Investigation and inquest
On 24th May 2021 I commenced an investigation into the death of Finley Austin May, aged 28 days. The investigation concluded at the end of the inquest on 30th June 2023.
The narrative conclusion of the inquest was:
Finley Austin May was born the 16th of February 2021 having been delivered by use of Keilland's rotational forceps. He was floppy, bradycardic, and blue at the time of delivery, and underwent resuscitation according to the neonatal life support algorithm. He was treated as a case of hypoxic ischaemic encephalopathy, but his clinical picture was at variance with this condition and he was investigated for other disorders.
A MRI scan showed the presence of a high cervical spinal cord injury, which was caused by the use of Keilland's obstetric forceps. He died at Hull Royal Infirmary, Anlaby Road, Kingston Upon Hull, on the 16th of March 2021 as a result of his spinal cord injury.
The medical cause of death was determined as follows:
1(a): High Spinal Cord Injury due to Keilland's Forceps Delivery
1(b): Malposition and Prolonged Labour
II: Hypoxic Ischaemic Encephalopathy
Circumstances of the death
These are set out in my summary and findings of facts which are attached.
Coroner’s concerns
(1) The Hull and East Yorkshire NHS Trust has abandoned the use of Keilland’s forceps since Finley’s death and evidence was heard that other NHS trusts have also done so, Nevertheless, some have retained them.
(2) Evidence was heard that the use of these obstetric forceps can facilitate delivery from the mid-pelvis in cases of malrotation, asynclitism and where the lie is occipito-transverse or occipito-posterior, and this is a well-accepted practice.
(3) Evidence was heard that such malpositions can be corrected manually, or by the use of the Ventouse suction apparatus, but the evidence adduced was that these alternative techniques may be inferior to the use of Keilland’s forceps in skilled and practiced hands; this might mean increased risk to both mother and baby.
(4) Continued use of Keilland’s forceps may be the most appropriate way to manage this obstetric problem but there should be increased awareness of complications associated with its use and guidance issued about the minimum number of cases per annum needed to maintain skill levels coupled with guidance for training.
(5) If NHS trusts have abandoned the use of Keilland’s forceps, clear guidance should exist about alternative methods of managing malrotation and asynclitism.