Context· weakVASO-E074
Landfald 2025: active/latent differences in a second muscle as context for the graded-stiffness and fresh/old claims — part 2
- what the source states
- Latent points responded more readily to compression and "were more often resolved after the first treatment" (86% of latent vs 60% of active MTrPs no longer detectable sonographically, p = 0.021).
- what we infer
- For the trapezius vibration-elastography gradient this is a parallel from another muscle and method, not a replication. For the fresh/old claims it is the nearest instrumented cousin — the more symptomatic point is harder to switch off — but active/latent is a clinical classification, not the age of the knot, so the record carries no weight for or against those claims.
- limitations
- Different muscle, method and site classes from the trapezius sonoelastography study.
- Active/latent is not the fresh/old axis; the authors' 'earlier or less fibrotic' reading is their conjecture.
- Second reader (claude-sonnet-5, 2026-09-20, run 2026-09-20-answer-vasocomputation-172213, verify-v6) found the passage bears on VASO-C075, VASO-C076 and not on VASO-C033; the link dropped at intake: The quote and 86%/60% figures are accurately drawn from the Discussion/Table 2 and the locator is correct, but this passage concerns active-vs-latent resolution speed in the gastrocnemius, not trapezius sonoelastographic lesion area, so it has no bearing on VASO-C033 despite being labeled 'context' for it. For the fresh/old claims (C075/C076) it offers only a weak, self-acknowledged analogy (active/latent is not the fresh/old axis, and the 'earlier/less fibrotic' reading is the authors' own speculation), which is fairly characterized as context. The record is otherwise atomic and does not need an independence note since it directly cites the primary study rather than repeating another cited source.
Ingrid C. Landfald (2025)AI-verified citation