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Mango Materials produces biodegradable plastics from waste biogas (methane) that are economically competitive with conventional, oil-based plastics. Mango Materials produces poly-hydroxyalkanoate (PHA) powder, a valuable biopolymer that is converted into a variety of ecofriendly, plastic products such as children’s toys, electronic casings, water bottles, and food packaging containers. Due to a rising preference for green products, demand for biodegradable and non petroleum-based plastics is growing rapidly. Mango Materials uses affordable methane gas and a process that competes favorably with petroleum-based plastics to produce low-cost, biodegradable plastics.
Codiak is the leader in the emerging field of exosome therapeutics, working to harness the power of this cellular messenger system to create potentially life-changing medicines. A venture-backed startup founded in 2015, Codiak has rapidly built a proprietary technology platform for exosome engineering and manufacturing that allows for precise targeting of important molecular pathways, opening the door to the development of therapies for cancer and other diseases. Led by an experienced and dedicated team, Codiak has at its foundation a positive and collaborative culture that is deeply rooted in cutting edge science and promotes opportunity for growth. Recent discoveries have transformed our understanding of the role of exosomes in the body. We now know that these natural, cell-derived vesicles can act as a potent and safe delivery system for multiple therapeutic payloads. Recognizing the enormous potential of exosomes, Codiak is applying leading-edge translational science and rigorous drug development to build a pipeline of candidates with broad utility and the capacity to address currently “undruggable” targets. While our initial focus is on oncology/immuno-oncology, this approach also offers significant potential in hematology, neurology and gene therapy and other therapy areas. At Codiak, we are working to create a major shift in the development of tomorrow`s medicines through scientific ambition, remarkable ingenuity and deep passion for improving patients` lives. Located in the heart of Boston`s biotechnology hub in Cambridge, Massachusetts, we are advancing a bold vision by tapping into the unique talents of a varied pool of individuals who together are achieving truly exceptional work.
Dance Biopharm is a private company focused on developing novel inhaled formulations of medicines to treat diabetes and other serious chronic diseases.
Peptilogics is a clinical-stage biotechnology company that designs and develops novel peptide therapeutics. Through their computational platform, Peptilogics is radically altering drug discovery by not only uncovering new, previously unexplored chemical design space, but ensuring that each potential therapeutic is biologically viable and scalable to manufacture. Peptilogics` lead clinical stage peptide therapeutic, PLG0206, is a novel, broad-spectrum anti-infective that has been granted FDA Orphan Drug Designation and Qualified Infectious Disease Product Designation for its initial focus on the treatment of prosthetic joint infections, an unmet medical need.
Finch Therapeutics is a clinical-stage microbiome therapeutics company leveraging its Human-First Discovery platform to develop a novel class of orally administered biological drugs. With the capabilities to develop both complete and targeted microbiome therapeutics, Finch is advancing a rich pipeline of candidates designed to address a wide range of unmet medical needs. Finch`s lead candidate, CP101, is in late-stage clinical development for recurrent C. difficile infection (CDI). In June 2020, Finch announced that CP101 met its primary efficacy endpoint in PRISM3, the first of two pivotal trials to support the development of CP101 for the prevention of recurrent CDI. Finch is also developing CP101 for chronic hepatitis B, and FIN-211 for autism spectrum disorder. In partnership with Takeda, Finch is advancing FIN-524 and FIN-525 for ulcerative colitis and Crohn`s disease, respectively.