clack to viewUsing a computerized connection between the brain and brawniness in the body , scientists have been able to restore movement to paralyzed limb . A radical of neuroscientists report in Nature today that they used a wit - computer port to fall in the motor cerebral cortex of an ape to the muscles in its wrist . After scientists paralyzed the ape ’s sleeve temporarily , it was still able to make its wrist move my send out electric impulse directly from its Einstein to the muscles , bypassing the damaged boldness in between . The study has profound implications for masses whose nerves have been severed or damage , leaving them paralytic . What ’s particularly interesting about this inquiry is that it shows the versatility of the motor cerebral cortex when combined with a nous - computer port ( BCI ) . Previous inquiry showed that the great unwashed could learn to move a pointer on screen by relate to specific areas of the motor lens cortex . This new study showed that any area of the motor cortex could be “ repurposed ” to activate brawn in the eubstance via BCI . Say the researchers :
Until now , brain - data processor interfaces were designed to decode the action of neurons get it on to be associated with move of specific body voice . Here , the research worker come upon that any motor lens cortex cell , disregardless of whether it had been previously associated with wrist movement , was capable of excite musculus activity . This finding greatly exposit the potential numeral of neurons that could verify signals for Einstein - computer interfaces and also illustrate the flexibleness of the motor pallium .
Human implementations for the technology are at least a decade off , but this discovery could be a biz - changer for dealing with paralysis . One theory would be to connect the motor cerebral cortex with an area of the spine below an accidental injury . Signals would be re - routed around the damaged spinal cord , and could permit the brain to regain ascendance of the paralyzed body parts affect by the harm . Image viaCortech Solutions . Direct Control of Paralyzed Muscles by Cortical Neurons [ viaNature ]

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