The energy resistance principle.
Level 5 - mechanism / opinion, no new human data
Narrative review and theoretical framework without primary empirical data
PubMed 41056945 · doi:10.1016/j.cmet.2025.09.002
What was done
This paper presents a theoretical narrative framework defining the energy resistance principle (ERP). It describes the role of energy resistance in biological energy transformation and synthesizes concepts connecting energy flow, cellular stress, disease states, and lifestyle factors. No primary experimental methods or systematic search protocols are described in the abstract.
What was found
The abstract provides no empirical measurements or quantitative data. Conceptually, it posits that energy resistance converts electron flux into useful work to sustain life, but excessive energy resistance directly leads to reductive and oxidative stress, heat, inflammation, molecular damage, and information loss. It also proposes that disease-causing stressors elevate energy resistance and circulating GDF15, while physical activity, sleep, and restorative interventions reduce energy resistance.
Why it matters
The paper offers a unified bioenergetic model to conceptualize how cellular energy transformation dynamics contribute to health, disease, and aging.
Limits
The abstract reports no primary experimental data, clinical trials, or sample sizes. The concept relies on theoretical modeling and narrative synthesis rather than direct empirical validation, and actionable measurement metrics for energy resistance are not detailed in the abstract.
Cited by
- supports Dr. Martin Picard published a paper on the energy resistance principle, proposing that disease fundamentally arises when mitochondrial energy resistance and electron flow deviate from an optimal homeostatic zone.