16.2 Paediatric Respiratory and Neurological Conditions

Quick Answer: In paediatric asthma/CF, align with the medical plan, support airway clearance and exercise when indicated, and escalate acute respiratory distress—never train through resting wheeze and accessory-muscle use. In cerebral palsy, set participation-focused, family-centred goals matched to function (not “normalise tone in two sessions”). Match every home program to developmental readiness, and stop for hypoxia, severe work of breathing, new neuro change, or safeguarding concerns.

Paediatric cardiorespiratory and neurological conditions appear in APC Written Assessment cases as lifespan applications of clinical reasoning: a child with asthma in acute or community settings, a young person with cystic fibrosis (CF) attending for airway clearance and exercise, or a child with cerebral palsy (CP) whose goals involve mobility, posture, and participation. Entry-level physiotherapists are not expected to manage complex tertiary paediatric intensive care independently. They are expected to recognise common patterns, prioritise safety, use family-centred goals, and select interventions that match developmental readiness.

Paediatric Asthma: What Entry-Level Physio Must Know

Asthma is common in Australian children and may co-exist with viral illness, exercise-induced symptoms, allergy, or poor inhaler technique. Physiotherapy roles often include education, breathing pattern support, exercise conditioning, and—in some contexts—adjunct airway strategies when indicated by the medical plan. Core APC-relevant principles:

• Acute severe asthma is a medical emergency. Marked work of breathing, inability to speak full sentences, cyanosis, exhaustion, SpO2 concerns, or altered consciousness require immediate medical escalation—not routine exercise testing.
• Between exacerbations, many children benefit from age-appropriate physical activity, which supports fitness and quality of life when medically optimised.
• Assess triggers, medication plan, spacer/inhaler technique awareness (within scope), and exercise tolerance, and avoid advice that contradicts the written asthma action plan.
• Be alert to exercise-induced bronchospasm: warm-up strategies, appropriate pre-exercise medication plans under medical guidance, and stop rules if wheeze, chest tightness, or distress escalates.
• Distinguish asthma from other causes of paediatric respiratory distress (infection, foreign body, cardiac disease, anaphylaxis). When uncertain and the child is unwell, escalate.

Exam distractors often push “more vigorous aerobic intervals during an acute attack” or “ignore the action plan because physio exercise always fixes wheeze.” The correct posture is safety first, medical plan alignment, and progressive activity when stable.

Cystic Fibrosis Basics for Physiotherapy

CF is a multi-system genetic condition with prominent chronic airway disease, thick secretions, infection risk, and variable impact on nutrition, sinuses, and musculoskeletal health (including posture and urinary continence issues in some people as they age). Modern CF care is highly specialised and increasingly transformed by modulator therapies for eligible genotypes, but physiotherapy remains central for many people across the lifespan.

Entry-level CF physiotherapy themes include:

• Airway clearance techniques matched to age, preference, lung status, and team protocols (for example, active cycle concepts, positive expiratory pressure devices, autogenic drainage principles where trained, infant techniques via carer facilitation). Exact technique selection is protocol- and training-dependent; the exam focuses more on indication reasoning, adherence support, and deterioration recognition than brand-name device trivia.
• Exercise as a dual tool for fitness and airway clearance support, prescribed with attention to infection control, energy levels, and medical stability.
• Infection-control awareness in clinical environments (segregation principles, equipment hygiene, hand hygiene)—critical in CF services.
• Red flags: haemoptysis of concern, severe dyspnoea, fever with deterioration, pneumothorax suspicion, or marked desaturation—stop and escalate.
• Family education for home programs, because daily care burden is substantial and adherence is a shared project.

You will not be asked to invent a full tertiary CF regimen from memory, but you should recognise that routine “general massage only” without airway/exercise strategy is inadequate when secretion retention and deconditioning are the presenting problems, and that acute medical red flags override planned gym sessions.

Cerebral Palsy Overlap: Motor Patterns, Function, and Goals

Cerebral palsy is a group of permanent disorders of movement and posture due to non-progressive disturbances in the developing brain, often accompanied by secondary MSK changes, sensory, cognitive, communication, or behavioural challenges. Motor types (spastic, dyskinetic, ataxic, mixed) and topographical patterns (hemi-, di-, quadriplegia terminology still seen clinically) influence presentation, but functional classification (for example, GMFCS levels in many services) often guides realistic mobility goals better than labels alone.

Physiotherapy priorities across childhood may include:

• Promoting motor learning and practice of meaningful tasks (sit-to-stand, walking practice, transfers, wheelchair skills as appropriate)
• Managing tone-related secondary impairments with positioning, stretching where indicated, strength training, orthoses liaison, and activity—not only passive “tone reduction” as an end in itself
• Preventing or slowing contracture and hip displacement risk through surveillance pathways and timely referral
• Supporting participation: playground, school access, sport classification pathways, and family routines
• Recognising pain, fatigue, and aspiration/respiratory risk in more complex presentations and escalating appropriately

A critical exam mindset: goals should be family-centred and participation-oriented. “Make tone normal” is rarely an appropriate sole goal. Better goals sound like: safe classroom transfers, longer community walking with less falls risk, improved comfort in seating, or independent floor-to-stand for play.

CP care often overlaps respiratory concerns (for example, children with significant motor impairment may have secretion management, posture-related breathing mechanics, or aspiration risk). Integrated thinking—neuro + cardiorespiratory + MSK—is exactly the APC multi-area style.

Family-Centred Goals and Multidisciplinary Reality

Paediatric rehabilitation succeeds when carers are partners, not passive recipients of home exercise sheets. Family-centred practice includes:

• Asking what matters most this month (sleep, school access, pain, sport, toileting independence, carer burden)
• Co-designing programs that fit real time, space, and energy at home
• Providing education that is clear, culturally safe, and free of unnecessary jargon
• Recognising carer mental load and avoiding program over-prescription
• Coordinating with OT, speech pathology, medical specialists, education support, and equipment services

On written cases, the superior option often involves shared decision-making, simple high-value home practice, and clear review criteria, rather than an elaborate unsupervised program that a stressed family cannot implement.

Developmental Readiness for Exercises

Children are not small adults with identical motor learning profiles. Developmental readiness means matching task complexity to age, attention, language comprehension, motor stage, and sensory preferences.

If a child cannot understand or tolerate a complex dual-task balance circuit, the problem may be task selection, not “non-compliance.” Equally, under-challenging an adolescent athlete with mild asthma or mild CP hemiplegia because “they are paediatric” can limit participation—progress within safety.

Safety, Monitoring, and Red Flags Across Paediatric Respiratory–Neuro Cases

Always integrate:

• Vital signs and work of breathing when respiratory disease is relevant
• Neurological change (new weakness, seizure activity of concern, acute encephalopathy signs) as escalation triggers
• Swallowing/aspiration concerns before aggressive oral exercise or certain positions in high-risk children
• Skin integrity and equipment fit in children with limited mobility
• Safeguarding: inconsistent injuries, fearfulness, or carer interaction concerns—follow mandatory reporting frameworks

Stop-session criteria for a child with respiratory disease commonly include severe breathlessness, dizziness, chest pain of concern, SpO2 drop beyond agreed limits, cyanosis, or inability to recover with rest. For neurological sessions, acute behavioural collapse with medical red flags, new focal deficits, or suspected seizure needing medical protocols also stop progression.

Building APC Vignette Answers

When a paediatric respiratory or neuro vignette appears:

1. Stabilise and screen for emergencies (airway/breathing, acute neuro change).
2. Clarify medical context (asthma action plan, CF baseline, recent infections, seizures, orthopaedic plans).
3. Set family-centred functional goals matched to developmental stage.
4. Choose interventions that the child can learn and the family can support.
5. Plan review and escalation pathways; do not over-promise “cure” language for lifelong conditions such as CP.

Closing Exam Anchor

Asthma/CF = medical-plan alignment, airway/exercise roles, stop for deterioration; CP = participation and family goals, not tone perfection; developmental readiness = task fit; always screen respiratory, neuro, and safeguarding red flags.