Decoding Immortality Through Blockchain & Biology
Pioneering research at the intersection of cnidarian biology and distributed ledger technology to unlock the secrets of cellular regeneration and extend human longevity.
Pioneering research at the intersection of cnidarian biology and distributed ledger technology to unlock the secrets of cellular regeneration and extend human longevity.
Track our progress in unlocking the secrets of biological immortality through our pioneering research on Turritopsis dohrnii and blockchain integration.
Latest milestone: Complete mapping of transdifferentiation-related genes in T. dohrnii.
Latest milestone: Successful in-vitro replication of cellular transdifferentiation process.
Latest milestone: Decentralized research data verification system deployed to mainnet.
Latest milestone: Preliminary safety protocols established for first-in-human applications.
Interactive model of T. dohrnii's unique cellular transdifferentiation process
Did you know? The immortal jellyfish can transform its cells from mature state back to an immature state through transdifferentiation, essentially reversing its life cycle.
Our team has discovered significantly elevated telomerase activity during the cellular transdifferentiation process in T. dohrnii, suggesting a novel mechanism for cellular rejuvenation.
Our novel protocol leverages zero-knowledge proofs to ensure research data integrity while maintaining privacy of sensitive genetic information across distributed research teams.
We've identified unique expression patterns of the FoxO gene family during the rejuvenation cycle of T. dohrnii that may be critical for initiating cellular reprogramming.
Explore the intersection of biological immortality research and blockchain technology through interactive data visualizations.
Comprehensive view of our research progress and blockchain integration
Tracking transdifferentiation cycles over time
Key genes involved in cellular rejuvenation
Research data verification and funding transparency
Active Research Nodes
Data Transactions
Research Contributors
Key terms and concepts in our immortality research
The process by which a mature cell transforms into another type of mature cell without going through an intermediate pluripotent state.
An enzyme that adds DNA sequence repeats to the 3' end of DNA strands in telomere regions, which are found at the ends of chromosomes.
A fault-tolerant mechanism used in blockchain systems to achieve necessary agreement on a single data value among distributed processes or systems.
A method by which one party can prove to another that a statement is true without revealing any information beyond the validity of the statement itself.
The process by which cells age and permanently stop dividing but do not die, remaining metabolically active.
The resetting of epigenetic marks during early embryonic development or in induced pluripotent stem cells.
Support groundbreaking research projects at the intersection of immortality biology and blockchain technology.
Applying T. dohrnii gene expression patterns to activate telomerase in human fibroblast cells to extend cellular lifespan.
Dr. Elena Nakamura
Lead Researcher
Building a specialized blockchain network for verifying and sharing immortality research data while maintaining intellectual property rights.
Dr. Marcus Wei
Lead Researcher
Investigating the role of FoxO family proteins in regulating cellular aging and potential applications in human stem cell rejuvenation.
Dr. Sophia Rodriguez
Lead Researcher
Our flagship project aims to prepare the regulatory framework, safety protocols, and initial human applications of our cellular rejuvenation technology derived from T. dohrnii research.
Dr. James Harrington
Project Director
Dr. Amelia Chen
Clinical Lead
Total Funding Raised
Active Projects
Project Contributors
Research Breakthroughs
Join our global community of researchers, developers, and supporters working together to decode immortality.
Join the conversation on immortality research
Posted by Dr. Michael Chen • 2 days ago
Our recent findings on FoxO3 overexpression in human fibroblasts show promising results for extending cellular lifespan. Has anyone else observed similar effects with different transcription factors?
Posted by Sarah Johnson • 3 days ago
I've been working on a new approach to verify genetic research data using zero-knowledge proofs that could significantly improve privacy while maintaining transparency. Looking for collaborators!
Posted by Dr. Robert Patel • 5 days ago
I've developed a new computational pipeline specifically optimized for analyzing the unique gene expression patterns in T. dohrnii during transdifferentiation. The code is now available on our GitHub.
Share your ideas for advancing immortality research
Dr. Emily Zhang
Gene Research Specialist
Alex Novak
Blockchain Architect
Dr. Olivia Kim
Cellular Biologist
Dr. David Liang
Bioinformatics Expert
Global Immortality Research Summit
May 28-30, 2025 • Virtual Event
Blockchain for Biotech Workshop
June 12, 2025 • Online
T. dohrnii Research Roundtable
June 24, 2025 • Zoom Meeting
Become part of our global community working at the intersection of biology and blockchain to unlock the secrets of cellular immortality and extend human longevity.