Bioelectric Morphogenetic Arrays

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

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Bioelectric Morphogenetic Arrays

Based on the discovery that bioelectric voltage states control tissue geometry, these electrode arrays or optogenetic interfaces rewrite the 'bioelectric code' of cells. By shifting the resting potential of wound sites, they can instruct cells to rebuild complex structures like limbs or eyes, offering a pathway to regenerative medicine that surpasses stem cells alone.

TRL

2/9Theoretical

Impact

5/5

Investment

3/5

Category

Hardware

Connections

Bioelectric Pattern Decoders

AI models that interpret the voltage states of cell clusters to predict and control morphological outcomes.

Hardware

Extracellular Matrix Remodeling Devices

Targeted ultrasound and enzymatic systems that break down aged, crosslinked ECM and stimulate fresh matrix deposition.

Hardware

Whole-Organ Regeneration Bioreactors

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

Precision Photobiomodulation Systems

Light-delivery hardware tuned to mitochondrial rejuvenation wavelengths.

Envisioning is an emerging technology research institute and advisory.

2011 — 2026