About us.
Microbial machines is trailblazing new opportunities using synthetically engineered bacteria to specifically detect and treat diseases of the alimentary track.
Our innovative and experienced team is pushing the boundaries of synthetic biology to rationally design and engineer bacteria that have enhanced capabilities to recognize and deliver versatile payloads to diagnose and treat disease.
Microbial Machines’ robust founder and leadership team brings together accomplished experts in bacterial engineering, microbiology, gastroenterology, and drug delivery necessary to drive the development of impactful new medicines. We are passionate and driven to tackle the limitless potential of engineered bacteria.
Team
Advisors
Carl Novina
Dana-Farber Cancer Institute
Robert Distel
Dana-Farber Cancer Institute
Steven Neier
Binney Street Capital
Barry Polisky
Biotechnology consultant
Bobby Sandage
Cultivation Capital & Riney Family Foundation
Wendy Garrett
Harvard T.H. Chan School of Public Health
Drew Dennison
Lightchain Captial
Our Science
Engineering for Innovation
Synthetically engineered bacteria can be manipulated to therapeutically intervene in a disease pathway. These bacteria are called “living medicines” as live bacterial cells are delivered to the alimentary track where they carry out a programmed therapeutic or diagnostic function. Microbial Machines is engineering novel functionalities into these bacterial strains to develop a safe, specific, and modular platform to detect and treat diseases of the alimentary track.
Safety
Our bacteria are engineered from a non-pathogenic and naturally occurring gut bacterium that has a long-documented history of use as a probiotic. To further enhance the safety, our bacteria are engineered to have a limited half-life in the body.
Specific
Our bacterial platform was designed to recognize and deliver payloads directly to the site of disease. By targeting the bacteria to sites of disease, our therapeutics are locally delivered which enhances efficacy and reduces toxicities of the therapy. We have also developed proprietary methods that enable us to deliver therapeutic payload specifically within diseased cells.
Modular
We synthetically design bacteria to perform many different therapeutic and diagnostic functions. Our platform is robust enabling the rapid development of specific bacteria that can recognize specific disease sites and deliver a variety of different therapeutic and diagnostic payloads.