TAP reading note: Quantifying resilience of humans and other animals
The paper proposes studying resilience through dynamics: slower recovery may accompany changes in variance, temporal autocorrelation or correlations between subsystems. These are testable ideas, but simulations and findings cited from other papers are not new human clinical validation by this article.
Updated 2026-10-29 · Archived
This is the text and publication record captured for this edition. Later corrections appear in subsequent editions. Website design and interactive software are not archived here.
What the study found
The paper proposes studying resilience through dynamics: slower recovery may accompany changes in variance, temporal autocorrelation or correlations between subsystems. These are testable ideas, but simulations and findings cited from other papers are not new human clinical validation by this article.
Scope & limitations
Human, animal and complex-system literature and models; no new unified patient cohort.
Critical slowing depends on assumptions about near-equilibrium behaviour and perturbations and does not cover every cyclic, chaotic or abrupt transition. Noise, changing external disturbances and treatment can alter the same indicators. High autocorrelation alone does not establish declining resilience.
Population & sample
Human, animal and complex-system literature and models; no new unified patient cohort.
Exposure or intervention
Theory and cross-domain comparisons of recovery rates, temporal autocorrelation, variance and cross-system correlations.
Outcomes
Candidate interpretations and conditions for dynamic resilience indicators; no unified diagnostic-performance estimate.
Time frame
Multiple sampling frequencies and recovery scales; the system and disturbance must first be specified.
Research funding
No separate funding paragraph was found in the obtained body text; funding remains unverified.
Research conflicts of interest
The authors declare no conflict of interest.
Reading scope
The body sections and Figures 1–3 captions were read through. Supplementary Tables S1/S2 and cited prospective human studies remain to be examined.
References
Publication record
TAP-RDN-0064 · v1.0 · English
Author: TAP Editorial Team ·
The Allostasis Project is founded and supported by Resilio.
Record for v1.0 · Updated
Editorial responsibility: TAP Editorial Team
Scientific review
Not yet scientifically reviewed
Editorial note
Under the editorial responsibility of the TAP Editorial Team, this publication used AI assistance for content organization and editing. Scientific review is recorded separately on this page.
Download detailed editorial record (JSON) ↓
How responsibilities and review are recorded ↗© The Allostasis Project. All rights reserved. Reproduction or adaptation requires separate permission, subject to applicable legal exceptions.
Download complete edition record (JSON) ↧
Record integrity & available editions
SHA-256: 9676f9e66ac6e9a3412f76489c4c924cd68d533ef706d4f7fed0c7b48580bc3e
Captured: 2026-10-29T10:31:13.626Z
- v1.0 · 2026-10-29