Whole-Organ Regeneration Bioreactors

Perfusion bioreactors that repair, rejuvenate, and recellularize donor or patient organs ex vivo.

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Whole-Organ Regeneration Bioreactors

Advanced bioreactor systems capable of decellularizing damaged organs, removing senescent cells, and reseeding scaffolds with induced pluripotent stem cell–derived progenitors. By optimizing flow, oxygenation, and biochemical cues, these platforms aim to restore organ function prior to transplantation and enable cyclic organ rejuvenation instead of single-use transplants.

TRL

5/9Validated

Impact

5/5

Investment

5/5

Category

Hardware

Connections

Applications

On-Demand Organoid Transplantation

Patient-specific mini-organs grown from stem cells to rejuvenate or replace failing tissues.

Programmable Cell Factories

Microfluidic hardware that grows, differentiates, or edits stem cells for rejuvenation use.

Hardware

Vitrification Biostasis Pods

Advanced cryopreservation systems capable of reversibly preserving human organs and potentially whole organisms.

Applications

Partial Cellular Reprogramming

Controlled expression of Yamanaka factors to rejuvenate tissues without losing cellular identity.

Hardware

In-Situ Bioprinting Arms

Robotic systems capable of 3D printing skin and tissue directly onto patients for rapid wound healing and regeneration.

Hardware

Bioelectric Morphogenetic Arrays

Devices that map and modulate cellular bioelectric fields to guide limb and organ regeneration.

Envisioning is an emerging technology research institute and advisory.

2011 — 2026