A rock growing bacteria found solely in the Swiss Alps has
lead to greater understanding of alcohol’s relation to brain proteins. This information could give us a better understanding of our relationship with drugs and alcohol.
This is a significant development and may pave the way for
drugs that would work by disrupting the link between the brain and alcohol.
Texas researchers have sequenced the genome of this special
type of bacteria. In doing so, a particular protein sequence has been found
that shares remarkably similar properties to a specific element of the human
brain.
This exciting discovery is remarkable partly due to the
difficulties inherent in such a specific scientific task. Adron Harris of the
Waggoner Center for Alcohol and Addiction within the University of Texas
elaborates: “For many of us in the alcohol field, this has been a Holy Grail,
actually finding a binding site for alcohol on the brain proteins and showing
it with X-ray crystallography, but it hasn't been possible because it is not
possible to get a nice crystal.”
The specific moment of triumph came through collaboration
from the Texas based researchers and French scientists from the Pasteur
Institute. The protein found that was so similar in nature to part of our human
brains was altered to make it sensitive to ethanol. This allowed comparison of
the original bacteria and the newly altered version to test if alcohol would
bind to the bacteria.
“This is something you never would have found with any sort
of logical approach” States Harris “You never would have guessed that this
obscure bacterium would have something that looks like a brain protein in it.
But the institute, because of Pasteur’s fascination with bacteria, has this
huge collection of obscure bacteria, and over the last few years they've been
sequencing the genomes, keeping an eye out for interesting properties.”
Through further research and testing on mice, the long-term
aim of this specific research is the creation and production of drugs that
could help lower alcohol consumption or halt it entirely. Through greater
understanding of how alcohol interacts with the brain through the rewarding,
positive effects as much as the negative, as well as research projects such as
these, tailor made drugs could allow enormous numbers of people struggling with
alcohol addiction increased odds of recovery.
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