Vira Regen is developing gene-targeted bioelectronic medicines that use engineered electrical stimulation to modulate gene expression and support tissue regeneration.


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Unlike traditional stimulation technologies that rely on broad, nonspecific electrical signals, Vira Regen's electrogenetics platform discovers specific stimulation signal combinations designed to target key gene cascades.
This gene-targeted approach is designed to modulate gene expression on demand, supporting tissue regeneration through a new class of bioelectronic medicine.

Vira Regen's platform combines noninvasive electrical stimulation, computational biology, and custom machine learning to discover specific signal combinations that target key gene cascades.
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Vira Regen is developing gene-targeted bioelectronic medicines that use Electrogenetics to modulate gene expression and accelerate tissue regeneration.
"Our mission is to transform recovery by developing novel, impactful bioelectronic medicines.”
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Learn more about our technology, development progress, and future applications.
Bioelectronic medicine is an emerging field that uses targeted electrical signals to diagnose, modulate, and treat disease by interacting directly with the body’s natural electrical communication networks. Rather than relying solely on drugs or surgery, bioelectronic therapies influence cellular behavior, nerve signaling, and tissue function with precise electrical stimulation to restore healthy physiology and promote healing.
Vira Regen combines bioelectric stimulation, computational biology, and machine learning to identify gene-targeted stimulation approaches designed to influence key genetic pathways.
OsteoVolt™ is the first application of the Vira Regen platform. It is designed to deliver noninvasive stimulation at the site of injury to accelerate bone healing and regeneration.
Vira Regen has completed preclinical studies demonstrating accelerated healing and continues to advance platform development, scientific validation, and future regulatory milestones.
The platform is initially focused on bone regeneration and healing, with future applications being explored across osteoporosis, osteoarthritis, and additional regenerative medicine opportunities.