https://electrome.io/
The PEMF device market is only in the infancy stage but Electrome certainly
is receiving a lot of attenetion.
Copilot provided the following:
The AI-powered Electrome discovery engine maps, models, and predicts optimal bioelectric signals to modulate cellular behavior, accelerating the development of targeted electroceuticals across high-burden disease areas.
1. Bioelectric Basis and the Electrome Concept
Bioelectric signals are voltage gradients across cell membranes generated by ionic flows, distinct from classical neural action potentials. These potentials regulate cell proliferation, differentiation, apoptosis, and tissue morphogenesis.
The electrome provides a unifying framework for the body’s bioelectric landscape, analogous to the genome in molecular biology. It encompasses electrical properties across cells, tissues, and organ systems, serving as a physiological and developmental code.
Watch it run this week! News tomorrow?
The PEMF device market is only in the infancy stage but Electrome certainly
is receiving a lot of attenetion.
Copilot provided the following:
The AI-powered Electrome discovery engine maps, models, and predicts optimal bioelectric signals to modulate cellular behavior, accelerating the development of targeted electroceuticals across high-burden disease areas.
1. Bioelectric Basis and the Electrome Concept
Bioelectric signals are voltage gradients across cell membranes generated by ionic flows, distinct from classical neural action potentials. These potentials regulate cell proliferation, differentiation, apoptosis, and tissue morphogenesis.
The electrome provides a unifying framework for the body’s bioelectric landscape, analogous to the genome in molecular biology. It encompasses electrical properties across cells, tissues, and organ systems, serving as a physiological and developmental code.
Watch it run this week! News tomorrow?
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