Supports· weakORCH-E010
Computational prediction that anesthetic effects on tubulin terahertz modes track clinical potency
- what the source states
- The abstract describes the methods as binding-site prediction, molecular docking, quantum chemistry, and theoretical modeling, and reports that modeled anesthetic action on collective terahertz dipole oscillations in tubulin correlates with clinical anesthetic potency.
- what we infer
- Frequently cited in proponent summaries as if it were experimental support for the anesthesia arm; it is not, and the distinction matters enough to record explicitly. This is a modeling study, so it cannot confirm anything — but it does something else of real value: it states the potency-correlation prediction in advance, which means a future experimental potency series would be a genuine prospective test rather than a post-hoc fit. Graded weak as evidence and flagged as high value as a prespecified hypothesis.
- limitations
- Entirely computational; no experimental measurement of the predicted correlation.
- Proponent authorship (Hameroff, Tuszynski, Craddock, Kurian).
- Docking and quantum-chemical modeling of anesthetic binding carries substantial known uncertainty.
- No experiment has yet tested the prediction prospectively.