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The Steel-Man Debate Arena

Rapamycin Dosing: Weekly Pulsed Dosing vs. Continuous Low-Dose Inhibition

Should rapamycin for longevity be administered as a single weekly bolus (5-8mg once per week) to maximize peak mTORC1 inhibition while allowing mTORC2 to recover, or does lower continuous micro-dosing provide steadier autophagy?

The Steel-Man Standard Protocol:The pinned arguments below represent each side’s position at its intellectual peak. Under community rules, an argument is awarded the “Official Steel-Man Badge” only when it receives supermajority upvotes from contributors affiliated with the opposing viewpoint.

Position A: Weekly High-Peak Pulsing (5-8mg once/wk)

Camp A
Pinned Best Steel-ManOpposing Camp Endorsed

Dr. Mikhail Blagosklonny (Emeritus)

Cell Cycle & Aging Research Institute

Pulsed dosing is biochemically essential because chronic inhibition disrupts mTOR Complex 2 (mTORC2) assembly, precipitating systemic insulin resistance, dyslipidemia, and impaired T-cell homeostasis. A single weekly pulse achieves high transient tissue penetration (saturating FKBP12-mTORC1), purges senescent phenotypes, and drops below therapeutic trough within 48-72 hours, allowing full immune and metabolic recovery.

Verified Citations:
Rapamycin-induced insulin resistance: is it really diabetes?PMID:22825366
mTOR inhibition by rapamycin and beyondPMID:23668383
COI Disclosure: Independent academic contributor with zero commercial ties.

Position B: Continuous Micro-Dosing (1-2mg daily)

Camp B
Pinned Best Steel-ManOpposing Camp Endorsed

Dr. Joan Mannick

resTORbio / Life Biosciences

Continuous or frequent low-dose rapalog administration maintains steady partial inhibition of mTORC1 without the peak blood concentration spikes that cause aphthous stomatitis oral ulcers. Phase 2 human clinical trials confirmed that consistent low doses stimulated immune memory and reduced respiratory tract infections in older adults safely without systemic immunosuppression.

Verified Citations:
mTOR inhibition improves immune function in the elderlyPMID:25540326
COI Disclosure: Independent academic contributor with zero commercial ties.