Founder
A new approach
to age reversal.
Anew Bio is building a closed-loop platform that restores youthful cellular states by reading and rewriting the body’s native bioelectric control layer.
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Rejuvenation is possible. Signal reprogramming is the missing layer.
Partial reprogramming has shown that aged cells can be returned to younger molecular and functional states while identity is preserved. Current approaches, however, still rely on molecular payloads that are hard to deliver, dose with precision, and require years of clinical development.
All cells speak in bioelectric patterning.
Like neurons, without spikes and on a longer timescale: membrane potential, ion-channel state, calcium dynamics, and gap-junction coupling form a distributed network that already coordinates cellular behavior across tissue. Anew reads that network, learns its youthful patterns, and writes them back.
- 01 Live voltage state
- 02 Intercellular coordination
- 03 Learned control policies
BioLink
Lab
Discover the policy.
A closed loop that reads, learns, and induces bioelectric patterns. Genetically engineered ion channels make individual cells light-addressable. FLIM voltage imaging reads membrane state without collapsing it to a single endpoint. Holographic light patterns perturb thousands of coordinates simultaneously while machine learning closes the loop between measurement and control.
BioLink
Pod
Deliver the policy.
A non-invasive platform designed for bioelectric skin rejuvenation.
Built around biology and physics first principles.
R&D partner
Centarix
Experimental execution, platform development, and validation.Scientific network
Advisors
Cellular rejuvenation · bioelectricity · optical and acoustic systemsRead the evidence.
Research notes, foundational papers, experimental systems, and the thinking behind Anew Bio.
01Anew researchBioelectric cellular rejuvenation02ModelCell membrane biophysical model03Primary cellsKeratinocyte systems04FoundationsBioelectrics of regeneration05Aging theoryAging as a loss of control06Field referenceTranscription-factor rejuvenation
07FootageExperimental footage libraryComing soon