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A new exciting study from the University of Utah School of Medicine has found that the microbiome may protect us from viral induced neurological damage. This research could change the way we look at neurological disorders such as multiple sclerosis, Alzheimer’s, Parkinson’s and more. Dysfunction of the gut bacteria might be key in allowing harmful viruses to trigger neurological diseases. In the study, mice with disrupted microbiota showed less active brain immunity through decreased activity of the microglial cells (immune cells in the brain) and that germ free mice receiving antibiotics were unable to control viral replication within the brain leading to increased paralysis after being infected with a neurotropic virus. They also found that the microglia depletion led to worsening demyelination. The study found that signals from microbes in the gut are essential to quickly clearing viruses in the nervous system and to prevent damage. The microbes do this through something called TLR4 signaling. They are unsure as to which bacteria in the gut is responsible for this signaling, but I am sure there is more information to come. <br />This research might also give us further insight into conditions such as PANS/PANDAS and other childhood disorders. <br />With the microbiomes role in so many conditions, it’s worth checking on your flora with GI Mapping. If you’ve never had GI mapping, it’s a great way to check out your microbiome and to see if there are any unhealthy guys hanging around. It also gives us information about digestion, absorption and gut inflammation. 🦠🧬🦠 Research: https://www.ncbi.nlm.nih.gov/pubmed/31309928<br /><br />#microbiome #microglia #socool #guthealth #immune #neurodegenerativedisease #healthegut #heal #ourbodiesaremagical #naturalmedicine #healthygut #PANS #PANDAS #patewellnesscenter

A new exciting study from the University of Utah School of Medicine has found that the microbiome may protect us from viral induced neurological damage. This research could change the way we look at neurological disorders such as multiple sclerosis, Alzheimer’s, Parkinson’s and more. Dysfunction of the gut bacteria might be key in allowing harmful viruses to trigger neurological diseases. In the study, mice with disrupted microbiota showed less active brain immunity through decreased activity of the microglial cells (immune cells in the brain) and that germ free mice receiving antibiotics were unable to control viral replication within the brain leading to increased paralysis after being infected with a neurotropic virus. They also found that the microglia depletion led to worsening demyelination. The study found that signals from microbes in the gut are essential to quickly clearing viruses in the nervous system and to prevent damage. The microbes do this through something called TLR4 signaling. They are unsure as to which bacteria in the gut is responsible for this signaling, but I am sure there is more information to come.
This research might also give us further insight into conditions such as PANS/PANDAS and other childhood disorders.
With the microbiomes role in so many conditions, it’s worth checking on your flora with GI Mapping. If you’ve never had GI mapping, it’s a great way to check out your microbiome and to see if there are any unhealthy guys hanging around. It also gives us information about digestion, absorption and gut inflammation. 🦠🧬🦠 Research: https://www.ncbi.nlm.nih.gov/pubmed/31309928

#microbiome #microglia #socool #guthealth #immune #neurodegenerativedisease #healthegut #heal #ourbodiesaremagical #naturalmedicine #healthygut #PANS #PANDAS #patewellnesscenter

7/22/2019, 12:05:36 AM