cancer

How the sex hormone-gut microbiome axis influences tumor immunotherapy

Numerous evidences demonstrate the involvement of the sex hormone-gut microbiome axis in regulating the antitumor efficacy of ICIs.

MaaT Pharma Announces U.S. FDA Lifts Clinical Hold on Phase 3 Investigational New Drug Application for MaaT013 in Patients with Acute Graft-versus-Host Disease

This is the first time the Agency has authorized the Phase 3 clinical evaluation in the U.S of a microbiota-based live biotherapeutic based on a pooling technology, which provides greater…

Vedanta Biosciences Announces $106.5 Million Financing to Advance Pipeline of Defined Bacterial Consortia Therapies

The VE303 study would be the first pivotal Phase 3 study of a therapeutic candidate based on a defined bacterial consortium, which Vedanta is pioneering as a next-generation approach to…

Microbial metabolite may damage the DNA of gut stem cells

The findings of a recent study suggest that tilimycin-producing bacteria can cause genetic mutations in the colon and increase a person’s susceptibility to disease.

Immune cells may shuttle beneficial gut microbes to boost anticancer responses

The findings of a new study shed light on a general mechanism by which gut bacteria may influence anti-cancer immune responses.

Microbiotica Announces Clinical Trial Collaboration with MSD to Evaluate MB097 in Combination with KEYTRUDA® in a Phase 1b Clinical Trial in Melanoma

The bacterial strains in MB097 were identified by analysing the microbiome of patients in multiple studies of ICIs in melanoma.

Microbiota-derived metabolite may help combat pancreatic cancer

The findings of a new study suggest that the microbial metabolite 3-IAA could help to treat PDAC.

Developing microbiome ecosystem therapies to improve outcomes for patients with liquid tumours

Herve Affagard, Chief Executive Officer at MaaT Pharma, gives us an update on the clinical trials (Maat013 and Maat033) and describes the vision of the company for the future of the…

MD Anderson and Federation Bio Announce Collaboration to Develop Novel Microbiome Treatment for Patients with Immunotherapy-Resistant Cancers

Collaboration joins MD Anderson's expertise and capabilities with Fed Bio's proprietary ACT bacterial cell therapy platform to design and manufacture a complex, synthetic microbiome-based therapy

Subscribe to MicrobiomePost newsletter

Take full advantage of MicrobiomePost‘s features.

Scroll to Top