How academic investigators and the Electrome research office structure joint grant applications, and what kinds of grants the bioelectric category is most competitive for.
Grant funded bioelectric work has expanded meaningfully over the past several years. National Institutes of Health programs, Department of Defense pain research programs, and a number of foundation funded mechanisms now explicitly support investigations into bioelectric inputs in pain, inflammation, and adjacent conditions. The Electrome research office partners with academic investigators on grant applications when the fit is right, and this piece explains how that partnership works.
What the office contributes is the practical infrastructure that an academic group often does not have to build for itself. Access to FDA cleared device hardware. Defined protocol parameters that have been characterized. Letters of support from the platform team. Where appropriate, access to platform data under a defined data sharing agreement. Coordination with provider partners who can host the clinical arm if the grant has one.
The academic investigator contributes the science. The hypothesis. The methodology. The institutional review board relationship. The scientific leadership of the work. The platform supports rather than directs, and the resulting publications belong to the investigators. That separation is part of why the partnership is sustainable, and it is the right separation for serious scientific work.
The bioelectric category competes well in mechanisms of pain, inflammation, and neural signaling. It competes well in non pharmacologic pain management research. It competes well in remote therapeutic monitoring oriented work. It is starting to compete in adjacent areas like recovery, sleep, and active aging where the bioelectric input fits the underlying biology. The office is happy to consult on fit before an investigator commits to a particular mechanism.
Engagement on a grant follows the same lightweight front door as other collaborations. A short note to the research office describing the proposed grant and the timeline. A working session to scope the partnership. A formal letter of support and any data or device access agreements that the grant requires. The office is responsive to grant timelines and treats deadlines with the seriousness they deserve.
How academic investigators and the Electrome research office structure joint grant applications, and what kinds of grants the bioelectric category is most competitive for.
More stories
Electrophysiology is the discipline that taught us how the heart and the brain work. The next decade will test whether the same lens can guide therapy across a much wider range of conditions.

How academic and clinical investigators engage with the Electrome research office, and what kinds of collaborations are most fruitful.