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ZIVO Bioscience is a Michigan-based biotech company engaged in the investigation of the health and nutritional benefits of bioactive compounds derived from its proprietary algal cultures, and the development of natural bioactive compounds for use as dietary supplements and food ingredients, as well as biologically derived and synthetic candidates for medicinal and pharmaceutical applications in humans and animals, specifically focused on the general benefits of autoimmune and inflammatory response modulation.
Axial Biotherapeutics is a biopharmaceutical company harnessing the link between the human gut microbiome and Central Nervous System to develop a new class of therapeutics to improve the quality of life for people with CNS diseases and disorders
Ÿnsect is the world leader in the production of protein and natural insect fertilizers. Founded in 2011 in Paris, France, by both scientists and environmental activists, Next40 and B Corp-certified, the company processes insects into high-end, high-value ingredients for pets, fish, plants and humans. From its purpose-built state-of-the-art farms, Ÿnsect offers a long-term, sustainable, organic solution to accelerate protein and plant consumption. Ÿnsect uses pioneering proprietary technology covered by 377 patents across 44 categories, to produce lesser and yellow mealworms in fully automated vertical farms. Ÿnsect runs three production sites, one in Dole, France (commissioned 2016), one in the Netherlands (2017), one in the USA (since 2022), and a third site, the world`s largest vertical farm, in Amiens in France, is currently under construction. The company, which employs 360+ people, has raised around $ 500 million from major global investment funds, banks and public bodies and exports its products around the world.
Encodia is developing an innovative Next-Gen digital proteomics platform to enable democratized protein sequencing. Our goal is to make protein sequencing easy and ubiquitous by using a novel reverse-translation technology that turns peptide sequences into DNA. The DNA can be read by an NGS DNA sequencer, providing a path to breakthrough proteomics research at a scale that is not practical or cost-effective using current technologies.