergic rhinitis?
2. How would you tailor your assessment and advice, considering local environmental exposures and the rural context?
3. What initial non-pharmacological and pharmacological treatment and education would you provide to Emily and her family regarding rhinitis management?

Question 2: Increased Complexity—Escalating Symptoms and Social Impact (4)

Two months later, Emily re-presents to your clinic. Her rhinitis is not improving: she now has persistent mouth breathing, frequent cough, daytime sleepiness, and deteriorating school performance. Her father notes she often has itchy, watery eyes and that there are several pets and a large amount of pollen around their property. The family struggles to follow medication routines due to shift work, and transport to specialist services is difficult.

1. What additional history, examination, and investigations would you pursue given Emily’s worsening symptoms and impact on quality of life?
2. What adjustments to her management plan (medications, environmental control, referrals) are needed in light of chronic symptoms and family barriers?
3. How would you engage the family in creating a realistic action plan, considering limitations in rural service access and ongoing education needs?

Question 3: Ongoing Management, Complications and Escalation (2)

Despite escalation of therapy (including intranasal corticosteroids and oral antihistamines), Emily’s symptoms persist. She has developed frequent sinus infections, missed more school, and now has signs of possible asthma (wheezing, nighttime cough). What are your next steps regarding further management, follow-up, risk of complications, and when to consider referral or transfer to tertiary care? (2)

1. What are the criteria and steps for referral to a tertiary allergy or ENT service for children with severe, refractory rhinitis in a rural setting?
2. What ongoing monitoring, follow-up strategies, and multidisciplinary supports (e.g., asthma care, school liaison) would you implement for Emily and her family?
3. What complications should be monitored, and how would you educate and support the family regarding expectations, safety, and long-term outcomes?

You are working in a rural outpatient clinic when Tanya, a 4-year-old girl, is brought in by her mother with a 2-year history of constipation. She opens her bowels roughly once every five days, strains noticeably, and soils her underwear most days. She experiences intermittent abdominal pain that improves after stool passage. Fresh blood has recently appeared on the toilet tissue. Lactulose trialled by her GP has provided little benefit, and her mother reports that Tanya did not pass meconium until 40 hours after birth. How would you assess and manage a young child presenting with chronic constipation and faecal soiling? (4)

Prompting questions:

1. What key history helps differentiate functional constipation from organic causes?
2. What examination findings would concern you?
3. What initial investigations are appropriate in a rural outpatient setting?

On examination, Tanya is well, with weight on the 50th centile and height on the 25th centile. A firm faecal mass is palpable in the left iliac fossa. Her anus appears normal, and rectal examination reveals hard stool. Her spine is normal, there are no neurological deficits, and BP is 101/62 mmHg. Her mother reports Tanya recently had a mild UTI that settled with oral antibiotics. How do these findings refine your differential diagnosis, and what further management steps are required in your rural setting? (4)

Prompting questions:

1. What red flags make you consider Hirschsprung disease or another organic diagnosis?
2. How do you create an effective disimpaction and maintenance plan?
3. How will you support Tanya’s mother to implement behavioural and dietary strategies?

Despite starting treatment, Tanya reattends several weeks later with persistent soiling and minimal response to stool softeners. She is becoming anxious about toileting, and her mother is overwhelmed. Because of her delayed passage of meconium at birth and ongoing refractory symptoms, you are considering whether an organic cause such as Hirschsprung disease or hypothyroidism requires specialist assessment. What are your next steps regarding escalation, follow-up, and possible referral to specialist paediatric services? (2)

Prompting questions:

1. When should refractory constipation in a child prompt referral to a paediatric gastroenterologist or surgeon?
2. What investigations should be arranged before transfer, and which should be avoided in a rural setting?
3. How will you support Tanya and her family during long-term management and follow-up?

You are working in a small rural community hospital when Alfie, a 7-month-old baby, is brought into the emergency department by his parents. They report a one-day history of pallor, and over the past few hours he has become increasingly restless, breathless, and is feeding poorly. He has no cough or wheeze, and has been previously well with no past medical history or medications. His older sister has a mild cold, but no other family members are unwell. How would you assess and manage this 7-month-old presenting with pallor, breathlessness, poor feeding, and acute deterioration? (4)

Prompting questions:

1. What further history is essential when assessing acute pallor and respiratory distress in an infant?
2. What are your key differentials for an unwell infant with tachypnoea but clear lungs?
3. What immediate assessments and bedside investigations are appropriate in your rural hospital?

PART 2 – CONDITION BECOMES MORE COMPLEX (4)

On examination, Alfie is pale and restless, with oxygen saturations of 91% in air. His heart rate is 270 beats/min, blood pressure 84/44 mmHg, respiratory rate 62/min, and peripheral capillary refill time is 4 seconds. His chest is clear, but his liver is enlarged 4 cm below the costal margin. ECG confirms a narrow-complex tachycardia consistent with supraventricular tachycardia (SVT). His blood tests and CRP are normal. How will you stabilise Alfie, treat his SVT, and manage the evolving picture of acute heart failure? (4)

Prompting questions:

1. What red flags indicate haemodynamic compromise in an infant with SVT?
2. What non-pharmacological and pharmacological interventions are appropriate in your rural setting?
3. How will you communicate urgency and the need for immediate treatment to his parents?

PART 3 – FOLLOW-UP, TRANSFER & ONGOING CARE (2)

Although initial treatment leads to transient improvement, Alfie’s tachycardia recurs twice in the next hour, and he remains tachypnoeic with hepatomegaly. Your rural hospital has no paediatric cardiology support on site. His parents are distressed and anxious about why this happened so suddenly. What are your next steps for definitive management, safe transfer, and long-term planning for Alfie? (2)

Prompting questions:

1. How will you arrange urgent retrieval to a tertiary paediatric cardiology centre?
2. What follow-up and investigations will he need after stabilisation?
3. How will you support and educate his family regarding the diagnosis and future care?

Sarah is a 4-year-old girl brought to your rural paediatric day unit with a 2-day history of widespread bruising. She has also had two nosebleeds in the past 24 hours. Her mother reports no major injuries, although Sarah is usually very active and often plays roughly with her younger brother. Both children had a recent viral illness 2 weeks ago. She is otherwise well with no significant medical or family history. How would you assess and initially manage this child with bruising and nosebleeds in a rural setting? (4)

Prompting questions:

1. What key history features are important in assessing a child with bruising or bleeding?
2. What examination findings are essential to distinguish benign from serious causes of bruising?
3. What initial investigations and stabilisation steps should be undertaken in a rural facility?

On examination, Sarah is pale, clinically anaemic, has widespread limb bruising, and mild cervical and inguinal lymphadenopathy. She is afebrile and appears cheerful. There is no hepatosplenomegaly. Her complete blood count shows pancytopenia: Hb 6.2 g/dL, platelets 6 × 10⁹/L, neutrophils 0.2 × 10⁹/L. Coagulation profile is normal and the blood film shows no blasts.
How do you interpret these findings, what are your key differentials, and what immediate management steps are required? (4)

Prompting questions:

1. What life-threatening conditions must you urgently exclude or treat?
2. How do the results differentiate between bone marrow failure, malignancy, infection, or immune causes?
3. What treatment or stabilisation measures can you initiate safely in a rural hospital?

Over the next few hours, Sarah remains stable but continues to have intermittent epistaxis and new petechiae appear. Her mother becomes increasingly anxious, asking whether this could be cancer. You have limited paediatric oncology services locally, and retrieval to a tertiary paediatric hospital will take several hours. How will you manage ongoing care, provide safe stabilisation, support the family, and arrange timely transfer to a specialist centre? (2)

Prompting questions:

1. What complications must you anticipate and monitor (e.g., bleeding, infection, deterioration)?
2. What clinical criteria require urgent transfer in a child with pancytopenia?
3. How will you communicate risk, uncertainty, and next steps with cultural sensitivity and emotional support?

You are working in a rural outpatient paediatric clinic when Nikita, a 12-year-old Asian girl, is referred by her GP for persistently elevated blood pressure. Her BP was initially checked when she presented with an ear infection, but remained high when repeated after recovery. She is otherwise well but experiences intermittent headaches every two weeks, without nausea or vomiting. She began menstruation a year ago, has regular cycles, and has no significant past medical issues aside from grommets at age 4. Her mother has hypertension. How would you assess a 12-year-old presenting with persistently elevated blood pressure in a rural paediatric setting? (4)

Prompting questions:

1. What key history helps differentiate primary from secondary hypertension?
2. What specific examination findings are essential in evaluating hypertension in children?
3. What baseline investigations are appropriate in a rural context?

On examination, Nikita is overweight with a BMI of 30.6 kg/m² (>99.6th centile). Her BP is 146/82 mmHg—above the 95th centile for her age and height. She has pink abdominal striae but no dysmorphism, normal cardiovascular findings, palpable femoral pulses, and no signs of endocrine disease such as hirsutism or moon facies. Neurological and respiratory examinations are normal. Previous GP investigations—including electrolytes, renal function, thyroid function, and urinalysis—were normal. How do these findings refine your differential diagnosis, and what are your next steps in managing suspected hypertension in this adolescent within a rural setting? (4)

Prompting questions:

1. What is the likely diagnosis, and what secondary causes must still be considered?
2. What lifestyle, medical, and psychosocial factors should you address immediately?
3. What additional investigations or referrals are appropriate?

Three months later, despite initial lifestyle advice, Nikita returns with persistently elevated BP readings from home and clinic measurements. She has gained additional weight and reports reduced physical activity due to school stress. You are several hours from the nearest paediatric tertiary service, and the family has limited means to travel frequently. What are your next steps regarding escalation, monitoring, long-term management, and possible referral for a child with persistent hypertension in a rural community? (2)

Prompting questions:

1. When should hypertension in an adolescent prompt urgent or semi-urgent referral?
2. What monitoring and treatment can be safely initiated in a rural setting?
3. How will you discuss sensitive issues such as weight, lifestyle, and family risk in a culturally appropriate manner?

Levi, a 14-year-old boy, presents to the Paediatric Rapid Referral Clinic at the Community Hospital in Kununurra, WA, with a 3-week history of diarrhoea and cramp-like abdominal pain. He has been experiencing intermittent fevers and has lost a significant 3.5 kg in the past three weeks due to a poor appetite. The family recently returned from France, where his father had an episode of self-limiting diarrhoea. Levi's examination shows he is unwell, significantly underweight (2nd centile), stunted (9th centile), and has Tanner Stage 2 pubertal delay. Initial bloods reveal anaemia (Hb 10.9 g/dL), thrombocytosis (623 times 10^9/L), elevated inflammatory markers (ESR 87 mm/h, CRP 36 mg/L), and low Albumin (31 g/L). Stool culture is negative.
What is the most likely unifying diagnosis for Levi's systemic and gastrointestinal symptoms, and what specific findings indicate the severity of his chronic disease? (4)
Prompting Questions (Part 1):
1. What is the significance of the combination of chronic diarrhoea, weight loss/stunting, anaemia, and elevated inflammatory markers?
2. Detail the significance of the microcytic anaemia (low MCV implied by low Hb and low Ferritin) and low Albumin in the context of chronic inflammation.
3. What is the crucial next investigation needed in the Kununurra setting to guide the referral for definitive diagnosis?
The Faecal Calprotectin result returns as 850 mcg/g (markedly elevated). You have initiated the urgent referral for a tertiary Paediatric Gastroenterology assessment. Given the chronic illness, poor growth, and pubertal delay, the family is highly distressed. Levi is now admitted to the community hospital for stabilization prior to transfer. (4)
What immediate, life-sustaining supportive management is required for Levi's nutritional status, and how do you initiate the discussion regarding the potential impact of IBD on his pubertal delay?
Prompting Questions (Part 2):
1. Detail the immediate nutritional management required to stabilize Levi before transfer, given his low Albumin and weight loss.
2. What is the initial pharmacological step required to manage his systemic inflammation while awaiting specialist guidance?
3. How should the GP approach the sensitive topic of pubertal delay and its link to Crohn's disease with Levi and his parents?
Levi is stable and has started EEN via NG tube, achieving clinical stabilization. He is now ready for transfer via the RFDS to the tertiary centre for colonoscopy and definitive IBD treatment initiation.
What is the most critical monitoring parameter required during the long RFDS transfer, and what are the essential components of the long-term multidisciplinary care plan upon his return to Kununurra? (2)
Prompting Questions (Part 3):
1. What are the key communication and monitoring points regarding the NG tube feeding and catabolism that the RFDS team must be aware of?
2. What is the necessary long-term role of the rural GP in monitoring disease activity, growth, and bone health?
3. What psychosocial and school-based support must the GP coordinate for Levi's long-term reintegration and adherence?

You are the GP in a remote town in central Queensland. A 4-year-old boy, Dylan, is brought by his grandmother to your community practice for a pre-school health check. She is worried that Dylan sometimes turns his head to look at things, closes one eye when outside, and sits very close to the television. He has never had an eye test before, attends the local day care, and lives on a cattle property two hours from the nearest optometrist. How would you approach the assessment and initial management of a child with suspected amblyopia in a small rural or remote Australian setting? (4)

1. What aspects of Dylan’s history and examination would help you confirm the diagnosis of amblyopia and differentiate it from other causes of visual impairment in children?
2. How would the rural context, including access to specialist vision services and family education, influence your initial management plan?
3. What advice and immediate interventions would you provide to Dylan’s family about supporting his visual development and arranging further assessment?

Question 2: Escalating Complexity – New Clinical and Social Information (4)

Two months later, Dylan’s grandmother returns. She reports Dylan is struggling even more at kindy, frequently bumping into objects on his left side, and his teacher worries about his learning and social interactions. An optometrist’s letter confirms left-sided decreased visual acuity due to anisometropic amblyopia and possible associated strabismus. The family is anxious about prolonged travel to see a paediatric ophthalmologist and worries about keeping up with recommended treatments.

1. What further history, examination, and investigations (including school liaison, functional vision, refraction) would you now pursue for Dylan?
2. What adjustments to management would you consider in light of the progression—including optical correction (glasses), eye patching, atropine penalisation, and involvement of allied health or school supports?
3. How would you address barriers such as distance to specialist care, treatment adherence, and family support in rural and remote settings?

Question 3: Next Steps—Ongoing Management, Complications, and Escalation (2)

Dylan’s vision fails to improve after several months of patching and glasses. He is becoming frustrated with treatment, is falling behind at school, and his family is worried about bullying and long-term vision loss. Referrals for paediatric ophthalmology and orthoptics at a tertiary centre have long wait times.

1. What are the criteria for urgent referral or transfer to a tertiary paediatric ophthalmology service for persistent or severe amblyopia?
2. What ongoing multidisciplinary follow-up (ophthalmology, optometry, orthoptics, educational support) and monitoring would you organise for Dylan and his family?
3. What possible complications (e.g. irreversible vision loss, social or learning difficulties) must you monitor for, and how would you communicate prevention, prognosis, and support strategies to the family?

Danielle, an 8-year-old girl, is referred to the Children's Outpatients Clinic at the Community Hospital in Winton, QLD, for a 2-year history of recurrent peri-umbilical abdominal pain. The pain is usually an ache, occurs intermittently, and is not related to food or bowel movements. She reports occasional nausea but no vomiting, blood, or mucus in her stool. Despite having a good appetite and a normal Hb and CRP, she has recently missed a lot of school and is falling behind. The pain started after her parents separated and the family moved house and she started junior school. Based on the history and initial normal investigations, what is the most likely diagnosis, and what key features make you confident the cause is non-organic? (4)

Prompting Questions (Part 1):

1. What specific clinical features (location, timing, and associated symptoms) and normal investigation results strongly suggest a Functional Abdominal Pain (FAP) diagnosis?
2. What is the significance of the recent parental separation, house move, and school difficulties?
3. What is the significance of the findings of bitten nails and her weight being on the 9th centile when her height is on the 25th?

You are now highly confident that Danielle has FAP driven by anxiety. Her mother is fixated on the pain being related to puberty and is demanding more specialized tests (e.g., endoscopy) to definitively "rule out everything." School attendance has deteriorated further, and Danielle's mother admits she often gives in to Danielle's pleas to stay home when the pain starts. (4)

How do you communicate the diagnosis of FAP to the mother, and what is the crucial initial therapeutic step needed to break the cycle of school avoidance?

Prompting Questions (Part 2):

1. How do you sensitively communicate the diagnosis of "functional" pain while validating the patient's symptoms as real?
2. What is the immediate, non-pharmacological management plan to address the school absenteeism?
3. What simple, safe, and effective initial pharmacological adjunct may be considered in consultation with the tertiary centre?

Danielle is started on a TCA and the mother reluctantly agrees to the school re-entry plan. Given the significant psychosocial component and the rural location of Winton, a long-term, coordinated approach involving psychological support is vital.

What is the essential composition of the multidisciplinary team needed for Danielle's long-term management, and what are the goals of ongoing primary care screening? (2)

Prompting Questions (Part 3):

1. What is the essential non-pharmacological specialist referral required for definitive long-term treatment of FAP?
2. What are the criteria for considering a re-evaluation for a potential organic cause (i.e., what red flags should the mother be vigilant for)?
3. How does the GP coordinate the long-term mental health support for Danielle in a remote setting like Winton?

Diamond is a 3-year-old boy brought to your rural GP clinic with a 4-day history of an intensely itchy rash. His parents report he is constantly scratching and has difficulty settling at night. He attends a local nursery three times per week, and they live in a damp, overcrowded one-bedroom flat. He is otherwise well, and the family history includes eczema and hay fever. How would you assess and manage this child presenting with an intensely itchy spreading rash in a rural setting? (4)

Prompting questions:

1. What key history features are important when assessing a child with an itchy rash?
2. What specific examination findings will help you differentiate between common paediatric rash conditions?
3. What initial management steps are appropriate in a rural primary care setting?

On examination, Diamond is afebrile and systemically well but is highly pruritic and has linear scratch marks, papules, pustules with crusting, and a few vesicles. The rash involves the fingers, hands, flexor surfaces, axillae, feet, as well as lesions around the umbilicus and face. His itching worsens at night. His 5-year-old brother has recently developed increased scratching. Given these new findings, what is the most likely diagnosis, what complications must you consider, and what treatment plan is required? (4)

Prompting questions:

1. What differentials must be considered now and why?
2. How would you manage the household and environmental contributors?
3. What treatment options and precautions are essential to prevent recurrence?

Over the next week, Diamond improves somewhat but continues to have residual itch, and you learn that the family struggled to apply treatment correctly. The nursery reports several other children with itchy rashes. The family’s housing conditions remain crowded and damp, and the father continues to smoke indoors. How will you manage ongoing care, prevent reinfestation, ensure correct treatment, and decide whether specialist referral is required? (2)

Prompting questions:

1. What complications should you monitor for over time (e.g., infection, eczema flare)?
2. How will you implement public health measures in a rural community with limited resources?
3. How will you support the family to improve adherence, environmental hygiene, and prevention?

Tariq, a 2-year-old boy who recently relocated to Tennant Creek, NT, is brought to the Community Hospital Outpatients Clinic due to bow legs and poor weight gain over the past year. He was breastfed until one year old, but his current diet is dominated by several bottles of cow's milk daily and a poor intake of solids. His mother notes he is less active than his peers. Examination shows he is pale, underweight (2nd centile), has a prominent forehead, marked bow leg deformity, and swollen wrists and ankles. Initial investigations reveal a microcytic anaemia (Hb  9.8  g/dL, MCV  64  fL) with severe ferritin deficiency (4  ng/mL) and a significantly elevated Alkaline Phosphatase (1372  U/L). Calcium and phosphate are currently within the normal range.

What is the most likely unifying diagnosis for Tariq's skeletal and constitutional symptoms, and what specific biochemical abnormality confirms the bone pathology? (4)

Prompting Questions (Part 1):

1. What specific signs on physical examination are classic indicators of the skeletal disease in this age group?
2. What is the significance of the significantly elevated Alkaline Phosphatase in the context of normal calcium and phosphate?
3. What is the necessary immediate treatment for the haematological finding, and how is this linked to the skeletal disease?

Based on the strong clinical and biochemical evidence, you diagnose Tariq with Nutritional Rickets. You note the potential for cultural and social factors (early life in Bangladesh, then moving to the UK/Australia) contributing to low Vitamin D levels. You must now counsel the mother on treatment and coordinate the care. Tariq's mother is concerned that aggressive Vitamin D supplementation will lead to calcification of his arteries (a commonly held belief). (4)

What specific, high-dose treatment is required for active rickets, and how do you counsel the mother to manage her concerns?

Prompting Questions (Part 2):

1. Detail the specific initial treatment regimen for Vitamin D-deficiency rickets, including the required monitoring.
2. What is the essential dietary advice regarding cow's milk and introduction of solids that must be given immediately?
3. How do you leverage the family's migration history to explain the cause and necessity of the Vitamin D treatment?

Tariq begins treatment for both IDA and Rickets in Tennant Creek. Given the significant underlying dietary issues, the rural setting, and the migration history, a comprehensive long-term plan is required, including the assessment of his older family members.

What is the essential composition of the multidisciplinary team needed for Tariq's long-term care, and what is the primary screening requirement for his mother and sibling? (2)

Prompting Questions (Part 3):

1. What specific imaging and specialist follow-up is necessary to track the healing of the skeletal disease?
2. What is the necessary long-term public health advice regarding sun exposure for Tariq and the family, balancing cultural practice and skin cancer risk?
3. How does the GP facilitate the coordination of care between the multiple remote specialists and the family?

You are the only GP in a remote Western Australian Indigenous community. A 6-year-old girl, Aaliyah, is brought to your rural community hospital by her aunt. Aaliyah has been unwell for a few days, with low-grade fever, tiredness, decreased appetite, and a new yellow tint to her eyes. She lives 200km from the nearest regional centre, with limited road access during wet season. How would you approach the assessment and initial management of a child with suspected hepatitis in a small rural or remote Australian setting? (4)

1. What features in Aaliyah’s history and examination would help you distinguish between viral, drug-induced, autoimmune and other causes of hepatitis?
2. How would you adapt your clinical assessment and initial management, given rural limitations (diagnostics, medication, and specialist access)?
3. What information and practical advice would you provide to Aaliyah’s family about monitoring symptoms, infection control, and when to seek further review?

Question 2: Worsening Presentation or Social Complication (4)

Aaliyah re-presents two days later with ongoing vomiting, worsening jaundice, dark urine, pale stools, and new lethargy. Her aunt is concerned that Aaliyah is not eating or drinking, appears confused, and has a mild fever. The family struggled to return because roads are partially flooded and the household has multiple young children.

1. What further detailed history, physical findings, and investigations would you now prioritise to clarify the cause, assess severity (e.g. liver failure), and rule out acute complications?
2. How would you escalate management now—including intravenous fluids, monitoring for complications (hepatic encephalopathy, coagulopathy), infection prevention, and early communication with paediatric or infectious diseases services?
3. How would you address the family’s increased social and travel challenges in safety-netting, support, and interim care planning pending specialist review or transfer?

Question 3: Next Steps—Ongoing Management, Complications, and Escalation to Tertiary Care (2)

Aaliyah’s condition deteriorates with drowsiness, new bruising, and persistent vomiting. She is increasingly confused, has asterixis on examination, and her blood tests show rising INR. Transfer to a tertiary paediatric liver unit is needed, but retrieval is delayed.

1. What are your immediate priorities for stabilisation (airway protection, fluid management, monitoring, nutrition) and for identifying acute liver failure complications while awaiting transfer?
2. What ongoing multidisciplinary follow-up and allied health supports (paediatrics, hepatology, dietetics, mental health, Indigenous health workers) should be organised for Aaliyah and her family after acute management in a rural context?
3. What complications and long-term issues (chronic hepatitis, cirrhosis, developmental, psychosocial impacts) should you monitor for, and how would you educate and empower the family to recognise warning signs, promote adherence, and support recovery?

You are the only GP in a small, remote town in Central Australia with a population of 1,100, mostly Aboriginal and Torres Strait Islander people. Specialist services are many hours away and only visit intermittently. Community housing is overcrowded, water supply is inconsistent, and many children experience eye problems. Mary, a 6-year-old girl, is brought to the GP clinic by her mother, who is concerned about Mary’s ongoing sore, red eyes and discharge for several weeks. Her mother reports several other children in her home and at school have similar eye complaints. Describe your comprehensive approach to assessing and managing possible trachoma in a child in this rural and remote community setting. (4)

1. What specific history would you obtain regarding Mary’s symptoms, exposures, and wider family or community eye health?
2. Which elements of the examination are most relevant, and what findings would you expect with active trachoma?
3. What initial investigations and assessment pathways would you consider in your practice?

Question 2

At review, Mary’s symptoms persist. Examination confirms follicles on the upper tarsal conjunctiva and discharge; she struggles with reading at school. Her mother reports overcrowded housing, limited access to clean water, and that two siblings also have red, discharging eyes. You learn the family did not attend recent community screening, and local trachoma rates remain high. The local health team visits schools only twice a year. (4)

1. How do these new findings and social challenges alter your diagnosis and priorities for management and prevention?
2. What further investigations, case finding, or contact tracing are now indicated for Mary, her family, and community?
3. How would you address housing, hygiene, and broader community risk factors to support trachoma control?

Question 3

Despite azithromycin therapy, Mary and one sibling have evidence of persistent trachoma, and another sibling has developed early corneal changes. Other children in the community continue to be affected, and Mary’s mother is worried about vision loss. There are ongoing barriers to environmental improvements and poor follow-up due to transport and resource issues. No ophthalmology outreach is expected for another 7 months. (2)

1. What are your next steps in Mary’s management and longer-term follow-up in this high-risk, resource-limited context?
2. Discuss the potential complications and sequelae of trachoma in children, and whom you would monitor closely.
3. Under what circumstances would you arrange escalated referral or urgent transfer to tertiary or specialist services, and what factors influence this decision?

*This scenario highlights the persistent burden of trachoma among Aboriginal and Torres Strait Islander children in rural Australia, the role of the SAFE strategy (Surgery, Antibiotics, Facial cleanliness, Environmental improvement), and the importance of holistic, community-based approaches to disease control and blindness prevention in remote settings.

You are the GP in a small remote Kimberley community in Western Australia. A 2-year-old girl, Grace, is brought to your local community hospital by her mother, who noticed a white reflex ("cat's eye reflex") in Grace’s left pupil in recent flash photos and that Grace's left eye sometimes turns inwards. Grace has no significant past medical history, and the family lives 500km from the nearest tertiary hospital. How would you approach the assessment and initial management of a child with suspected retinoblastoma in a small rural or remote Australian setting? (4)

1. What clinical features in Grace’s history and examination would raise suspicion for retinoblastoma and help differentiate it from other causes of leukocoria?
2. How would you structure your initial management and safety-netting, given the rural setting and potential delays in specialist access?
3. What information and urgent advice would you provide to Grace’s family regarding the seriousness of the problem and the importance of early intervention?

Question 2: New Complexity—Worsening Vision, Symptoms, and Social Barriers (4)

A week later, Grace’s mother returns, distressed that the white reflex is more apparent and Grace now bumps into objects on her left side. There is new mild redness and swelling of the left eye. Communication with specialist services has been delayed due to remote location. The family is worried about the cost and logistics of travelling to Perth for further assessment.

1. What further clinical information, examination findings, and investigations would you pursue in Grace’s worsening case?
2. What escalation in management is indicated now, including coordination with paediatric ophthalmology/oncology teams and interim supportive measures?
3. How would you address the social and logistical challenges facing the family, and support them through the diagnostic and referral process given their rural setting?

Question 3: Next Steps—Definitive Management, Complications, and Transfer (2)

Despite advocacy and remote consultation, Grace is found to have reduced vision in her left eye and suspected extraocular extension on imaging. Arrangements for urgent retrieval are being made. Discuss your next steps in guiding her management, ensuring optimal follow-up and support, and preventing further complications. (2)

1. What are the indications and procedures for urgent referral or transfer to a tertiary paediatric oncology and ophthalmology centre for suspected or confirmed retinoblastoma?
2. What multidisciplinary follow-up, ongoing care, and support (genetic counselling, psychosocial support, vision rehabilitation) are necessary for Grace and her family post-diagnosis and treatment?
3. What complications—both oncological (metastasis, recurrence, second malignancy) and developmental (vision loss, psychological impact)—must be monitored for, and how do you communicate these to the family for long-term care planning?

You are the only GP in a remote Queensland community of 1,500 people, where most families identify as Aboriginal or Torres Strait Islander. The local clinic is co-located with a small hospital, and there is limited access to paediatric respiratory specialists. Many children in the community experience recurrent respiratory infections. TJ, a 7-year-old boy, is brought in by his uncle with a persistent wet cough that has lasted more than six weeks. Describe your approach to the assessment and initial management of a child with possible chronic suppurative lung disease in this rural context. (4)

1. What details would you seek in the history to clarify the nature and duration of TJ's symptoms, as well as risk factors and social-environmental context?
2. Which clinical examination features would you emphasize, particularly to assess for signs of lung disease or complications?
3. What initial investigations would you perform or arrange to aid in the diagnosis at your clinic?

Question 2

TJ returns after your assessment. His cough has persisted, and you note clubbing of the fingers and coarse crackles on auscultation. There is ongoing purulent sputum. He has had reduced school attendance due to frequent chest infections. His uncle reports they live in overcrowded housing, with exposure to smoke and little access to clean running water. TJ previously required hospitalisation for “chest infection.” There is no regular access to physiotherapy, and the nearest visiting paediatrician comes every 9 months. (4)

1. How do these additional clinical findings and social circumstances refine your differential diagnosis and management priorities?
2. Which further investigations or specialist referrals would now be appropriate, and what are your goals with these?
3. How would you address the ongoing risks, including environmental and access barriers, for TJ and his family?

Question 3

Despite initial treatment with oral antibiotics and ongoing supportive care, TJ has frequent exacerbations, with ongoing wet cough and poor growth. Sputum cultures have grown Haemophilus influenzae. He has missed multiple follow-ups due to transport difficulties, and his uncle is worried about long-term lung damage and the possibility of needing to travel for hospital care. Outreach respiratory services are not available for another six months. (2)

1. What are your next steps in TJ’s management, including follow-up and strategies to reduce exacerbation risk, in this remote setting?
2. Discuss the possible complications and long-term outcomes for children with CSLD in this context, and what you would monitor for?
3. Under what circumstances would you consider urgent referral or transfer to a tertiary paediatric respiratory service, and what factors would guide this process?

This scenario highlights the high burden and complex management of chronic suppurative lung disease among Aboriginal and Torres Strait Islander children, the need for early diagnosis and coordinated care, and the significant impact of social and environmental determinants in rural and remote Australia.