cancer

Preclinical data for MaaT03X, designed to improve response rate to immune checkpoint inhibitors in a solid tumor indication

Nathalie Corvaïa, Chief Scientific Officer at MaaT Pharma, gives an overview of preclinical and clinical results for MaaT013 and MaaT033.

Mainz Biomed Partners with Microba Life Sciences for the Development of PancAlert

This partnership aims to leverage Microba's advanced technology platform for measuring the human gut microbiome to discover novel biomarkers for pancreatic cancer detection. 

Gut microbes sway how people with lymphoma respond to immunotherapy

The findings of a recent study identified microbiota signatures that may allow clinicians to predict the outcomes of CAR-T immunotherapy.

Gut microbiome affects tumor regression of oncolytic adenovirus-treated melanoma

Microbiomepost discussed with Lorella Tripodi, University Federico II of Naples, about the research she is working with her colleagues.

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.

Subscribe to MicrobiomePost newsletter

Take full advantage of MicrobiomePost‘s features.

Scroll to Top