3 results about "Eubacterium" patented technology

There is provided bacterial compositions for treatment of bipolar disorder or symptoms thereof and methods of treating bipolar disorders or symptoms there of using the same. The compositions comprise a community of fecal bacteria, wherein the community of fecal bacteria comprise bacteria from the genus Agathobacter, Anaerotignum, Bacteroides, Bifidobacterium, Butyricimonas, Dialister, Dysosmobacter, Eubacterium, Odoribacter and Parabacteroides.

The application discloses a kind of zürich true bacillus genus specific protein monoclonal antibody TC1 and its application.The monoclonal antibody TC1 includes heavy chain variable region and light chain variable region, and the amino acid sequences of heavy chain variable region and light chain variable region are respectively shown as SEQ ID NO:3 and 4.The antibody conjugated magnetic bead of the application is coupled from the monoclonal antibody TC1 and activated carboxyl magnetic bead.The antibody conjugated magnetic bead of the application can specifically enrich zürich true bacillus genus, and the enrichment efficiency is high, and the enrichment operation is simple, can be applied to the analysis of zürich true bacillus genus metabolite, and can be used for its qualitative and quantitative analysis.

The invention provides an intestinal flora marker for predicting human total lifetime and a construction method of a prediction model of the intestinal flora marker, and belongs to the technical field of biological medicine and precise nutrition. The invention relates to an intestinal flora marker for predicting the total lifetime of human beings. The intestinal flora marker comprises an eubacterium rectum genus (Agathobacter) and / or a butyric acid genus (Butyliccus). The relative abundance of the intestinal flora marker is in significant negative correlation with the death risk, which indicates that the intestinal flora marker may have a protective effect. Meanwhile, survival differences among different risk groups of human total lifetime prediction models constructed on the basis of the intestinal flora markers have statistical significance, which prompts that the models have good survival prediction ability in a training set. The present invention is a precise intervention design for stably predicting individual lifetime in a variety of populations and for prolonging the overall lifetime.