CBT / mind-body

Speaker 1...and it's really striking how chronic pain, particularly when unaddressed, can accelerate biological aging. We’re talking about things like epigenetic clocks and telomere shortening.

Speaker 2Exactly. A study in *GeroScience* in 2025, for example, highlighted this, showing that painful diabetic neuropathy is associated with accelerated epigenetic aging and telomere shortening compared with painless neuropathy. It suggests that the *absence* of effective pain management isn't just discomfort; it's a driver of biological aging.

Speaker 1So, where does something like CBT, or cognitive behavioral therapy, fit into this picture? It’s not a molecule, but a mind-body intervention.

Speaker 2It's a crucial lever. CBT and other mind-body approaches help reduce central sensitization and catastrophic thinking about pain. The benefit isn't necessarily a drug in a pill, but the powerful anti-inflammatory and stress-reducing effects that come from better coping, improved sleep, and increased activity. These are protective factors that are often missing when chronic pain is poorly managed.

Speaker 1So, the thesis here is that these interventions counteract the negative impact of *unrelieved* pain on aging and mortality by essentially filling that void. But what’s still uncertain?

Speaker 2While the connections between chronic pain, inflammation, and accelerated aging are becoming clearer, directly linking the *protective effect* of CBT to reduced all-cause mortality, independent of other lifestyle factors, still needs more dedicated research. We know the mechanisms are there for improving quality of life and potentially slowing biological aging, but the direct mortality data for CBT alone is something we’re still working to fully establish.