PFS/PSSD: I'm going to try something interesting…
u/various (r/DrWillPowers members)
r/DrWillPowersnot verified (mirror crawled ~161 days before 2026-10-07)
Presents Dr Will Powers’ theory
Patient / community self-report
Summary (paraphrased)
A patient with ~3 years of PSSD followed by PFS described Powers' theory back to the community (metabolite backlog → epigenetic androgen-receptor changes → persistent "crash") and proposed a 30-day fast as an experiment: fasting blunts the HPG axis, induces the HDAC inhibitor beta-hydroxybutyrate, and pauses androgenic input so the body can clear weak metabolites. Shows how Powers' Reddit theorizing was being interpreted and operationalized by patients, including the HDAC/epigenetic angle.
Why it’s in the corpus
Evidence of the theory's dissemination and the specific mechanistic claims patients took from Powers (metabolite backlog, epigenetic AR changes). Useful corpus context on how his hypotheses circulate; also flags the fasting/HDAC-inhibitor sub-hypothesis.
Some fields on this page come from the release’s Markdown edition, which carries text the JSON edition omits.
Related records
- Video
Dr. Will Powers Interview [PFS / PAS / PSSD Summit 2026]
Dr. Will Powers · SIDEfxHUB - PFS & PSSD Patient Organisation · 21:27 (1287s)
PFS, PAS, PSSD mechanism theory; Powers' unifying model; vulnerability screening
ARARID1ACHD8HDAC10YT-iWFDBRTgT3g2026-04-29PFSPSSDPRSDCore corpus - Powers gene claim
AR — upregulated expression (~1.7x, citing Khera); theorized epigenetic silencing in his phenotype
Confidence: interview/direct
Citing Khera's published finding of ~1.7x AR upregulation in PFS cells, Powers theorizes intracellular weak-metabolite crowding blocks potent androgens from binding, and that in extreme cases the body epigenetically silences AR expression — producing…
ARPGL-AR2026-04-29; circa May 2026PFSCore corpus - Powers gene claim
ARID1A; CHD8; HDAC10 — recurring "glitches" (unspecified)
Confidence: interview
In whole-genome sequencing of ~100 PFS patients, glitches in epigenetic monitoring genes — ARID1A, CHD8, HDAC10 — appear "more than they should" statistically. Epigenetic flags (e.g., for AR upregulation) may fail to be removed after drug discontinuation.
ARARID1ACHD8HDAC10PGL-ARID1A-CHD8-HDAC102026-04-29PFSCore corpus
