Introduction
Bifidobacterium adolescentis is a common bacteria in the human gut microbiome that may have several health benefits, including:
B. adolescentis may help improve the intestinal barrier, which prevents harmful bacteria and toxins from entering the body. It may also help balance the gut microbiota and reduce inflammation.
B. adolescentis may help modulate the immune system and support immune function.
B. adolescentis produces GABA, a neurotransmitter that may help reduce stress and anxiety.
Some strains of B. adolescentis can synthesize B vitamins, such as folic acid.
B. adolescentis may help support metabolic health.
B. adolescentis may have antioxidant properties that may help with cardiovascular disease.
B. adolescentis supplementation may help protect against bone loss after a fracture.
B. adolescentis may help improve sleep quality.
B. adolescentis is often found in dairy products, which are a common source of nutrients.
Relative abundance of B. adolescentis and gad genes within analyzed children gut microbiomes. Panel (a) shows the overall abundance of B. adolescentis- and gad genes-associated reads within the filtered children gut microbiome samples (PRJNA496479). The y-axis represents the percentage of reads identified, whereas the x-axis reports the sample numbers. Values associated to gad genes are reported in reverse order. The anxious and depressed children samples are represented as orange-colored bars, whereas healthy subjects in green. Panel (b) exhibits two Whisker plots based on relative abundances of B. adolescentis and gad genes in the gut microbiota data, which results in both chases with a p value of < 0.001 between depressed and healthy children (Student’s t test). The y axis shows the percentage of reads identified. Boxes represent 50% of the data set, distributed between the 1st and 3rd quartiles. The median divides the boxes into the interquartile range, while the X represents the mean. The lines extending vertically outside the boxes show the outlier range.
B. adolescentis distribution according to the production of GABA quantified by means of HPLC.
Dosing
B. adolescentis distribution according to the production of GABA quantified by means of HPLC. and individually follow your physician’s guidance as well.
Storage
24 months indoor at 5-20 degree against sunlight and keep away from children.
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