English FA invites brain disease research

  • Posted 30 Mar 2017
London (AFP)
England\'s football authorities invited applications for independent research into whether playing the sport heightens the risk of degenerative brain disease in later life

England's football authorities on Thursday invited applications for independent research into whether playing the sport heightens the risk of degenerative brain disease in later life.

It follows a campaign by the family of former West Bromwich Albion striker Jeff Astle, whose 2002 death from chronic traumatic encephalopathy (CTE) was linked to repeatedly heading heavy leather footballs.

The Football Association and players' union the Professional Footballers' Association made the call for research following 18 months of consultation and analysis.

"This is a crucial issue for the FA and one that we feel passionately about addressing," the FA's head of medicine, Charlotte Cowie, said in a statement.

"Dementia is a debilitating disease, which places extraordinary emotional and physical burdens on both sufferers and those close to them.

"Player welfare is paramount and it is increasingly important that the football authorities investigate further whether there are any potential risks associated with heading the ball, as this is a unique feature of our game."

The focus of the independent study will be the question: "Is the incidence of degenerative neurocognitive disease more common in ex-professional footballers than in the normal population?"

The FA and PFA will jointly fund the project. The closing date for the submission of research proposals is May this year.

Research into links between football and brain damage in later life is thin on the ground.

A recent British study published in the journal Acta Neuropathologica found the brains of four out of six former players with dementia showed signs of CTE, far in excess of the average rate of 12 percent.

World governing body FIFA says there is no conclusive proof that heading a ball or other sub-concussive impacts increase the risk of brain disease.