Electrome is an emerging field of bioelectric medicine that uses precisely controlled, non-thermal electromagnetic fields combined with AI to modulate biological systems, aiming to treat diseases by targeting cellular voltage rather than just chemistry. This technology offers non-invasive, drug-free solutions for pain, infection, oncology, and inflammation.
electrome.com
Key Aspects of the Electrome Field
Definition & Scope: The "electrome" refers to the electrical network within and around cells and tissues that regulates biological processes. It acts as a new, foundational layer of biological information, often described as a complement to the genome.
Technology Mechanism: Companies like Electrome Corporation use AI-driven, non-contact loop structures to deliver electromagnetic signals (ranging from hertz to radiofrequency bands) that modulate cellular behavior, such as arresting pathogen motility.
Applications: Key focus areas include treating chronic pain, inflammation, cancer, and antibiotic-resistant infections. It is also being explored for defense applications, such as rapid diagnostics for infectious threats.
Industry Drivers: The field is being developed by startups such as Electrome Corp, which is launching studies for conditions like Lyme disease, and Cellectric, which focuses on utilizing electrical signals for improved diagnostics.
Scientific Context: As detailed in Sally Adee’s book We Are Electric, this field focuses on the body's intrinsic electricity, moving beyond just neural signals to include all cellular electrical activity.
Electrome technology is, in essence, aiming to make electricity the primary language of medicine, offering a new frontier in healthcare.
electrome.com
Key Aspects of the Electrome Field
Definition & Scope: The "electrome" refers to the electrical network within and around cells and tissues that regulates biological processes. It acts as a new, foundational layer of biological information, often described as a complement to the genome.
Technology Mechanism: Companies like Electrome Corporation use AI-driven, non-contact loop structures to deliver electromagnetic signals (ranging from hertz to radiofrequency bands) that modulate cellular behavior, such as arresting pathogen motility.
Applications: Key focus areas include treating chronic pain, inflammation, cancer, and antibiotic-resistant infections. It is also being explored for defense applications, such as rapid diagnostics for infectious threats.
Industry Drivers: The field is being developed by startups such as Electrome Corp, which is launching studies for conditions like Lyme disease, and Cellectric, which focuses on utilizing electrical signals for improved diagnostics.
Scientific Context: As detailed in Sally Adee’s book We Are Electric, this field focuses on the body's intrinsic electricity, moving beyond just neural signals to include all cellular electrical activity.
Electrome technology is, in essence, aiming to make electricity the primary language of medicine, offering a new frontier in healthcare.
