what's VitaRNA?
VitaRNA is a tokenized intellectual property non-fungible token (IP-NFT) representing ownership and governance rights in Artan Bio's gene therapy research. The project focuses on developing therapeutic candidates that target nonsense mutations at the RNA level to address aging-related genetic factors. By tokenizing the IP, VitaRNA enables community-driven funding and decision-making, allowing token holders to vote on research directions, capital allocation, and development milestones. Launched through VitaDAO, VitaRNA raised over $300,000 via a crowdsale to advance preclinical work toward clinical trials. The token operates on blockchain infrastructure provided by Molecule, facilitating onchain trading, tracking, and exploration of the project's progress. Artan Bio, led by experienced biotech entrepreneurs, aims to suppress mutations driving aging, positioning VitaRNA as a pioneering effort in decentralized science (DeSci) where collective ownership accelerates innovation in longevity research. The mechanics involve IP-NFT structure, where the underlying patents and research data are governed transparently onchain. Holders participate in a DAO-like model, influencing R&D from patent registration to trial design, democratizing access to high-impact biotech typically gated by traditional venture capital.
VitaRNA lead's prior company acquired by Eli Lilly; VitaDAO backs aging gene therapy research.
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ethereum
Dr. Torres, who leads VitaRNA, had their oncology company CrossBridge Bio acquired by Eli Lilly.
Backed by VitaDAO for gene therapy research targeting aging.
VitaRNA is in talks with a major government for longevity clinical trials.
Two clinically relevant delivery vectors demonstrate strong compatibility for human application, marking a major technical milestone. Three new tokenized research projects launch in the Molecule ecosystem including $VITAFOXO for disc degeneration via gene splicing, all oversubscribed.
Lead researcher Mykalt45 receives Best New Drug Developer award at World ADC conference.
The team visited Lonza's manufacturing site to prepare for scale up of lead candidate Artan-102, a gene therapy targeting nonsense mutations.
New partnership with Syenex announced to improve genetic drug delivery precision for longevity research.