Recognising deterioration and escalating early

Children can compensate with tachycardia and vasoconstriction before deteriorating quickly. Recognition therefore depends on pattern and trajectory, not waiting for hypotension or collapse. Combine three information streams: what the child looks like, measured physiology interpreted for age, and concern from family or staff who know the child. No score replaces a clinician who sees that the child is worsening.

The paediatric assessment triangle is a rapid, equipment-free first impression. Appearance covers tone, interaction, consolability, gaze, speech or cry and response to the environment. Work of breathing includes abnormal sounds, position, recession and effort. Circulation to skin includes pallor, mottling and cyanosis. An abnormal appearance suggests central nervous system or perfusion compromise; abnormal breathing suggests respiratory distress; combined abnormalities indicate greater physiological instability. It is a triage signal, not a diagnosis.

Airway assessment asks whether it is patent and maintainable. Listen for stridor, stertor, snoring, gurgling or silence; look for drooling, swelling, foreign-body risk, trauma and reduced consciousness. A speaking or crying child has airflow now but can still worsen. Position, open the airway using age-appropriate manoeuvres, suction visible secretions and use adjuncts only with appropriate skill. Call anaesthetic and ENT help early for a threatened airway; repeated upsetting examination may worsen obstruction.

Breathing assessment includes rate, pattern, symmetry, recession, nasal flaring, grunting, head bobbing, accessory muscle use, air entry, added sounds, oxygen saturation and, when needed, carbon dioxide. Tachypnoea and increased effort are early compensation. Exhaustion, irregular breathing, reduced effort, poor air entry or bradypnoea are pre-arrest signs. Oxygen saturation measures oxygenation, not ventilation; a child receiving oxygen can retain carbon dioxide despite a reassuring saturation.

Circulation assessment includes heart rate and rhythm, central and peripheral pulse volume, capillary refill, skin temperature and colour, mental state, blood pressure and urine output. Capillary refill is affected by ambient temperature and technique, so interpret it with the whole picture. Tachycardia may reflect fever, pain or fear but persistent tachycardia with abnormal perfusion is concerning. Hypotension indicates late decompensation. Bradycardia with poor perfusion in an ill child commonly follows hypoxia and requires immediate resuscitation.

Disability assessment uses AVPU or age-appropriate Glasgow Coma Scale, pupils, posture, tone and seizure activity. Check bedside glucose early in altered consciousness, seizure or unexplained deterioration and correct a low result using the local paediatric emergency protocol. Look for opioid or sedative exposure, raised intracranial pressure, infection, trauma and metabolic causes. New agitation can be hypoxia or shock rather than behavioural difficulty.

Exposure completes the survey while protecting dignity and temperature. Examine for rash, bleeding, injury, swelling, abdominal distension, line problems and signs of infection; measure temperature and review fluid balance. Consider safeguarding when the account and findings conflict. In infants, inspect the fontanelle and nappy output as relevant. Prevent heat loss during resuscitation because infants have a high surface-area-to-mass ratio.

National PEWS charts use age-specific observation sets and standardised escalation. Enter observations accurately, include oxygen and level of consciousness, and follow the organisation's linked response pathway. A score is a prompt to act, not permission to delay. Escalate when a single parameter is extreme, observations are incomplete because the child is uncooperative but appears unwell, treatment intensity is rising, a clinician is concerned or the family reports deterioration.

Trend is often the earliest warning. Plot observations rather than copying forward the latest values. Review frequency should increase as risk rises. Ask whether oxygen concentration, respiratory support, fluid requirement, analgesia, seizure treatment or nursing workload has escalated. A stable score achieved only through increasing support is not stable physiology. Repeated transient response followed by relapse also demands higher-level review.

Sepsis is one cause of deterioration, not a label for every abnormal observation. In a child with suspected infection, use age-specific NICE risk criteria, search for mottling, cyanosis, reduced interaction, weak cry, reduced urine, abnormal perfusion, respiratory compromise and non-blanching rash, and escalate high-risk features immediately. Obtain investigations and give antimicrobials according to the time-critical pathway, but do not delay airway, breathing or circulation support to complete tests.

Escalation must specify what is required. Use SBAR: identify the child and location; state the problem and severity; summarise relevant background; give current ABCDE observations, PEWS and trend; state treatment and response; request bedside senior review, resuscitation team or critical-care advice with a clear time. Repeat back the plan. If nobody attends or the child worsens, call again and move up the chain rather than assuming the message transferred responsibility.

Closed-loop teamwork reduces omission. Name the person assigned each action, require verbal confirmation and announce results. Use graded assertiveness: express concern, state why it is unsafe, request a specific action and escalate if unresolved. Any team member should be able to trigger a huddle. During the huddle, state diagnosis or uncertainty, trajectory, ceiling or escalation plan, equipment and staffing needs, and the next reassessment time.

Care location must match need. A child requiring repeated airway manoeuvres, escalating oxygen, non-invasive or invasive ventilation, vasoactive support, repeated fluid reassessment, continuous seizure management or very frequent observations needs early critical-care discussion. Stabilise before transfer, use an appropriately skilled transport team, secure lines and tubes, send weight and drug information and hand over unresolved risks. Do not let administrative bed searches delay clinical escalation.

After recovery, maintain surveillance because compensatory improvement may be temporary. Define target physiology and treatment ceilings, wean support cautiously and look for recurrence. Before discharge from acute care, observations should be appropriate for age and clinical context, carers should recognise concrete red flags and there must be a feasible route back. Review unplanned re-attendance or delayed escalation to identify system learning rather than individual blame.