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Millions of paralysis sufferers are today offered the possibility of a cure for the first time after a new technique pioneered by British doctors allowed a man with a severed spinal cord to recover the ability to walk. 

A revolutionary implant of regenerative cells has knitted back together the spinal cord of a wheelchair-bound firefighter paralysed from the chest down in a knife attack, restoring sensation and muscle control to his legs. 

The astonishing breakthrough by an Anglo-Polish medical team is the first ever instance where a complete spinal paralysis has been reversed and represents the potential conquering of one of the greatest challenges in medical science. If validated, it offers hope of a life-changing therapy to the 2.5m people paralysed by spinal injury in Britain and across the world. 



The technique, developed by researchers at University College London and put into practice by surgeons in the Polish city of Wroclaw, uses specialist human cells which repair damage to nasal nerves to enable spinal nerve fibres to re-grow and bridge a severed cord. 

In the first procedure of its kind anywhere in the world, doctors implanted harvested cells - known as olfactory ensheathing cells (OECs) - into an 8mm gap in the spinal cord of Darek Fidyka, a Bulgarian who was confined to a wheelchair in 2010 after an attacker stabbed him in the back, slicing cleanly through his spine. His doctors had given him a less than one per cent chance of even the slightest recovery. 

But doctors report today that the OEC implants on the two "stumps" of the cord slowly restored the nerve fibre connections between both sides of the injury, returning feeling and then movement to Darek's legs. Some ten months after the surgery, the 40-year-old former part-time firefighter was able to walk with the aid of braces and a walking frame. He is now able to drive and live more independently. 

Professor Geoffrey Raisman, the head of UCL's Institute of Neurology who conducted the groundbreaking research into OECs, told The Independent: "I believe this is the first time that a patient has been able to regenerate severed long spinal nerve fibres across an injury and resume movement and feeling. 

"I believe we have now opened the door to a treatment of spinal cord injury which will get patients out of wheelchairs. Our goal is to develop this first procedure to a point where it can be rolled out as a worldwide general approach." 

He added: "We believe that this procedure is the breakthrough which, as it is further developed, will result in a historic change in the currently hopeless outlook for people disabled by spinal cord injury." 

The London team and their collaborators at Wroclaw Medical University now need to raise about £10m to fund surgery in Poland for a further group of around ten patients to test and refine the implant technique over the next five years. Researchers are also exploring the possibility of bringing the technique to a British specialist unit. A person in Britain suffers a serious spinal injury once every eight minutes. 

Much of the OEC research and rehabilitation therapy for Darek funded by a British charity, the Nicholls Spinal Injury Foundation (nsif), set up by professional chef David Nicholls after his teenage son, Dan, suffered a catastrophic neck injury while on a gap year in Australia in 2003. 

Mr Nicholls said: "I promised Dan that I would not give up until a cure had been found. This news brings us closer than I could have imagined - it is an incredibly important first step." 

The discovery by Prof Raisman and his UCL team that OECs held in the olfactory bulb - the part of the brain that processes smell - could facilitate the connection of regenerated nerves elsewhere in the body opened the door to work by Polish neurosurgeon Dr Pawel Tabakow, who specialises in spinal injuries. 

Working alongside the British researchers, Dr Tabakow developed the technique to implant cultured OECs harvested from a patient's own olfactory bulb - and another type of nasal cell known as a fibroblast - on the stumps of a severed spinal cord. A scaffolding of nerve tissue was taken from the ankle to join the two ends of the cord to encourage bridging by the cells. 

 

More and source: http://m.timesofindia.com/home/science/Paralysed-man-walks-again-after-historic-spinal-cord-treatment-by-British-doctors/articleshow/44896741.cms?utm_source=SAS+Master+List&utm_campaign=f0bd0b9dde-SR_Daily_Digest9_23_2014&utm_medium=email&utm_term=0_0eb25d4404-f0bd0b9dde-221404137