subgaleal haematoma complicating an obstructed labour
AI-generated summary
Vanessa Li, a term infant born following obstructed labour, died at four days of age from subgaleal haemorrhage (SGH) with severe hypoxic-ischaemic encephalopathy. Labour was managed by private obstetrician Dr K., who was not physically present for much of the early labour. A caesarean section was performed for obstructed labour with the fetal head in occipito-transverse position. Vanessa was born in poor condition (APGAR 2/10 at 1 minute) and required resuscitation. Dr D., the attending paediatrician, documented concern about possible SGH but did not clearly communicate this risk to the PIPER retrieval team during handover. The SGH was not identified until 7.30am, approximately 6 hours after birth. Earlier recognition and aggressive blood pressure support may have prevented deterioration, though outcome was likely poor. Key lessons: always communicate suspected SGH to retrieval teams; maintain high index of suspicion after difficult deliveries; monitor head circumference and blood pressure closely in at-risk infants; obtain cord blood gases in poor condition births.
AI-generated summary and tagging — may contain inaccuracies; refer to original finding for legal purposes. Report an inaccuracy.
Specialties
obstetricsneonatologypaediatricsretrieval medicine
obstructed labour with fetal head in occipito-transverse position
difficult delivery requiring manual rotation and forceps application
intrapartum asphyxia
failure to communicate concern about possible SGH to PIPER team during handover
delayed identification of SGH (not recognised until 6 hours post-delivery)
absence of umbilical cord blood gas analysis despite poor APGAR scores
inadequate blood pressure support prior to PIPER team arrival
lack of serial head circumference measurements
possible concurrent neonatal meningitis
Coroner's recommendations
Epworth to ensure umbilical cord blood gas (ideally arterial) or lactate analysis is drawn and analysed to determine degree of hypoxic-ischaemic stress when babies are born in poor condition requiring significant resuscitation, or blood gas within first hour if cord specimen not drawn (Epworth subsequently implemented routine cord lactate sampling on all births as of July 2017, addressing this recommendation)
Both Epworth and PIPER to develop care pathways for diagnosis, monitoring and management of SGH
Both Epworth and PIPER to develop care pathways for early diagnosis and aggressive management of refractory shock
Epworth to implement improved clinical handover processes to PIPER with explicit communication of delivery difficulties and SGH risk factors
PIPER and referring hospitals to develop standard operating procedures clarifying roles, responsibilities and escalation pathways during joint clinical care
Improved documentation of CTG tracings with concurrent recording of maternal observations
Implementation of rectal temperature monitoring when therapeutic cooling is initiated
Fatigue management strategies for PIPER service during periods of high workload
Enhanced staff orientation and training at referring hospitals to support PIPER team procedures
This page reproduces or summarises information from publicly available findings published by Australian coroners' courts. Coronial is an independent educational resource and is not affiliated with, endorsed by, or acting on behalf of any coronial court or government body.
Content may be incomplete, reformatted, or summarised. Some material may have been redacted or restricted by court order or privacy requirements. Always refer to the original court publication for the authoritative record.
Copyright in original materials remains with the relevant government jurisdiction. AI-generated summaries and tagging are for educational purposes only, may contain inaccuracies, and must not be treated as legal documents. We welcome feedback for correction — report an inaccuracy here.