Working hypothesis
v0.1.322In MS, an advancing CNS-penetrant BTK lever (tolebrutinib lead; remibrutinib also advancing) aimed at B-cell and microglial immune drivers, paired with a watch-only selective M1 antagonist (PIPE-307) inside a secondary OPC-forward remyelination stack, might slow confirmed disability progression and yield supportive myelin-repair signals only if each lever shows separable benefit—an unproven dual-arm idea falsified if BTK fails disability endpoints or if PIPE-307/remyelination adds no independent repair or disability signal.
Architecture stays two-lever: Arm A immune (CNS-penetrant BTK) and Arm B remyelination (M1/OPC-forward), without collapsing into one molecule or elevating PIPE-307 beyond watch; tolebrutinib remains the lead advancing CNS-penetrant BTK with remibrutinib advancing, while frexalimab, fenebrutinib, CAR-T, sterol, EBV, and RBC-tolerance options stay watch and opicinumab dropped; new papers (MOGAD/ADEM case, MSC review, EBV–POTS case, regional DMT patterns, intermittent hypoxia, exercise review, demyelinating biobank, fingolimod-related HLH) do not re-rank Arm A/B leads, do not supply MS disability or repair readouts for PIPE-307 watch, and do not justify oncology/wellness drift or cure language—so Arm B and the remyelination stack remain secondary pending disability/repair data, uncertainty stays explicit, and the dual-arm falsifier is retained.
- — Kept dual-lever CNS-penetrant BTK + secondary M1/OPC remyelination stack; no single-molecule collapse
- — Advance tolebrutinib (lead) and remibrutinib on Arm A; hold PIPE-307 at watch only on Arm B with stack secondary
- — New papers do not prove MS cure, disease modification, PIPE-307 watch efficacy, or dual-arm disability/repair benefit
Auto-rewritten on each high-signal paper · —