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Showing posts with label Hormone receptors. Show all posts
Showing posts with label Hormone receptors. Show all posts
Friday, 4 August 2017
Diabetes drug could treat Parkinson’s disease
Taking Exenatide, a diabetes medication increases motor skills than placebo for Parkinson’s disease treatment. The drug could stop decline in Parkinson’s patients rather than providing solution to the symptoms.
The drug activates hormone receptors in the pancreas to stimulate the release of insulin for diabetes patients. But the same receptors exist in the brain, activating them can boost dopamine function and stop inflammation in Parkinson’s disease.
Damage to cells that produced dopamine leads to Parkinson’s disease, preventing the damage could stop the development of the disease.
Parkinson’s patients that used exanatite drug had improved motor function - measures like tremors, agility and speech while those who took the placebo are not getting better.
haleplushearty.blogspot.com
Wednesday, 12 July 2017
Western diet may cause liver inflammation
Liver inflammation occurs when the organ becomes larger than normal. Diet, gender, and different antibiotic treatments can alter the gut microbiota as well as bile acid profile and have different effects on liver inflammation.
Farnesold x receptor FxR, is a member of the family of nuclear hormone receptors. Broad-spectrum antibiotics, which eliminated most gut bacteria, affected hepatic inflammation differently in FXR-deficient mice, the diet provided will determine the how it affects gut bacteria.
In control diet-fed mice, a cocktail of ampicillin, neomycin and vancomycin blocked hepatic neutrophil and lymphocyte infiltration. The cocktail of antibiotics Abx was not able to eliminate hepatic inflammation in Western diet-fed Farnesold x receptor knock out FXR KO mice.
Other investigation showed that many inflammatory genes had higher expression levels in Western diet than control diet-fed FXR KO mice after antibiotics treatment.
Analyzing the composition of the gut microbiota, researchers discovered that that Proteobacteria and Bacteroidetes persisted after the broad-spectrum antibiotic treatment in the Western diet-fed FXR KO mice.
Adverse effects of Western diet on the liver may be explained by the persistence of pro-inflammatory Proteobacteria and the reduction of anti-inflammatory Firmicutes in the gut.
haleplushearty.blogspot.com
Farnesold x receptor FxR, is a member of the family of nuclear hormone receptors. Broad-spectrum antibiotics, which eliminated most gut bacteria, affected hepatic inflammation differently in FXR-deficient mice, the diet provided will determine the how it affects gut bacteria.
In control diet-fed mice, a cocktail of ampicillin, neomycin and vancomycin blocked hepatic neutrophil and lymphocyte infiltration. The cocktail of antibiotics Abx was not able to eliminate hepatic inflammation in Western diet-fed Farnesold x receptor knock out FXR KO mice.
Other investigation showed that many inflammatory genes had higher expression levels in Western diet than control diet-fed FXR KO mice after antibiotics treatment.
Analyzing the composition of the gut microbiota, researchers discovered that that Proteobacteria and Bacteroidetes persisted after the broad-spectrum antibiotic treatment in the Western diet-fed FXR KO mice.
Adverse effects of Western diet on the liver may be explained by the persistence of pro-inflammatory Proteobacteria and the reduction of anti-inflammatory Firmicutes in the gut.
haleplushearty.blogspot.com
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