What is Decentralized Science (DeSci)?

DeSci provides a censorship-resistant structure that democratizes scientific funding and management. Instead of relying on traditional grants and venture capital, researchers can raise funds, document their work, and manage their IP on the blockchain.

How Does VitaDAO Work?

VitaDAO is a community-driven DAO supporting early-stage longevity research. Its members include academic scientists, pharmaceutical companies (such as Pfizer), and key figures from the crypto space (like Balaji Srinivasan). VITA token holders can vote on funding and governance decisions.

Through the Molecule platform, researchers can register their work on the blockchain in IP-NFT format. These IPs can be tokenized into IPT and sold to investors.

IP-NFT and IPT: Revolutionizing Scientific Funding

• IP-NFTs allow researchers to tokenize their intellectual property on the blockchain, enabling funding through NFT sales.
• IPTs are fractionalized versions of IP-NFTs, allowing broader participation in research governance.
• VITA-FAST, VitaDAO’s first IPT project, funds studies on cellular rejuvenation.

VitaDAO’s Role in BioPharma

• Enhanced collaboration and liquidity: Researchers can verify IP ownership through NFTs and share their work with other labs.
• More efficient and cost-effective drug development: IPTs give patients and researchers more control over project governance.
• Increased project visibility: Through the Molecule partnership, researchers can present their work to a wider investor base.

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VitaDAO Team

VitaDAO is led by experts in longevity and biotech who contribute to the DeSci ecosystem with their diverse skill sets.

• Tim Peterson – Dealflow Steward
  Based in Cambridge, Massachusetts, Peterson is a Harvard graduate and previously served as CTO and co-founder of Leangap.
• Laurence Ion – Dealflow Steward
  Operating from Texas, Earth, Ion was previously the founder of Intersect and CEO/co-founder of Wabbit.
• Alex Dobrin – Awareness Steward
  Located in Bucharest, Romania, Dobrin graduated from the University of Bucharest and previously worked as CPO and developer at Wabbit.
• Sebastian Brunemeier – Longevity Working Group
  Based in Oxford, UK, Brunemeier studied Life Science Business Management at Vrije Universiteit Amsterdam. He co-founded Cambrian Biopharma, Samsara Therapeutics, and Cyclone Therapeutics.
• Matthew ‘Oki’ O’Connor – Senior Reviewer
  Residing in Richmond, California, O’Connor studied biochemistry at Baylor College of Medicine.

This team drives VitaDAO’s growth and fosters innovation in longevity research.

Funding and Investors

To date, VitaDAO has raised $11.2M in funding. Investors include Tioga Capital Partners, L1D, Balaji Srinivasan, Shine Capital, and Pfizer Venture Investments.

Funding rounds:

• $2M (November 2023)
• $3.6M (January 2023)
• $500K (August 2022, led by Pfizer)
• $5.1M (June 2021, pre-seed round)

Additionally, VitaDAO invests in projects like ImmuneAGE Bio and Gero, further expanding the DeSci ecosystem.

VITA Tokenomics

The total supply of VITA tokens is 64,298,880. Distribution:

• 57.7% reserved for treasury
• 42.3% allocated to different groups:
  • 10% Gnosis Token Auction
  • 12.5% DAO working groups
  • 10% service providers
  • 9.8% strategic investors

With VitaDAO, scientific research funding and management become decentralized. Through blockchain technology, researchers and supporters can invest in innovative projects using IP-NFT and IPT systems. Check out the whitepaper, join the community, or learn more through the links below.

Whitepaper: VitaDAO Whitepaper
X (Twitter): VitaDAO X
Telegram: VitaDAO Telegram

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Thanks to blockchain technology and decentralized autonomous organizations (DAOs), an open-source and transparent structure allows individuals to participate in science. Pharmaceutical research and healthcare projects can now become community-driven and managed transparently with the participation of individuals. Those who want to be involved in this system can contribute to relevant projects via tokens, supporting the accessibility and human-centered nature of science.

VitaDAO: A New Step in Decentralized Science (DeSci)

VitaDAO is a decentralized community organization investing in health and longevity research. This blockchain-based platform funds innovative projects focused on slowing aging, preventing diseases, and improving health. VitaDAO aims to create a community-based health ecosystem by bringing together researchers, scientists, investors, and health enthusiasts. VitaDAO members have voting rights in selecting projects to invest in, managing the projects, and fundraising.

VitaDAO’s Operations and Goals

– Decentralization and Community Participation: VitaDAO ensures active community involvement in decision-making processes. VITA token holders vote on which projects to invest in, deciding together how funds are allocated.

– Health and Longevity Research: VitaDAO’s core focus is to provide funding for projects that improve health, delay aging, and support long life.

– NFTs and Intellectual Property (IP): VitaDAO tokenizes research results as NFTs, enabling the intellectual property rights to be made available to community members, making research more democratic and accessible.

– VITA Token Usage: VitaDAO’s governance token, VITA, gives community members voting rights. Token holders have a direct say in project selection and how funds are used.

– Blockchain Technology for Transparent and Secure Structure: VitaDAO employs blockchain and smart contracts to provide a transparent governance model, automating funding and decision-making processes to gain the trust of community members.

Genomes: Security and Sharing of Personal Genetic Information

Genomes is a platform that aims to securely store individuals’ genetic information and give full control to individuals. Blockchain technology is often used to store, analyze, and share genetic data among researchers. Genomes allows individuals to share or sell their genetic data whenever they choose, ensuring top-level security.

Genomes Platform Operations and Goals

– Control Over Personal Genetic Data: Genomes gives individuals full control over their genetic data. Users can securely store, share, or sell their data whenever they wish.

– Data Security and Privacy: Genomes uses blockchain technology and data encryption to ensure the security of genetic data.

– Contribution to Scientific Research: Genomes brings together individuals and researchers to create a vast data pool. Researchers can enhance their work with more data.

– Tokenization and Data Economy: Genomes can use a token system to incentivize data sharing. Users can contribute to research by sharing their genetic data and earn tokens in return.

What Does Genomes Offer to Users?

– Genetic Testing: Users can gain insights into health risks, disease susceptibility, and drug responses through genetic analysis.

– Contribution to Research: Users can contribute their genetic data to research and genetics science, benefiting financially from the process.

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