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Publication· 3 min read

Neurosurgery

New research shows that transferring the cervical C7 nerve from the non-paralysed side to the paralysed side in patients after stroke or other brain injuries improves arm function.

Cervical nerve transfer for arm paralysis

New research has shown that transfer of the cervical C7 nerve from the non-paralysed side to the paralysed side in patients after stroke or other brain injuries leads to improved function and reduced spasticity in the affected arm.

In this centre, in patients who had one-sided arm paralysis from chronic brain injury of more than 5 years, C7 cervical-nerve transfer produced greater improvement in function and reduction in spasticity than rehabilitation alone over 12 months.

Spastic limb paralysis caused by stroke or other hemispheric brain damage leads to long-term disability. Approximately 30%–60% of stroke survivors cannot use their paralysed arm.

The C7 cervical nerve is one of five nerves that form the brachial plexus and contains thousands of nerve fibres. The motor function of the C7 nerve largely overlaps with the activity of the other four nerves, so transection of this nerve usually causes only transient weakness and numbness in the ipsilateral upper limb.

Patients had hemiplegia caused by stroke, traumatic brain injury, cerebral palsy or encephalitis, manifested mainly as spasticity and weakness in the upper limb contralateral to the brain lesion. At the baseline stage before surgery, none of the patients was able to dress, put on shoes, close the hand, hold a towel, or use a telephone with the affected limb.

(Published on 21 December 2017 in the New England Journal of Medicine.)

Rush University has found that the onset of dementia can be detected by subtle changes in a person's thinking and behaviour, even before memory problems appear. For example, excessive gullibility may be a worrying sign. If an elderly person frequently falls victim to scammers, dementia may be developing. Their brain is losing the ability to correctly interpret strangers' intentions and emotions.
Data from 935 older adults who underwent a special test were analysed. The screening assessed how likely a person was to become a victim of fraud. It looked at willingness to answer calls from unknown numbers, interaction with telephone marketers and sales agents, willingness to take risky investments, and lack of awareness that older people are often targets of financial exploitation. A six-year follow-up period began after testing.
During this time, 151 people developed dementia and 255 people developed mild cognitive impairment. It turned out that the higher a participant's score on the fraud-susceptibility scale, the higher the risk of cognitive decline. Each additional point on this scale was associated with a 60% increase in dementia risk. The link was also confirmed by post-mortem examination: fraud victims had larger deposits of beta-amyloid protein, which is toxic to neurons.
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Neurosurgery — arm paralysis treatment | Horev Medical