Roseomonas ⇒ Roseomonas mucosa {10000111}
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| Definition: | Roseomonas mucosa |
| Initialisation date: | 2020-09-06 |
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| Rank: | Species |
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| Domain: | Bacteria |
| Zone: | [ ] |
| Enzyme: | [ ] |
| Function: | [ ] |
Notes:
- Most children in the study experienced substantial improvements in their skin and overall wellbeing following R. mucosa therapy. Encouragingly, the therapeutic bacteria stayed on the skin and continued to provide benefit after therapy stopped.
- Seventeen of the 20 children experienced a greater than 50% improvement in eczema severity following treatment. Improvement occurred on all treated skin sites, including the inner elbows, inner knees, hands, trunk and neck. The scientists also observed increases in the skin’s barrier function—its ability to seal in moisture and keep out allergen.
- A specific set of lipids produced by R. mucosa strains isolated from healthy skin can induce skin repair processes and promote turnover of skin tissue. Study participants had increased levels of these lipids on their skin after treatment with R. mucosa. (1)
Shared Reference Notes
- [1.1] [#Primary sclerosing cholangitis] [#Streptococcus salivarius]
- Even in the early stages, PSC patients’ stool and mucosa significantly enrich oral pathogenic bacteria such as #Streptococcus, #Veillonella, and #Actinomyces (#Streptococcus salivarius is an independent predictor of liver-related three-year mortality) - [1.2] [#Natural Skin Microbiome]
- Roseomonas mucosa secretes #Glycerophospholipids which induce host epithelial repair by enhancing the cholinergic activation via TNFR2 signalling - [1.3] [#Parkinson’s Disease] [#Short Chain Fatty Acid]
- #Constipation severity is significantly correlated with the decrease of #Blautia and #Faecalibacterium, short chain fatty acids (SCFAs)-producing taxa that can exert positive effects on the intestinal mucosa and which are decreased in PD. - [1.4] [#Eubacterium limosum]
- E. limosum can reduce #Colitis, and the metabolite #Butyrate can enhance the integrity of the mucosa and show anti-inflammatory regulation on the intestinal mucosal system through Toll-like receptor 4 (TLR4)
References Notes
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