Matt Hancock Defends Delaying Non-Urgent NHS Care During COVID-19 Crisis
Former Health Secretary Evaluates Difficult Decisions Made to Protect the NHS
During his testimony at the COVID-19 inquiry, Matt Hancock, former UK Health Secretary, justified his decision to delay non-urgent treatment in the NHS during the pandemic, describing it as the 'least bad' option amid a series of tough choices.
Hancock insisted that preserving NHS capacity was vital, given the risk of COVID-19 transmission in hospitals.
While he acknowledged difficulties, such as nearing shortages of PPE, he claimed the NHS was never entirely overwhelmed.
However, his assertions faced criticism.
Heather Hallett, the inquiry chair, questioned service availability during the crisis, and James Telfer from Covid-19 Bereaved Families for Justice UK challenged Hancock's refusal to accept blame for the high death toll.
Additional critique came from medical professionals like Prof Philip Banfield of the BMA, who argued that significant healthcare rationing occurred, impacting routine care, including cancer treatments.
Unison's Helga Pile condemned Hancock's handling of the crisis, urging him to take responsibility for operational failures and the resultant human toll.
Hancock insisted that preserving NHS capacity was vital, given the risk of COVID-19 transmission in hospitals.
While he acknowledged difficulties, such as nearing shortages of PPE, he claimed the NHS was never entirely overwhelmed.
However, his assertions faced criticism.
Heather Hallett, the inquiry chair, questioned service availability during the crisis, and James Telfer from Covid-19 Bereaved Families for Justice UK challenged Hancock's refusal to accept blame for the high death toll.
Additional critique came from medical professionals like Prof Philip Banfield of the BMA, who argued that significant healthcare rationing occurred, impacting routine care, including cancer treatments.
Unison's Helga Pile condemned Hancock's handling of the crisis, urging him to take responsibility for operational failures and the resultant human toll.
