Parents ‘ecstatic’ after baby approved for £1.7m drug in Britain
London – A baby with a fatal condition has had his parents’ request for treatment using the world’s most expensive drug approved by the NHS after a campaign.
Ten-month-old Edward, from Colchester, has severe spinal muscular atrophy (SMA), meaning he lacks a protein vital for muscle development.
He will receive the new gene therapy Zolgensma, at a cost of £1.79m.
Edward’s mother Megan Willis, 29, said: “We feel incredibly lucky, happy and relieved.”
His parents previously said they felt abandoned in their “race against time” for Edward to receive the drug, which they hoped would transform his life.
Doctors said the drug, which contains a replica of the missing gene SMN1, needed to be given as a one-off treatment early as possible to halt the progression of the disease.
Ms Willis said it could be the difference between Edward being able to stand or not, and she was prepared to organise a protest if the decision had been delayed much longer.
“We have been fighting for so long for this drug. We can’t believe it is finally happening. We just hope we don’t have to wait a long time,” she said.
“Edward turns one in September and time is of the essence.”
Zolgensma is thought to be the most expensive drug in the world, at a cost of £1.79m per patient, though NHS England said it had negotiated an undisclosed discount.
When it was approved for use by the NHS in March, guidelines set by the National Institute for Health and Care Excellence said it should only be used for babies under six months old who were not already being treated, which would have excluded Edward.
But it added a decision on whether to give it to other babies would be dealt with on a case-by-case basis.
About 65 babies are born with SMA in England each year. It causes muscle weakness and affects movement and breathing, meaning most babies do not live past the age of two without intervention.
In studies, Zolgensma has helped babies breathe without a ventilator, sit up on their own and crawl and walk after a single treatment. (BBC)