LONDON — An inquiry into an English hospital where a neonatal nurse was convicted of murdering seven babies and trying to kill seven others began Tuesday as her supporters push to clear her name.
But the inquiry's head made it clear it would not be a review of Lucy Letby 's conviction, but a deeper look into how failures led babies to repeatedly be harmed at the Countess of Chester Hospital, how staff and management responded and how parents were treated.
Justice Kathryn Thirlwall said the Court of Appeal had reviewed the convictions ''with a very clear result," but noted that a loud chorus on the validity of selected evidence came from people not present at the trial.
''All of this noise has caused enormous additional distress to the parents who have already suffered far too much," said Thirlwall, who noted the inquiry was named after her so families don't have to repeatedly see ''the name of the person convicted of harming their babies.''
The Thirlwall Inquiry will also explore the culture within the National Health Service, which had a similar scandal that led to an inquiry after nurse Beverley Allitt was convicted of killing four infants and attacking nine others at Grantham Hospital in 1991.
''Distressingly, 25 years later another nurse working in another hospital killed and harmed babies in her care,'' said Rachel Langdale, counsel to the inquiry. Langdale said Letby had been taught in nursing school about Allitt's crimes.
Letby, 34, was convicted in 2023 of murder for seven infants and attempted murder of six others — including two attempts on one child. A case in which jurors couldn't reach a decision was retried and Letby was convicted in July of another attempted murder. She was sentenced to 15 life terms with no chance of release — only the fourth woman in the United Kingdom to receive such a term.
Prosecutors said she harmed babies in ways that left little trace, including injecting air into their bloodstreams, administering air or milk into their stomachs via nasogastric tubes, poisoning them with insulin and interfering with breathing tubes.