Synthehol, A Near Possibility According To Reasearchers In England
A new alcohol substitute is being developed by a team at Imperial College London that that avoids drunkenness and hangovers. Similar to the Synthehol from the TNG era series, the fake booze is being developed from chemicals related to Valium and works like alcohol on nerves in the brain that provide a feeling of well being and relaxation. Check out the article excerpt below for more details.
The new substance could have the added bonus of being "switched off" instantaneously with a pill, to allow drinkers to drive home or return to work.
But unlike alcohol its does not affect other parts of the brain that control mood swings and lead to addiction. It is also much easier to flush out of the body.
Finally because it is much more focused in its effects, it can also be switched off with an antidote, leaving the drinker immediately sober.
The new alcohol is being developed by a team at Imperial College London, led by Professor David Nutt, Britain's top drugs expert who was recently sacked as a government adviser for his comments about cannabis and ecstasy.
He envisions a world in which people could drink without getting drunk, he said.
No matter how many glasses they had, they would remain in that pleasant state of mild inebriation and at the end of an evening out, revellers could pop a sober-up pill that would let them drive home.
Prof Nutt and his team are concentrating their efforts on benzodiazepines, of which diazepam, the chief ingredient of Valium is one.
Thousands of candidate benzos are already known to science. He said it is just a matter of identifying the closest match and then, if necessary, tailoring it to fit society’s needs.
Ideally, like alcohol, it should be tasteless and colourless, leaving those characteristics to the drink it’s in.
Eventually it would be used to replace the alcohol content in beer, wine and spirits and the recovered ethanol (the chemical name for alcohol) could be sold as fuel. (source Telegraph.co.uk via The Escapist)
Read the full article here.
Image credit Trekcore.com