Emergency Nursing Case Study: Management of a 6-Year-Old with Suspected Haemothorax and Chest Trauma

Emergency Nursing Case Study: The 6-Year-Old with Suspected Haemothorax and Chest Trauma

A six-year-old child arrives in the emergency department, breathing fast, gripping his chest, and crying intermittently — and the nurse at triage has ninety seconds to decide how sick he is. This is not a hypothetical. It is the exact scenario that paediatric emergency nurses face, and the decisions made in those first minutes directly determine whether a child lives, deteriorates, or recovers without complication. This case study examines the full nursing management of a 6-year-old presenting with suspected haemothorax following blunt chest trauma, covering every stage from initial assessment through discharge and follow-up planning.

Haemothorax is the accumulation of blood in the pleural space — the area between the lung and the inner chest wall. When that space fills with blood, the lung on the affected side is compressed, ventilation is impaired, and if the bleeding is significant, haemodynamic compromise follows rapidly. Children are particularly vulnerable because their thoracic cavities are small, their chest walls are more compliant, and their physiological reserve can mask serious injury until a point of sudden deterioration. Paediatric nursing in the emergency setting demands both speed and methodical thinking — and this case study shows exactly what that looks like in practice.

What Is Haemothorax?

Haemothorax is defined as the presence of blood within the pleural cavity. In the paediatric trauma context, it most commonly results from blunt chest trauma — a road traffic accident, a fall from height, or a sports-related injury — that tears intercostal vessels, lung parenchyma, or in severe cases, great vessels. The New England Journal of Medicine notes that blunt mechanisms account for over 80% of paediatric thoracic trauma. A massive haemothorax is defined as more than 25 mL/kg of blood in the pleural space, or approximately 1,500 mL in an adult — in a 6-year-old, far smaller volumes produce clinically significant effects.

The physiology is straightforward and dangerous. Blood occupying the pleural space compresses the ipsilateral lung. As volume increases, the mediastinum shifts toward the contralateral side, impairing both lungs. Concurrently, blood loss into the pleural space — which can be substantial — drives haemodynamic instability. A child who appears compensated at triage can deteriorate into shock within minutes. That compensatory phase is where the nurse’s assessment skill matters most. Emergency and critical care nursing training specifically prepares nurses to recognise the signs of decompensation before it becomes irreversible.

The Case: Introducing Jamie

For this case study, the patient is Jamie — a 6-year-old male brought in by ambulance following a road traffic accident. His parent’s car was struck on the passenger side where Jamie was seated. Paramedics report he was restrained in a booster seat. On arrival, Jamie is alert but distressed. He is crying, says his “chest hurts a lot,” and is breathing rapidly. His SpO₂ is 91% on room air. Paramedics have placed him on 10L oxygen via non-rebreather mask and obtained IV access in his right antecubital fossa.

His mother, visibly distressed, arrives moments after the ambulance. She has no relevant past medical history for Jamie, confirms he has no known allergies, and reports he was awake and talking at the scene. The emergency team activates their Major Trauma Protocol and the nurse begins the primary survey. What happens next — and how each decision is made — is the subject of this case study.

Pathophysiology of Haemothorax in Children: What Every Nurse Needs to Know

Understanding the pathophysiology of haemothorax is not academic background — it is the foundation of every nursing decision in this case. You cannot monitor what you do not understand, and you cannot escalate appropriately without knowing what deterioration looks like physiologically. The nursing process demands that assessment be grounded in clinical science, not just observation.

How Blunt Chest Trauma Causes Haemothorax in Children

A child’s chest wall is more pliable than an adult’s. The ribs are cartilaginous and flexible. This means energy from blunt impact transfers more directly to underlying structures — the lungs, the intercostal vessels, and in high-energy trauma, the mediastinum — rather than being absorbed by rib fracture as commonly occurs in adults. A 6-year-old involved in a road traffic accident may have significant pulmonary contusion, pleural haemorrhage, and haemothorax without a single rib fracture. This is a critical teaching point: the absence of rib fractures on X-ray does not exclude serious intrathoracic injury in a child.

Once blood enters the pleural space, it does not simply sit inert. The pleura is highly vascular, and the fibrinolytic activity within the pleural space is lower than in the systemic circulation — meaning blood clots faster in the pleural cavity. A clotted or retained haemothorax that is not drained becomes a focus for infection (empyema) and later for fibrosis (fibrothorax), both of which carry their own serious complications. [NCBI: Paediatric Thoracic Trauma]

Paediatric Physiology: Why Children Compensate Then Crash

Children have a higher resting heart rate, lower blood pressure, and greater physiological reserve than adults. When haemorrhage begins, their sympathetic nervous system responds vigorously — heart rate climbs, peripheral vasoconstriction occurs, and blood pressure is maintained. A child can lose up to 30–40% of circulating blood volume before blood pressure begins to drop. This means that by the time hypotension appears, a child is already critically ill.

This physiological reality shapes nursing priorities in Jamie’s case. A heart rate of 130 beats per minute, pallor, and reduced capillary refill in a 6-year-old represent significant haemorrhage — even if his blood pressure is still within normal limits. Waiting for hypotension to act is dangerous. The nurse’s role is to recognise early compensation signs and escalate before the child decompensates. Evidence-based nursing practice in paediatric trauma settings emphasises this point consistently.

Differentiating Haemothorax from Pneumothorax

Both haemothorax and pneumothorax present with respiratory distress following chest trauma, and both can coexist as a haemopneumothorax. The clinical distinction matters for management decisions. In haemothorax, percussion over the affected side reveals dullness (blood is dense). In tension pneumothorax, percussion reveals hyper-resonance (air is present), and tracheal deviation away from the affected side is an ominous sign. Breath sounds are diminished or absent on the affected side in both conditions. The BMJ guidance on chest trauma underlines that clinical assessment must precede imaging in unstable patients — you treat the clinical picture, not the X-ray.

Key Distinguishing Features at Bedside

• Haemothorax: Dullness to percussion, absent/reduced breath sounds, signs of haemorrhage (tachycardia, pallor, delayed capillary refill)
• Tension pneumothorax: Hyper-resonance to percussion, tracheal deviation, jugular venous distension, absent breath sounds, rapid cardiovascular collapse
• Haemopneumothorax: Features of both; may show variable percussion depending on which component predominates at the site examined

Primary Survey: Applying the ABCDE Framework to Jamie

The ABCDE framework — Airway, Breathing, Circulation, Disability, Exposure — is the international standard for initial emergency assessment and is embedded in Advanced Paediatric Life Support (APLS) guidelines used across the UK and US. It is systematic by design: each step is addressed in sequence because compromises in earlier steps invalidate findings in later ones. A blocked airway makes breathing assessment meaningless. The nursing process integrates ABCDE as the assessment framework for clinical data collection in emergency nursing.

A — Airway Assessment: Jamie

Jamie is crying and talking — this immediately tells the nurse his airway is patent. A child who can produce a coherent cry has an open airway and is moving air. However, the nurse notes that his voice is slightly hoarse and asks about any direct neck or throat trauma. Paramedics confirm the mechanism was side-impact; no direct laryngeal injury is suspected. Airway: patent, no immediate intervention required. The nurse positions Jamie at 30 degrees, ensuring the airway is optimised without compromising cervical spine precautions, which are maintained pending trauma assessment.

B — Breathing Assessment: The Critical Findings

This is where the clinical picture crystallises. The nurse’s breathing assessment of Jamie reveals the following in order:

• Respiratory rate: 38 breaths per minute (severely elevated for age; normal is 20–30 at age 6)
• SpO₂: 91% on 10L non-rebreather mask (insufficient despite high-flow oxygen)
• Work of breathing: Marked intercostal and subcostal retractions observed
• Tracheal position: Midline — no tension pneumothorax suggested
• Percussion: Dullness to percussion over the left lower chest
• Auscultation: Markedly reduced breath sounds at the left base
• Chest inspection: Bruising visible across the left lateral chest wall; no open wounds; no paradoxical movement

The combination of dullness to percussion, absent breath sounds at the left base, tachypnoea, and failure to maintain adequate saturations despite high-flow oxygen creates a clinical picture highly consistent with a left-sided haemothorax. This finding is escalated immediately to the senior emergency physician. Emergency nursing protocols in major trauma centres require immediate physician attendance when haemothorax is clinically suspected — the nurse does not wait for imaging to escalate.

C — Circulation: Signs of Haemorrhage

Jamie’s circulatory assessment shows a picture of early compensated shock. His heart rate is 138 beats per minute. His blood pressure is 88/58 mmHg — low-normal for a 6-year-old, suggesting the body is actively compensating. Capillary refill time is 3.5 seconds (borderline delayed; normal is under 2 seconds). His skin is pale and slightly mottled on his lower extremities. His radial pulse is palpable but thready.

The nurse establishes that Jamie has one peripheral IV line placed by paramedics. A second large-bore IV is obtained immediately. Fluid resuscitation is discussed with the physician — the current evidence from NCBI paediatric trauma guidelines supports initial resuscitation with 20 mL/kg isotonic crystalloid (normal saline or lactated Ringer’s), with reassessment after each bolus. Blood products are prepared given the clinical suspicion of ongoing haemorrhage.

D — Disability and E — Exposure

Jamie’s AVPU score is A (Alert) — he is responsive and oriented to his mother’s voice. His GCS is 15. Pupils are equal and reactive. Blood glucose is 5.2 mmol/L — no hypoglycaemia. The disability assessment is reassuring; his haemodynamic instability is the primary concern, not neurological compromise.

Exposure involves full inspection of Jamie’s body with attention to temperature maintenance. A 6-year-old has a high surface area-to-body-mass ratio and loses heat rapidly. The nurse uses warm blankets, pre-warmed IV fluids, and maintains a warm environment. The chest bruising noted in the breathing assessment is documented photographically. No other significant external injuries are identified, though the abdomen is examined carefully — splenic injury is a common co-injury in left-sided thoracic trauma in children.

Diagnostic Workup: What Tests Are Ordered and Why

In a haemothorax case study, the diagnostic phase is as much a nursing responsibility as a medical one. Nurses initiate specimen collection, prepare the patient for imaging, interpret monitoring data in real time, and communicate findings to the team. Understanding why each investigation is ordered — and what the nurse is looking for in the results — is integral to providing safe emergency nursing care. Evidence-based nursing practice mandates that every investigation ordered has a clear clinical rationale.

Chest X-Ray: The First Imaging

A portable anteroposterior chest X-ray is obtained immediately. The nurse assists in positioning Jamie while maintaining cervical spine precautions. Jamie remains on the trolley, not standing. The X-ray reveals opacification of the left lower hemithorax with blunting of the costophrenic angle — consistent with a moderate haemothorax. No rib fractures are identified, reinforcing the paediatric teaching point. The mediastinum is midline. No pneumothorax is seen on the left, though the haemothorax itself may partially obscure this.

The radiograph confirms the clinical suspicion. The senior physician orders a CT chest — but only once Jamie is sufficiently stabilised and the airway is secured. In truly unstable patients, clinical decision-making precedes imaging. The nurse documents the X-ray findings in the nursing notes and communicates them verbally to the attending physician using a structured handoff format. Documentation in nursing practice is not a bureaucratic afterthought — it is a patient safety imperative.

Blood Tests: What Is Ordered and What It Tells Us

The nurse ensures the following blood tests are drawn from the second IV line immediately after insertion. Each test has a specific clinical purpose in the management of suspected haemothorax:

• Full Blood Count (FBC/CBC): Haemoglobin and haematocrit estimate blood loss. In acute haemorrhage, early values may not reflect true loss until haemodilution occurs.
• Blood group and crossmatch: Prepared in anticipation of blood transfusion if haemorrhage is confirmed or worsens.
• Coagulation screen (PT, APTT, fibrinogen): Trauma-induced coagulopathy is a recognised complication. Abnormal coagulation complicates chest drain insertion and may require correction.
• Urea and electrolytes (U&E): Baseline renal function and electrolyte status before fluid resuscitation.
• Lactate: Elevated lactate indicates tissue hypoperfusion — a sensitive marker of shock severity in paediatric trauma even when blood pressure is maintained.
• Blood gas (ABG/VBG): Assesses oxygenation, ventilation, pH, and base excess — critical in a child with respiratory compromise.

Jamie’s initial results show haemoglobin of 9.1 g/dL (low), lactate of 3.8 mmol/L (elevated), and a metabolic acidosis on blood gas (pH 7.28). These findings confirm haemorrhagic shock with tissue hypoperfusion. The team escalates to blood transfusion. Nursing research and evidence-based practice supports early use of blood products in paediatric haemorrhagic shock rather than prolonged crystalloid resuscitation alone.

Ultrasound: FAST Examination

A Focused Assessment with Sonography in Trauma (FAST) examination is performed at the bedside by the emergency physician. FAST detects free fluid in the pericardium and peritoneum. Extended FAST (eFAST) includes pleural views to identify pneumothorax and haemothorax. Jamie’s eFAST confirms the left pleural collection and identifies no pericardial effusion. There is a small amount of free fluid in Morrison’s pouch, raising concern for a concurrent intraabdominal injury — the surgical team is consulted.

The nurse’s role during the FAST examination includes maintaining patient positioning, continuous monitoring of vital signs, and ensuring the child remains warm. A frightened six-year-old on a trauma trolley, separated from his mother by a resuscitation team, is at significant risk of agitation that can complicate assessment. The nurse acts as the child’s advocate within the resuscitation room — maintaining a calm, reassuring presence while the medical team performs the FAST scan.

Nursing Diagnoses and Care Plan for a 6-Year-Old with Haemothorax

The nursing care plan translates assessment data into structured, prioritised, and measurable nursing action. Using NANDA-I (North American Nursing Diagnosis Association International) taxonomy, the nurse identifies the priority diagnoses for Jamie, establishes expected outcomes (NOC — Nursing Outcomes Classification), and plans interventions (NIC — Nursing Interventions Classification). Nursing care plans and the nursing process are the structural backbone of clinical nursing documentation in the US and UK.

Priority Nursing Diagnosis 1: Impaired Gas Exchange

Related to: Accumulation of blood in the left pleural space compressing the lung, reducing the functional alveolar surface area available for gas exchange.

Evidence: SpO₂ 91% on 10L non-rebreather mask, respiratory rate 38/min, dullness to left-sided percussion, absent left basal breath sounds, metabolic acidosis on blood gas (pH 7.28), elevated lactate.

Expected Outcome: Jamie will maintain SpO₂ ≥ 95% on supplemental oxygen within 30 minutes of chest drain insertion; respiratory rate will decrease to < 30/min; pH will normalise toward 7.35 within 2 hours of drainage and resuscitation.

Nursing Interventions and Rationales

• Maintain high-flow oxygen via non-rebreather mask at 15L/min — maximises FiO₂ to compensate for reduced functional lung capacity until haemothorax is drained
• Position Jamie at 30–45 degrees head elevation, affected side down (semi-recumbent) — optimises diaphragmatic excursion and drainage position; avoiding lateral decubitus until physician approval
• Assist with and monitor chest drain insertion when ordered — tube thoracostomy is the definitive intervention for haemothorax; nursing support is essential for a frightened child
• Continuous pulse oximetry monitoring; document SpO₂ and respiratory rate every 5 minutes until stabilised — early detection of deterioration or response to treatment
• Prepare for intubation if respiratory failure progresses — clinical deterioration in impaired gas exchange may require escalation to mechanical ventilation
• Monitor and document blood gas results as ordered — tracks pH, PaO₂, PaCO₂ trends to guide oxygenation and ventilation strategy

Priority Nursing Diagnosis 2: Ineffective Breathing Pattern

Related to: Chest wall pain limiting inspiratory effort, pleural compression reducing tidal volume, and increased work of breathing from respiratory muscle recruitment.

Evidence: Use of accessory muscles, intercostal retractions, tachypnoea at 38/min, self-reported chest pain rating 8/10 on FACES scale.

Expected Outcome: Respiratory rate will decrease to < 24/min within 60 minutes of analgesic administration and chest drain insertion; accessory muscle use will resolve.

Nursing Interventions and Rationales

• Administer prescribed analgesia promptly and document response — pain is a primary driver of splinting (guarded, shallow breathing); adequate analgesia directly improves tidal volume
• Encourage slow, deep breaths when pain is controlled — improves tidal volume and alveolar ventilation
• Elevate head of bed — reduces diaphragmatic compression and optimises respiratory mechanics
• Suction oropharyngeal secretions if present — reduces airway resistance
• Monitor chest drain output and patency post-insertion — blocked drain prevents drainage and perpetuates impaired breathing

Priority Nursing Diagnosis 3: Risk for Deficient Fluid Volume (Haemorrhagic Shock)

Related to: Active haemorrhage into the left pleural space and possible intraabdominal haemorrhage (free fluid on FAST).

Evidence: Heart rate 138/min, blood pressure 88/58 mmHg, capillary refill 3.5 seconds, pallor, haemoglobin 9.1 g/dL, lactate 3.8 mmol/L, metabolic acidosis.

Expected Outcome: Heart rate will decrease to < 110/min; capillary refill will improve to < 2 seconds; haemodynamics will stabilise following resuscitation and haemorrhage control.

Nursing Interventions and Rationales

• Maintain two large-bore IV lines and administer IV fluid as prescribed — restore circulating volume to support cardiac output
• Administer O-negative blood if crossmatched blood is unavailable and child is deteriorating — blood products are preferred over crystalloid in haemorrhagic shock per current evidence
• Monitor urine output via urinary catheter (target > 1 mL/kg/hour) — urine output is a sensitive indicator of renal perfusion and circulating volume in children
• Continuous cardiac monitoring and non-invasive BP every 5 minutes — early detection of haemodynamic deterioration
• Keep fluids warm to prevent hypothermia-induced coagulopathy — hypothermia exacerbates bleeding by impairing platelet function and clotting cascade
• Record all fluid intake and output accurately — guides resuscitation decisions and prevents over-resuscitation, which causes pulmonary oedema

Priority Nursing Diagnosis 4: Acute Pain

Related to: Tissue injury from blunt chest trauma, pleuritic pain from blood in the pleural space, and procedural pain anticipated from chest drain insertion.

Evidence: Jamie rates pain 8/10 on the Wong-Baker FACES Pain Rating Scale; visible facial grimacing; guarded posture; reluctance to take deep breaths due to pain.

Expected Outcome: Jamie will report a pain score ≤ 4/10 within 20 minutes of analgesia administration; he will cooperate with deep breathing when pain is controlled.

Nursing Interventions and Rationales

• Administer IV morphine or fentanyl as prescribed for acute pain control — opioid analgesia is appropriate for severe acute traumatic pain in children; fentanyl is preferred in haemodynamic instability for its lower histamine release
• Administer IV paracetamol as an adjunct — reduces opioid requirements (opioid-sparing effect) and provides baseline analgesia
• Assess pain using the FACES scale every 15 minutes and document — age-appropriate pain assessment tool for a 6-year-old
• Position to minimise pain — support affected side gently — reduces movement-related pleuritic pain
• Ensure parental presence during procedures where possible — parental presence significantly reduces pain perception and procedural distress in children
• Apply cold pack to uninjured sites if requested — non-pharmacological adjunct; never apply directly to injured chest

Priority Nursing Diagnosis 5: Anxiety (Child and Family)

Related to: Sudden traumatic event, unfamiliar environment, invasive procedures, pain, and separation from mother during initial resuscitation.

Evidence: Jamie is crying intermittently and asking for his mother. His mother is reported to be distressed in the family waiting area.

Expected Outcome: Jamie will demonstrate reduced distress (fewer crying episodes, engagement with nurse) following parental presence and age-appropriate explanation of procedures. Mother will report feeling informed and included in care decisions.

Nursing Management of Chest Drain Insertion and Intercostal Drainage in a Child

The definitive intervention for a confirmed haemothorax is tube thoracostomy — the insertion of a chest drain through the chest wall into the pleural space to drain the accumulated blood. While the physician performs the procedure, the nurse’s role is comprehensive: from preparation through post-insertion monitoring. For a six-year-old child, this is also a profoundly frightening procedure that requires expert child-centred nursing support throughout. Paediatric nursing care research consistently shows that nurse-led procedural support reduces distress, pain, and time to completion in children undergoing invasive procedures.

Pre-Procedure Nursing Responsibilities

Preparation is the foundation of a safe chest drain procedure. The nurse gathers all required equipment — the correct-sized thoracostomy tube (for a 6-year-old, typically a 20–24 Fr drain), sterile draping, local anaesthetic, skin antiseptic (chlorhexidine), suture material, an underwater seal drain system, and appropriate monitoring equipment. The nurse documents consent obtained from Jamie’s mother. In the UK, this follows the Mental Capacity Act 2005 framework for consent in children — a parent or guardian with parental responsibility consents for a child unable to give their own consent. Jamie’s mother, now present at the bedside, is given a clear explanation by the physician while the nurse provides emotional support and ensures she has understood the procedure and its necessity.

The nurse also pre-medicates Jamie. Procedural sedation and analgesia are administered per the emergency department’s protocol — typically IV fentanyl for pain and IV midazolam for anxiolysis and amnesia. The nurse monitors Jamie’s level of consciousness, oxygen saturation, and respiratory rate continuously during procedural sedation. Resuscitation equipment is at the bedside. A 6-year-old receiving procedural sedation requires the same standard of monitoring as an adult — continuous capnography if available, pulse oximetry, cardiac monitoring, and a nurse dedicated to monitoring the child throughout.

During the Procedure: Nurse’s Role

During chest drain insertion, the nurse maintains a dual role: supporting the physician and supporting Jamie. For the physician, this means handing equipment as requested, maintaining sterility of the field, connecting the drain to the underwater seal system, and documenting the time of drain insertion and initial drainage. For Jamie, this means physical positioning assistance, verbal reassurance, distraction techniques (child life resources such as a tablet with a favourite video if available), and constant monitoring of his response to both the procedure and the sedation.

The nurse observes the initial drainage from the chest drain. In haemothorax, the initial output is blood — dark red, consistent with pleural haemorrhage. The nurse records the volume, colour, and character of drainage. Output of more than 3 mL/kg/hour for 3 consecutive hours indicates ongoing haemorrhage requiring surgical intervention — a threshold the nurse monitors actively.

Post-Insertion Monitoring: What the Nurse Watches For

After chest drain insertion, the nurse’s monitoring priorities include the following — each tied to a specific potential complication:

• Drain patency and position: Observe for swinging of the fluid level in the drain (confirms placement in the pleural space and patent connection); absence of swing suggests blockage or drain displacement
• Drainage volume and character: Document hourly; escalate if output exceeds 3 mL/kg/hour, if frank bright red blood appears suggesting arterial haemorrhage, or if output suddenly stops after significant output (may indicate clot in drain)
• Air leak: Bubbling in the water seal chamber indicates air leak — expected in haemopneumothorax; persistent bubbling after 24 hours warrants physician review
• Respiratory response: SpO₂ and respiratory rate should improve as the haemothorax is drained; failure to improve should prompt urgent medical review
• Infection signs: Temperature, redness, swelling, or purulent drainage around the drain site — signs of drain site infection or developing empyema
• Drain site care: Maintain sterile occlusive dressing; change per protocol; document condition at every assessment
• Drain security: Ensure drain is securely sutured and anchored to prevent dislodgement, particularly in a 6-year-old who may move unexpectedly

The nurse also ensures that Jamie and his mother are supported throughout the post-procedure period. The mother is brought back to the bedside as soon as the procedure is complete and Jamie is stable. She is shown the drain, given a simple explanation of what it does, and taught what to watch for — particularly that the drain must not be pulled or disturbed. Nurse-patient communication in paediatrics extends to the family unit, not just the child.

Pain Management in a 6-Year-Old with Chest Trauma: Pharmacological and Non-Pharmacological Approaches

Pain management in paediatric chest trauma is a nursing priority, not an afterthought. Undertreated pain in a child with haemothorax has direct physiological consequences beyond suffering: pain causes splinting, splinting reduces tidal volume, reduced tidal volume worsens hypoxaemia, and hypoxaemia compounds respiratory failure. The nursing goal is not simply humanitarian — it is clinically necessary to adequate oxygenation and recovery. Child health pain assessment research consistently demonstrates that paediatric pain is underrecognised and undertreated, particularly in emergency settings.

Pain Assessment in a 6-Year-Old

Before treating pain, it must be measured. For a 6-year-old child, the Wong-Baker FACES Pain Rating Scale is the most appropriate validated tool — it uses six cartoon faces ranging from a happy face (0 — no pain) to a crying face (10 — worst imaginable pain). Jamie rates his pain as 8/10 using this scale. The nurse also uses behavioural observation: Jamie’s guarded posture, facial grimacing when breathing deeply, and reluctance to cough all support a high pain severity rating. The nurse documents the initial pain score and establishes a reassessment schedule — every 15 minutes after analgesia administration until pain is controlled, then every hour.

The American Academy of Pediatrics guidelines on paediatric pain management emphasise that a validated pain assessment tool must be used at every assessment, and that undertreated pain in hospitalised children has both short-term and long-term consequences including maladaptive fear responses to future medical care.

Pharmacological Pain Management

Opioid Analgesia: First-Line for Severe Acute Pain

For Jamie’s severe pain (8/10) in the setting of haemodynamic instability, IV fentanyl is preferred over morphine. Fentanyl’s advantages in this context are its rapid onset (2–3 minutes IV), shorter duration, and lower histamine-releasing effect — histamine release from morphine can cause vasodilatation and worsen hypotension in a haemodynamically compromised patient. The nurse administers fentanyl 1–1.5 mcg/kg IV as prescribed, titrated to effect, with continuous monitoring of respiratory rate and SpO₂ given the risk of opioid-induced respiratory depression. Naloxone is available at the bedside.

Paracetamol (Acetaminophen): Opioid-Sparing Adjunct

IV paracetamol is administered concurrently as an opioid-sparing analgesic. In a 6-year-old, the IV dose is 15 mg/kg (maximum 1g per dose, maximum 4 doses per 24 hours). Paracetamol provides basal analgesia that reduces total opioid requirements — this is clinically significant because it allows adequate pain control while minimising opioid side effects (respiratory depression, nausea, sedation). The nurse documents the dose, route, time, and subsequent pain scores.

Regional Analgesia: Intercostal Nerve Block

For chest trauma with significant pleuritic pain, an intercostal nerve block is considered once Jamie is stabilised. This regional technique, performed by an anaesthesiologist or intensivist, places local anaesthetic adjacent to the intercostal nerves supplying the affected dermatomes. Evidence from NCBI anaesthesia literature supports regional analgesia in paediatric thoracic trauma for improving respiratory function by reducing pain-induced splinting without systemic opioid burden. The nurse prepares the patient, monitors during the procedure, and assesses pain before and after to document the analgesic response.

Non-Pharmacological Pain Management

Pharmacological approaches alone are insufficient for a frightened, injured child. Non-pharmacological strategies are equally important and supported by substantial evidence in paediatric nursing literature:

• Parental presence: The single most effective non-pharmacological pain reducer in paediatric acute care. Jamie’s mother should be present at the bedside throughout, with a clear role — holding his hand, speaking calmly, providing familiar sensory input
• Distraction: A tablet device with a favourite cartoon, music, or interactive app redirects a child’s attention away from pain and procedural anxiety. Child life specialists, where available, coordinate this formally
• Positioning: Supporting the affected side with a pillow reduces movement-related pain and allows Jamie to adopt a position of comfort
• Clear, age-appropriate explanations: A 6-year-old understands simple, honest language. Telling Jamie “This medicine will make your chest feel better so you can breathe more easily” is more effective than complex clinical explanations — and it reduces anticipatory anxiety
• Calm environment: Limiting unnecessary noise, dimming lights where possible, and reducing the number of unfamiliar faces around the child reduces neurological arousal, which amplifies pain perception

Family-Centred Care in Paediatric Emergency Nursing: Jamie’s Mother as a Partner

No paediatric emergency nursing case study is complete without a serious examination of family-centred care. The Royal College of Nursing in the UK and the American Academy of Pediatrics in the US both formally adopt family-centred care as the foundational model for paediatric nursing — the recognition that a child’s wellbeing is inseparable from the wellbeing of their family, and that parents and caregivers are partners in care, not visitors to be managed. In Jamie’s case, his mother arrived moments after the ambulance, is traumatised from witnessing the accident, and is excluded from the resuscitation room during the initial critical intervention phase. The nurse’s management of this situation is a core clinical skill.

What Is Family-Centred Care?

Family-centred care is a philosophy and framework of healthcare delivery built on four principles: dignity and respect (the family’s perspective is honoured); information sharing (families receive complete and unbiased information); participation (families are invited to participate in care and decision-making); and collaboration (families and healthcare teams work together to design and implement care plans). These principles are particularly important in emergency settings, where families experience acute psychological trauma alongside their child’s medical emergency. Interpersonal communication in nursing is the mechanism through which family-centred care is delivered — theory without communication skill remains abstract.

Immediate Communication: The Family Liaison Nurse

In a well-resourced emergency department, a designated family liaison nurse is assigned to Jamie’s mother from the moment she arrives. This nurse’s sole role is communication with the family — updating them regularly, explaining procedures before they occur, answering questions honestly, and providing emotional support. In settings without a designated liaison nurse, this role falls to the bedside nurse, who must balance clinical care with family communication.

The nurse approaches Jamie’s mother using the following communication framework — honest, calm, specific, and compassionate:

This communication is specific (names the nurse, states the current situation), reassuring without false promises (“you’ll be with him as soon as we can”), and person-centred (offers immediate support). It avoids both clinical jargon and catastrophising. The role of active listening in healthcare communication is equally important — the nurse listens to what Jamie’s mother knows about the accident, her concerns, and Jamie’s medical history, all of which are clinically relevant.

Parental Presence During Procedures

Parental presence during invasive procedures in children is a contested but increasingly evidence-supported practice. The American Academy of Pediatrics supports offering parents the option to be present during procedures — noting that most parents who are present do not interfere and that children’s distress is frequently reduced by parental presence. The nurse must prepare the parent for what they will see and hear (the procedure, Jamie’s anticipated discomfort) and ensure they have a clear role — “Your job is to hold his hand and talk to him” — rather than being a passive observer. A nurse must remain beside the parent throughout, ready to support them if they become distressed.

In Jamie’s case, his mother is brought into the treatment area after the initial resuscitation phase and is present for the chest drain insertion. She holds Jamie’s hand, speaks to him in a calm voice, and the nurse observes that Jamie’s procedural distress measurably reduces with her presence. This observation is documented as part of the nursing assessment.

Safeguarding Considerations

Every paediatric trauma presentation requires a safeguarding assessment. The nurse is responsible for considering whether the mechanism of injury is consistent with the injuries observed, whether the history given by the parents is consistent and plausible, whether the child’s behaviour suggests fear of caregivers, and whether there are any other features raising concern for non-accidental injury (NAI). In Jamie’s case, the mechanism (road traffic accident, restrained in a booster seat) is consistent with the injuries (left-sided blunt chest trauma). His behaviour does not suggest fear of his mother — he asks for her repeatedly. There are no features raising concern for NAI. Legal and ethical issues in nursing require that safeguarding concerns be documented and referred according to local child protection policy — and that the absence of concern is also documented explicitly.

Ethical and Legal Dimensions of Emergency Nursing Care in a Paediatric Trauma Case

Emergency nursing with children raises ethical questions that do not arise in the same form with adult patients. Consent, assent, parental authority, the child’s emerging autonomy, and the nurse’s duty as the child’s advocate within a complex, fast-moving clinical system are all live issues in this case. Nursing students are frequently examined on the ethical reasoning behind clinical decisions, not just the clinical decisions themselves. Understanding both dimensions is essential. Nursing ethics and professionalism is a formal component of pre-registration nursing curricula in both the UK (NMC standards) and the US (ANA Code of Ethics).

Informed Consent in Paediatric Emergency Care

In England and Wales, the Children Act 1989 and the Mental Capacity Act 2005 govern consent for children under 16. A child under 16 can give valid consent if they have sufficient maturity and understanding to comprehend the proposed intervention — known as Gillick competence, established in Gillick v West Norfolk and Wisbech AHA [1986]. However, a 6-year-old is not Gillick competent for decisions about chest drain insertion. Consent for Jamie’s procedures is provided by his mother as the person with parental responsibility. In the US, the legal framework is similar — parents provide informed consent for minors, with the child’s assent sought as a matter of good practice but not legal requirement.

The nurse’s role in the consent process is to ensure that the physician explains the procedure clearly, that the parent has understood the information and the opportunity to ask questions, and that consent is formally documented in the medical record. If a parent refuses consent for a life-saving intervention, the nurse must escalate immediately to the senior physician and risk management — a parent’s refusal does not override the child’s right to life-saving treatment in UK or US law.

Assent: Respecting Jamie’s Voice

While Jamie cannot legally consent, his assent — his age-appropriate agreement to or understanding of what is happening to him — matters ethically and practically. A 6-year-old who understands “this tube will help the air and blood come out so your chest stops hurting” is a more cooperative patient than one who is simply restrained. Explaining procedures in simple, honest language and giving Jamie choices where safe (“Do you want Mum to hold your right hand or left hand?”) respects his emerging autonomy and dignity. The UN Convention on the Rights of the Child, ratified by both the UK and the US (the latter with reservation), establishes that children have the right to have their views taken into account in decisions affecting them. In nursing practice, this means building assent into every interaction.

Beneficence and Non-Maleficence in Procedural Pain

The ethical principles of beneficence (do good) and non-maleficence (do no harm) apply directly to pain management decisions. Withholding adequate analgesia from a child in severe pain on the grounds that “he might not need the drain” is a failure of both principles. Undertreated pain in children is harmful — physiologically (splinting, worsening hypoxaemia) and psychologically (maladaptive trauma responses to medical care). The nurse has both an ethical and professional duty to advocate for adequate analgesia and to escalate if pain management is inadequate. Nursing as a moral agent encompasses this advocacy role.

Confidentiality and Information Sharing

Clinical information about Jamie is confidential and should be shared only with those directly involved in his care and with his legal guardian. Communication with other family members who arrive at the emergency department (grandparents, family friends) must be conducted with Jamie’s mother’s explicit permission. If Jamie’s case involves any safeguarding concern, information sharing with child protection services follows a different legal framework — the public interest in child safety overrides individual confidentiality. The nurse documents all communication clearly, noting who received what information, at what time, and with whose authorisation.

Nursing Interventions and Rationales: Complete Summary Table

The table below summarises the key nursing interventions for a 6-year-old with haemothorax and chest trauma, organised by clinical priority, with evidence-based rationales. This format is particularly useful for nursing case study assignments that require structured care plan documentation. Case study writing in nursing requires that interventions be clearly matched to assessed problems and supported by clinical rationale.

Ongoing Nursing Monitoring: Watching for Complications After Haemothorax Management

Once the immediate crisis is stabilised — the haemothorax drained, Jamie’s oxygenation improving, haemodynamics responding to resuscitation — the nurse’s role shifts from emergency intervention to vigilant ongoing monitoring. This phase is just as critical as the initial resuscitation. Complications of haemothorax management are common and potentially lethal if missed. Nursing research and practice identifies ongoing monitoring as the nurse’s most sustained and consequential contribution to patient safety.

Complications to Monitor For

Retained Haemothorax

When blood in the pleural space is not fully drained — due to clot formation, drain malposition, or inadequate drainage — a retained haemothorax develops. Retained haemothorax is a nidus for infection (empyema) and fibrosis (fibrothorax). The nurse monitors for failure of the expected clinical improvement after drain insertion: if SpO₂ remains low, chest X-ray shows persistent opacity, and drainage slows prematurely, the physician must be informed. Video-assisted thoracoscopic surgery (VATS) may be required to clear retained haemothorax.

Empyema

Empyema — infection of the pleural space — is a dreaded complication of haemothorax, particularly when drainage is incomplete. Signs include fever (temperature > 38.5°C), increasing inflammatory markers (white cell count, CRP), and purulent or turbid fluid from the chest drain. Antibiotic therapy and definitive pleural clearance are required. The nurse monitors temperature every 4 hours, drain fluid character at every assessment, and inflammatory markers from daily bloods.

Lung Entrapment and Fibrothorax

If blood in the pleural space organises into fibrous tissue, it can envelope and restrict the lung — a condition called fibrothorax. This produces a restrictive lung defect that may require surgical decortication. The nurse’s contribution to prevention is vigilant drain monitoring and early escalation of any failure to achieve full lung re-expansion on post-drainage chest X-rays.

Re-Bleeding

In a 6-year-old with chest trauma, the possibility of re-bleeding from injured intercostal vessels or lung parenchyma remains in the first 24–48 hours. The nurse monitors drain output hourly. If output exceeds 3 mL/kg/hour for three consecutive hours, or if the patient shows clinical deterioration (falling BP, rising HR, worsening oxygenation) despite an apparently draining haemothorax, surgical consultation is required immediately. Blood products are kept available.

Neurological Monitoring

In a major trauma patient, neurological status monitoring is ongoing. Although Jamie’s initial GCS was 15 and AVPU was Alert, any change in level of consciousness — increasing drowsiness, confusion, irritability, or failure to respond appropriately — requires urgent assessment. The nurse performs neurological observations every 30 minutes in the acute phase, then hourly once stable. A CT brain is part of the major trauma protocol if any neurological concern exists. Paediatric neurological nursing care protocols emphasise that subtle changes in children’s neurological status can precede significant decompensation.

Intraabdominal Injury Monitoring

Jamie’s FAST scan showed free fluid in Morrison’s pouch, raising concern for splenic or hepatic injury — common co-injuries with left-sided blunt thoracic trauma. The nurse monitors for signs of intraabdominal haemorrhage: worsening abdominal tenderness, distension, increasing tachycardia, falling haemoglobin on serial blood tests. The surgical team has been consulted and will perform formal review including CT abdomen once Jamie’s respiratory status permits safe transfer to the scanner.

Related Clinical Questions Answered: What Students and Nurses Ask Most

Students writing nursing case studies on haemothorax in children consistently encounter several overlapping clinical and academic questions. The following answers each key question with the clinical depth and evidence grounding needed for high-quality academic work. Each answer is concise, precise, and directly applicable.

What Are the Normal Vital Signs for a 6-Year-Old?

Normal vital signs in a 6-year-old provide the baseline against which Jamie’s abnormal findings are measured. Normal ranges for a school-age child (5–8 years) are: heart rate 70–110 bpm, respiratory rate 20–30/min, systolic blood pressure 95–110 mmHg, SpO₂ ≥ 97% on room air, and temperature 36.5–37.5°C. Jamie’s heart rate of 138, respiratory rate of 38, SpO₂ of 91%, and blood pressure of 88/58 are all significantly abnormal for age — reflecting the severity of his presentation. Understanding age-specific norms is fundamental to paediatric nursing assessment. Paediatric nursing guides provide detailed normal ranges for every age group.

How Is a Haemothorax Graded?

Haemothorax is graded by volume of blood in the pleural space. In adults: simple haemothorax (< 300 mL), moderate haemothorax (300–1,500 mL), and massive haemothorax (> 1,500 mL). In children, these thresholds are scaled proportionally by weight. A massive haemothorax in a paediatric patient is defined as more than 25% of the child’s total blood volume. For a 6-year-old weighing approximately 20 kg (estimated blood volume ~80 mL/kg = 1,600 mL), a massive haemothorax would involve > 400 mL. Any haemothorax in a child that causes haemodynamic instability is treated as an emergency regardless of absolute volume.

What Nursing Documentation Is Required?

Nursing documentation for a paediatric haemothorax case must be contemporaneous, objective, and comprehensive. Required elements include: time of arrival and initial vital signs; ABCDE assessment findings; all interventions performed with time and personnel; medications administered with dose, route, time, and patient response; consent documentation; family communication; chest drain insertion time and initial drainage; serial vital signs at required intervals; blood results and their communication; any escalations to senior staff; and documentation of family-centred care activities. Documentation in nursing practice is a professional and legal requirement — gaps in records are treated as gaps in care in clinical and legal review.

What Is the Role of the Emergency Nurse in Major Trauma?

In a major trauma activation, the emergency nurse fulfils several simultaneous roles: primary assessor (ABCDE survey), medication administrator, monitoring lead (continuous vital signs and output documentation), patient advocate (ensuring the child’s pain and fear are addressed), family communicator (liaison with parents), equipment manager (ensuring all tools for interventions are ready), and documentation lead (contemporaneous record-keeping). These roles demand both clinical competence and the ability to prioritise dynamically as the clinical picture evolves. Emergency and critical care nursing training specifically prepares nurses to manage these competing demands in high-acuity presentations.

Can a Child with Haemothorax Be Managed Without Surgery?

Yes — in the majority of cases. Approximately 85% of haemothoraces in children are successfully managed with tube thoracostomy alone. Surgical intervention (thoracotomy or VATS) is indicated when: drainage exceeds 3 mL/kg/hour for three consecutive hours (suggesting active arterial haemorrhage); initial drainage at drain insertion exceeds 15 mL/kg (suggesting massive haemothorax); there is haemodynamic instability unresponsive to resuscitation; or a retained haemothorax develops despite adequate drain placement. The nurse’s hourly drainage documentation directly determines whether the surgical threshold is reached.

What Is the Role of the PICOT Framework in This Case Study?

The PICOT framework (Population, Intervention, Comparison, Outcome, Time) structures evidence-based nursing questions. Applied to this case: Population (children with traumatic haemothorax), Intervention (early chest drain insertion with structured nursing monitoring), Comparison (delayed or conservative management), Outcome (complications including retained haemothorax, empyema, fibrothorax), Time (within 24–48 hours). Mastering the PICOT framework is a core competency for nursing students writing evidence-based case studies, as it guides literature searches and frames the clinical question in a format that maps to research methodology.

Discharge Planning and Follow-Up Care After Paediatric Haemothorax

Discharge planning for a child with a haemothorax begins at admission — not on the day of discharge. The nurse identifies early what Jamie will need to go home safely, what education his mother requires, and what follow-up is necessary to detect late complications. The stepped-down care continuum — from emergency resuscitation to stabilisation, to monitored ward care, to safe discharge — requires nursing coordination at every transition. Nursing advocacy and health policy includes advocating for adequate follow-up resources and community nursing support for families managing post-trauma recovery at home.

Criteria for Chest Drain Removal

The chest drain is not removed until specific criteria are met. These include: drainage has reduced to < 50 mL over the previous 12–24 hours; there is no active air leak (no bubbling in the water seal chamber); chest X-ray confirms lung re-expansion; and the patient is clinically stable with improving respiratory function. The nurse monitors these parameters continuously and communicates progress to the medical team. Premature drain removal risks re-accumulation of haemothorax — a serious and preventable complication.

Parent and Family Education

Before discharge, Jamie’s mother receives structured education covering: signs of respiratory deterioration that require immediate return to the emergency department (increased breathing difficulty, new chest pain, fever > 38°C, coughing up blood); activity restrictions for Jamie in the post-injury period; wound site care if applicable; medication instructions; and scheduled follow-up appointments. Education is delivered verbally and in written format — research consistently shows that written discharge instructions significantly improve recall and adherence. The nurse assesses maternal understanding using the “teach-back” method — asking Jamie’s mother to explain back the key warning signs in her own words.

Psychological Follow-Up

Both Jamie and his mother are at risk for post-traumatic stress responses following a serious road traffic accident and emergency hospitalisation. The nurse refers the family to the hospital’s Child and Adolescent Mental Health Services (CAMHS) liaison for follow-up assessment. Research in trauma and PTSD shows that acute stress responses following paediatric medical trauma are common in both children and parents, and that early psychological support reduces the likelihood of developing PTSD. Discharge planning that addresses only the physical recovery is clinically incomplete.

LSI and NLP Keywords for Haemothorax Nursing Case Study Research

Students writing nursing assignments or case studies on haemothorax in children benefit from understanding the full range of clinical and academic language surrounding this topic. The following terms represent the key entities, concepts, and clinical vocabulary used in peer-reviewed nursing and medical literature on paediatric chest trauma and haemothorax management. Using these terms accurately demonstrates clinical knowledge and improves the quality of academic writing. For guidance on structuring academic nursing work, see our resources on academic research tools and techniques and mastering academic writing.

Frequently Asked Questions About Haemothorax Nursing Case Studies