Bacteroidia ⇒ Bacteroidales {10000188}

Shared Reference Notes

• [1.1] 
  - a significant decrease of microbiome organisms (#Clostridiales, Bacteroidales, and #Campylobacterales) and mycobiome (#Saccharomycetales and #Pleosporales) following #Circumcision.
• [1.2] [#Lipopolysaccharide, #Short Chain Fatty Acid] 
  - #Hypertension groups > low gut microbial diversity and some distinctive taxa, depleted SCFA-producing bacteria, such as Ruminococcacea and #Faecalibacterium, and enriched LPS-producing gram-negative bacteria, such as Bacteroidales, #Negativiticus, and #Megamonas,
• [1.3] [#Irritable bowel syndrome] 
  - IBS patients have increased levels of the bacterial families #Enterobacteriaceae, #Lactobacillaceae, and Bacteroidales, whereas #Bifidobacterium, #Faecalibacterium, and #Clostridiales were decreased compared with healthy controls.
• [1.4] [#Short Chain Fatty Acid] 
  - increased abundance of gut ##Ruminococcus and ##Alistipes in castration-resistant #Prostate cancer (CRPC) patients along with #Bacteroidales, ##Rikenellaceae, ##Faecalibacterium,the so called SCFAs-producing microbiotas.
• [1.5] 
  - abundances of Bacteroidales and #Clostridiales decreased, and abundances of #Lactobacillales and #Erysipelotrichaceae taxa increased in #Folate-deficient mice
• [1.6] 
  - Bacteroidales species are potent consumers of several carbohydrates, driving the production of their fermentation products.
• - #Glucose, #Mannose and glucosamine were preferentially consumed by Bacteroidales compared with the other orders, whereas #lactulose was mainly produced by #Eubacteriales
• [1.7] [#Diabetes Type 2] 
  - Bacteroidales — particularly #Alistipes indistinctus — could metabolise the monosaccharides accumulated in the faeces of people with IR.
• [#Diabetes Type 2] - IR and faecal monosaccharides were lower in individuals who harboured more Bacteroidales-type #Bacteria in their gut, potentially highlighting the role of Bacteroidales-type #Bacteria (#Bacteroides, #Alistipes) in mediating IS.

References Notes