Does Our Nervous System Switch Control All 12 Hallmarks of Aging? MIT-Trained Engineer Says, Yes!

We keep treating the 12 hallmarks of aging, like mitochondrial dysfunction, telomere shortening, epigenetic drift, and cellular senescence, as if they were the problem.JP Errico thinks they're symptoms. The real driver is upstream: the balance between your sympathetic and parasympathetic nervous system.JP is an MIT-trained engineer and co-inventor of non-invasive vagus nerve stimulation technology, and this conversation completely reframed how we think about the aging process.We get into:Why the hallmarks of aging aren't mechanisms, they're downstream consequencesThe analogy for why you can't fix aging, where the damage shows upHow epigenetic drift quietly shuts down longevity genes while leaving inflammatory genes aloneThe cell danger response, and what happens when your body gets stuck in stage one and never resolvesPartial reprogramming, Yamanaka factors, and why billionaires are pouring money into reversing agingA macaque study that reversed reproductive aging in older females, and why that result is hard to fakeHow vagus nerve stimulation boosted natural killer cell activity, and one person's HRV going from 30 to 120 in a yearJP's current research into maternal vagus nerve stimulation and autism riskIf you've ever wondered why one person crumbles under stress and another comes out stronger, this is the biology behind it.Recently published study of JP on the Sympathetic-parasympathetic system deregulation theory of agingEpigenetic Drift study: More from JP Errico:Instagram: @thevnsguyHealth Upgrade PodcastMore from us:Don Moxley: trainrecoverwin.comKlaudia Balogh: longevityjournalist.comThis podcast is for educational purposes only and isn't a substitute for medical advice.