Birth-Related Complications

Key Points

• Birth trauma includes physical injuries to the newborn caused during labor and delivery; severity ranges from mild/self-limited to life-threatening.
• Common injuries include caput succedaneum, cephalohematoma, subgaleal hemorrhage, clavicle fracture, and brachial plexus-related palsies.
• Most frequent trauma sites are the head, neck, and shoulders.
• Key risk factors include macrosomia, difficult shoulder delivery, operative vaginal birth, prolonged labor, and cephalopelvic disproportion.
• Early bedside recognition and serial reassessment are essential to prevent missed deterioration.

Pathophysiology

Mechanical compression, traction, and shear forces during difficult birth can damage scalp tissues, bones, blood vessels, or peripheral nerves. Injury pattern depends on fetal position, birth assistance methods, and maternal-fetal anatomy.

Many injuries are self-limited as edema and bruising resolve. Others, especially hemorrhagic scalp injuries or neurologic deficits, may progress and require urgent imaging, hemodynamic support, or specialist management. Severe head trauma can result in permanent neurologic injury, including cerebral palsy in high-severity cases.

Classification

• Head trauma spectrum: Scalp edema/hematoma, extracranial or intracranial hemorrhage, and skull fracture patterns.
• Skeletal injuries: Clavicle fracture and selected skull fractures.
• Peripheral nerve injuries: Neonatal brachial plexus palsy (Erb-Duchenne/Klumpke patterns; about 2.5 per 1,000 live births) and facial nerve palsy.
• Severe intracranial injury context: Subdural bleeding or skull trauma with neurologic risk.

Nursing Assessment

NCLEX Focus

Questions often test how to distinguish injuries that cross suture lines (caput/subgaleal) from those that do not (cephalohematoma), and when escalation is urgent.

• Assess scalp/cranial findings serially, including location, fluctuation, crossing of suture lines, and head-circumference trends.
• Assess perfusion and blood-loss signs (pallor, tachycardia, altered activity/alertness).
• Assess for increased intracranial-pressure cues (bulging fontanelle, rapidly increasing head circumference, neurologic deterioration) when hydrocephalus is suspected.
• Assess extremity movement symmetry, reflexes (including Moro/grasp), and signs of clavicular tenderness or crepitus.
• For suspected brachial plexus palsy, assess for absent movement of one arm/hand, absent Moro on the affected side, adducted/extended arm posture, reduced ipsilateral grip, and flaccid arm movement with repositioning.
• Assess facial symmetry at rest and during crying for facial nerve dysfunction.
• Review delivery history for risk cues: macrosomia/LGA, shoulder dystocia, prolonged second stage, breech, and maternal obesity.
• Include additional risk-context review for birth trauma such as maternal age extremes, labor dystocia/cephalopelvic disproportion, and operative vaginal delivery exposure.

Nursing Interventions

• Escalate immediately when findings suggest expanding hemorrhage or neurologic compromise.
• For suspected subgaleal hemorrhage, prioritize serial head-circumference trending and close reassessment of a boggy/fluctuant scalp mass that crosses sutures and may shift with repositioning.
• Support gentle handling and positioning of affected limbs or fracture areas while healing progresses.
• Coordinate diagnostic workup (for example, ultrasound/CT/MRI or x-ray) per provider plan.
• Distinguish clavicle fracture from plexus injury: x-ray may confirm fracture but does not diagnose nerve injury.
• For clavicle fracture surveillance, watch for crepitus/tenderness, reduced arm movement, and absent Moro on the affected side, especially in high-birth-weight or difficult shoulder deliveries.
• Monitor bilirubin trends when bruising/hematoma burden raises jaundice risk.
• Coordinate early referral to physical therapy for gentle range-of-motion and caregiver teaching in mild brachial plexus injury.
• Reassess motor recovery milestones; most mild plexus injuries improve by about 3 to 4 months, and limited improvement by 3 to 9 months increases concern for persistent deficit and possible surgical evaluation.
• In facial-nerve birth injury, teach that many cases improve spontaneously over days to weeks; persistent unilateral deficits warrant further imaging/specialist evaluation for congenital structural causes.
• Provide family-centered education on expected healing timeline, warning signs, and follow-up milestones.

Subgaleal Hemorrhage Risk

Subgaleal bleeding can expand significantly and cause hypovolemia; delayed recognition increases mortality risk.

Pharmacology

Drug Class	Examples	Key Nursing Considerations
blood-transfusion-verification-initiation-and-reaction-response (blood-products)	Packed red blood cell transfusion context	May be required in significant hemorrhagic birth injury with hemodynamic compromise.
phototherapy	Hyperbilirubinemia treatment context	Required when hematoma-related bilirubin burden causes clinically significant jaundice.
analgesics	Newborn pain-control context	Supports comfort while avoiding unnecessary handling stress in fracture/soft-tissue injury.

Clinical Judgment Application

Clinical Scenario

A vacuum-assisted birth newborn develops a boggy scalp mass that crosses sutures, increasing head circumference, pallor, and tachycardia over several hours.

• Recognize Cues: Progressive scalp swelling with systemic blood-loss indicators.
• Analyze Cues: Pattern is concerning for subgaleal hemorrhage rather than isolated caput.
• Prioritize Hypotheses: Immediate priority is hemodynamic stabilization and urgent diagnostic confirmation.
• Generate Solutions: Activate escalation, prepare monitoring/transfusion pathway, and intensify neurologic/perfusion reassessment.
• Take Action: Implement emergent care plan and coordinate neonatal specialist involvement.
• Evaluate Outcomes: Hemodynamic status stabilizes and expansion of hemorrhage is controlled.

Related Concepts

• care-of-common-problems-in-the-newborn - Hematoma and trauma can trigger secondary jaundice and feeding complications.
• physical-assessment-of-the-newborn - Systematic exam identifies subtle early trauma findings.
• newborn-resuscitation - Severe birth trauma may require advanced stabilization.
• postpartum-hemorrhage - Difficult births can involve concurrent maternal and neonatal complications.
• apgar-scoring - Early low scores can reflect significant birth-related compromise.

Self-Check

1. How can bedside findings differentiate caput succedaneum, cephalohematoma, and subgaleal hemorrhage?
2. Which delivery risk factors most strongly increase risk for brachial plexus injury?
3. Why are serial head-circumference and perfusion checks critical after suspected scalp hemorrhage?