We provide our researchers not only funding, but also access to community of entrepreneurs, researchers, investors and thought-leaders committed to the outcomes of your work.
Our community is dedicated to intentionally facilitate conversations, collaborations, and connections that can transform your research into real-world applications and solutions.
We provide an alternative funding avenue for those daring ideas that may be considered too unconventional or risky by traditional standards.
We don’t want to waste your valuable time writing and waiting for grants. ValleyDAO is committed to grant qualifying applicants with up to $200k in funding in less than 2 months.
We provide our researchers not only funding, but also a community of entrepreneurs, researchers, investors and thought-leaders committed to the outcomes of your work.
Our community is dedicated to intentionally facilitate conversations, collaborations, and connections that can transform your research into real-world applications and solutions.
We provide an alternative funding avenue for those daring ideas that may be considered too unconventional or risky by traditional standards.
We don’t want to waste your time valuable time writing and waiting for grants. ValleyDAO is committed to grant qualifying applicants up to $250k in funding in less than 2 months.
Microbially produced oils and fats have a wide range of applications, such as the production of biofuels, infant formula, and ethical palm oil. Ledesma-Amaro's project aims to improve the production yield of oils in yeast while simultaneously decreasing expensive downstream processing.
Fluorinated organic molecules are difficult to manufacture sustainably due to requiring harsh chemical conditions. Nikel’s group has developed a process to biomanufacture a diverse set of fluorinated molecules that can be used in the electronics, healthcare, automotive, and wearables industries.
SynbioCAD is a software for designing metabolic routes for bioproduction that can save technicians hours of work. It enables end-to-end pathway design and engineering, from strain and target selection to the generation of scripts driving liquid handlers for plasmid assembly and strain transformations.
