VitaLabs Voting Proposal: Selection of Projects for Incubation
Introduction to VitaLabs
VitaLabs is VitaDAO’s platform for driving innovation in longevity research through a decentralized and collaborative approach. Operating on the principles of transparency, community involvement, and open science, VitaLabs provides researchers, scientists, and enthusiasts with the tools, resources, and frameworks to propose, develop, and execute transformative projects. Our mission is to advance longevity science by fostering groundbreaking ideas that challenge conventional research paradigms.
Community-Driven Project Proposals
In alignment with our decentralized ethos, the projects presented for this voting round were proposed permissionlessly by the community . These proposals emerged from an initial stage of Ideation, during which fellowship applicants introduced their ideas, exchanged feedback, and formed collaborative teams. This stage emphasized open discussions, peer support, and community engagement to refine ideas and address potential gaps. It is important to note that these projects have not been vetted by the VitaLabs or VitaDAO Core Teams. Instead, they represent the creativity, expertise, and passion of our global community. The selection process for incubation relies entirely on community voting, ensuring democratic decision-making and support for the projects with the greatest collective endorsement.
Proposal Overview
This voting round aims to identify up to four projects to advance to the next phase. Selected projects will receive support from VitaDAO, including funding, and access to mentorship and resources, enabling their teams to develop and execute research plans. By participating in this voting round, you contribute to empowering innovative projects that have the potential to reshape longevity science.
Key Details of the Process 1. Proposed Projects: Each project was developed collaboratively by VitaDAO community members during the Ideation Stage. The submissions outline hypotheses, methodologies, and potential impacts within the longevity science space.
2. Voting Mechanism: This Selection Stage employs a quadratic voting mechanism , which emphasizes widespread community support. Quadratic voting ensures that projects garnering diverse but moderate support are prioritized, reflecting the collective preferences of the community.
3. Projects Selection: The top four most voted projects will be incubated by VitaLabs. These projects will benefit from structured support from VitaDAO, including:
- Funding for project development.
- Mentorship from VitaLabs Core Team and advisors.
- Resources and tools to advance research and collaboration.
- Opportunities to scale and commercialize their innovations.
- Access to continuous funding opportunities intermediated by VitaDAO
We encourage all community members to thoroughly review the proposed projects listed below, and carefully consider their potential impact before casting votes. This is your opportunity to shape the future of longevity science and support the ideas you truly believe in!
- Targeting the Key Neuroinflammatory Pathway in Brain Aging
- The Genome Expansion Project
- Lengthening telomeres with hTERT expression-inducing small molecules
- Precision medicine for brain health informed by gene-mapped MRI features
- Unlocking Longevity Through Stem Cell Rejuvenation using single-cell analysis
- Precision Telomere Mapping: Pathways to Longevity and Disease Prevention
- Enzyme engineering for crosslinked collagen turnover in the extracellular matrix
- Revive Synergy Longevity Labs – Targeting Aging at Its Roots
- Rewiring Aging: Restoring Gene Networks to Unlock Healthy Longevity
- SkinDeep: Stable and Transient Endogenous Therapy
- “The Renaissance Clinic “ supplement line
- Synthetic Vitality: Synergistic Drug Combinations to aim for Radical Life Extension
| Voter | Cast Power | Vote & Rationale |
|---|---|---|
0x3F04...989Bd6 | 520,599 | 100% for Drugs Combos for Life Expansion |
0x91E8...ac122D | 475,100 | 25% for Neuroinflammation & Brain Aging, 25% for Telomere Length: hTERT Molecules, 25% for Stem Rejuvenation for Longevity, 25% for Enzyme Eng for Collagen Turnover |
0xB774...2F7fcd | 216,557 | 25% for Neuroinflammation & Brain Aging, 25% for Genome Expansion Project, 25% for Telomere Length: hTERT Molecules, 25% for Stem Rejuvenation for Longevity |
0x4BD0...4d6bDC | 177,428 | 14.3% for Telomere Length: hTERT Molecules, 28.6% for Stem Rejuvenation for Longevity, 14.3% for Enzyme Eng for Collagen Turnover, 42.9% for Drugs Combos for Life Expansion |
0xC9bD...9028BE | 127,056 | 41.7% for Neuroinflammation & Brain Aging, 16.7% for Telomere Length: hTERT Molecules, 25% for Stem Rejuvenation for Longevity, 8.3% for Enzyme Eng for Collagen Turnover, 8.3% for Drugs Combos for Life Expansion |
VOTE POWER
Proposal Status
- Wed January 22 2025, 01:43 amVoting Period Starts
- Wed January 29 2025, 01:43 amEnd Voting Period
Current Results
1-Stem Rejuvenation for Longevity
751,788.715
2-Drugs Combos for Life Expansion
596,866.178
3-Telomere Length: hTERT Molecules
450,432.123
