gut microbiota

Micronoma Receives FDA Breakthrough Device Designation for OncobiotaLUNG, A Novel Liquid Biopsy Assay for Lung Carcinoma Detection

The OncobiotaLUNG assay is the first blood microbiome-driven liquid biopsy with proven effectiveness, including identifying cancer in its earliest stages

A nursing mother’s diet alters the microbiota of her offspring, mouse study finds

The findings of a new research suggest that a mother’s diet during nursing influences her offspring’s microbiota composition, gut health and predisposition to become obese.

Some gut microbes can suppress binge-eating of sweet foods

The findings of a new research suggest that the gut microbiota can influence binge-eating of sweet foods.

Biomica Raises $20 Million in a Financing Round to Advance its Pipeline of Microbiome-based Therapeutics

Funding round led by Shanghai Healthcare Capital. The financing round will enable Biomica to forge ahead, developing its pipeline of microbiome-based therapeutics.

Fever after cancer therapy may be linked to specific gut microbes

The findings of a new research suggest that dietary and antibacterial strategies may help to prevent neutropenia-related fever after cancer therapy.

Obese mice are protected against genital herpes — thanks to their microbiota

The findings of a new research suggest that obesity-induced changes in the vaginal microbiota can affect the immune responses against viral infection.

Two large studies link specific gut bacteria to depression

The findings of a new research support the link between gut microbes and depression, and suggest that the gut microbiota can be a target for future therapies.

Beiersdorf acquires S-Biomedic and strengthens expertise in the field of acne treatment

Strategic investment in dynamic research field of skin microbiome to drive future of skin care.

Japanese gut metagenomes show microbial features associated with diet and disease

The findings of a japanese research suggest that several viruses are linked to specific populations and diseases.

Gut microbes may mediate beneficial effects of low-carb diet on irritable bowel syndrome

Researchers have found that a diet low in fermentable carbohydrates can alter the human microbiota in ways that influence the expression of genes involved in inflammation and intestinal integrity.

Subscribe to MicrobiomePost newsletter

Take full advantage of MicrobiomePost‘s features.

Scroll to Top