Sunshine Coast of Queensland Australia, Hypnotherapy Clinic, Hypnosis
Michael Grassel
Successfully guiding weight-loss clients since 1981.
Bachelor of Science, Business U.W.P., Post-graduate studies in Psychology, Social Psychology U.T.S.A., N.I.I.P.
Certified Hypnotherapy Practitioner; HH.Dip(P.H.)
Wednesday, July 12, 2017
Our Gut Microbes Strongly Influence Our Emotional Behaviors
Our Gut Microbes Strongly Influence Our Emotional Behaviors
The gut microbiome – the world of
bacteria living in our digestive system – doesn’t just exist to give us
stomach aches or to help us break down food. Research is rapidly
emerging from the scientific community that suggests these little
critters have a huge impact on our behavior, including (potentially) on our response to fear.
A new study led by the University of California Los Angeles appears
to have found evidence of yet another unusual link between your stomach
and your brain. Namely, a selection of gut microbes seem to be linked to
regions of the brain associated with mood and general behavior, the
first time such a mechanism has been found in healthy humans.
Previous research has found that the emotional responses in rodents,
including those related to anxiety and depression, vary depending on the
content of their gut microbiome. This link has yet to be conclusively
demonstrated in humans – until now, of course.
The team collected fecal matter from 40 different women, within which
a microcosm of their gut microbiome would be contained. As these were
being profiled, the same women were hooked up to a magnetic resonance
imaging (MRI) scanner and shown various images of individuals,
environments, situations or objects that were designed to provoke
emotional responses.
As explained in the journal Psychosomatic Medicine,
the team found that there were two primary groups of bacteria that
appeared to have some effect on the constitution of the brain.
The first, the Prevotella, were found most commonly within seven of
the women. These participants’ brains showed a greater connectivity
between the emotional, attentional, and sensory brain regions, while
having smaller and less active hippocampi, the region of the brain that
is related to emotional regulation, consciousness and the consolidation
of short-term memories into long-term ones.
These women appeared to experience profoundly negative emotions,
including those related to distress and anxiety, when viewing negative
images. Would taking a pill containing these bacteria change your emotional behaviors? The
second bacterial group, the Bacterioids, were more prevalent in the
other 33 women. Consequently, they had a very different type of brain.
The frontal cortex and the insula – regions of the brain linked to
problem-solving and complex information processing – had more gray
matter than the other group of women. Their hippocampi were also more
voluminous and active.
These subjects, in contrast to the Prevotella-prominent women, were
less likely to experience negative emotions when being shown negative
imagery.
This research is indubitably fascinating, but as with plenty of these
studies, it merely proves that a strong correlation between cognition
and the gut microbiome exists. The causal mechanisms are deeply
uncertain at this point.
In any case, the idea that certain gut bacteria not only influence
thought processes, but the physical structure of the brain itself, is,
for lack of a better word, mind-boggling.
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