Sunday, March 16, 2014

What is Jake leg, Jake leg walk?



What is Jake leg, Jake leg walk?

The term Jake leg is defined as “a paralysis caused by drinking improperly distilled or contaminated liquor.”  This was a unknown epidemic of paralysis during the time period of the roaring twenties, leaving many in the medical field confused. The Jake leg was first identified by blues singers. This epidemic was during the prohibition, which meant alcohol was banned, leaving people to find other ways to get the alcoholic fix that they were looking for. “One way was through a highly alcoholic liquid called Jamaica Ginger or ‘Jake’ that got round the ban by being sold as a medicine.”
Although other disguised medicines were taken off the market, Jamaica Ginger stayed relatively popular and alcoholic, “due to the producers including an organophosphate additive called tricresyl phosphate that helped fool the government’s tests. What they didn’t know was that tricresyl phosphate is a slow-acting neurotoxin that affected the neurons that control movement.”
“The toxin tricresyl phosphate, starts by causing lower leg muscular pain and tingling, followed by muscle weakness in the arms and legs. The effect on the legs caused a distinctive form of muscle paralysis that required affected people to lift the leg high during walking to allow the foot to clear the ground, thus earning the name Jake leg walk.” The medical community still was unaware of the cause behind this paralysis epidemic, and then they put two and two together. They referred back too who identified the epidemic, being two blues musicians and looked into these men, they had written the song Jake Liquor Blues and Alcohol and Jake Blues.  “The additive damaged the spinal cord and peripheral nerves, and the adulterated Jake was slowly tracked down and outlawed.” 
Two neurologists in the year 1978 decided to track down some of the survivors of Jake poisoning 47 years after the epidemic had hit. What the neurologists found was that the original explanation was incorrect.  “The paralysis was actually due to damage to the movement control neurons in the brain upper motor neurons and not the peripheral nervous system."


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