Resistance training with aerobic active recovery in obesity and metabolic syndrome: narrative review and protocol proposal
No randomized chronic intervention trial directly evaluating resistance training with aerobic active recovery exists for adults with obesity or metabolic syndrome.
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Context
Replacing passive inter-set rest with low-impact aerobic activity is a proposed session architecture for obesity and metabolic syndrome populations. Whether this strategy yields superior cardiometabolic benefits over conventional training remains unanswered.
What the study showed
The review found no randomized trials directly testing the proposed intervention in the target population. The presented rationale derives entirely from indirect evidence drawn from aerobic, resistance, and combined training studies in adjacent cohorts. Microbiota and DNA-methylation findings are heterogeneous and not RT-AR-specific.
How it was done
Narrative review with structured searches in PubMed/MEDLINE and Scopus, synthesizing systematic reviews, meta-analyses, controlled intervention studies, and mechanistic studies. Dedicated high-sensitivity searches specifically targeting inter-set aerobic active recovery were conducted.
Risk of bias
The complete absence of direct trials makes the entire rationale hypothetical and reliant on extrapolation; the authors themselves acknowledge partial applicability of adjacent-cohort data. This analysis is based solely on the published abstract.
What this study does NOT prove
This study does not prove that aerobic active recovery between sets produces superior cardiometabolic outcomes compared to passive rest in any population.
In clinical practice
RT-AR has no direct empirical support for clinical recommendation in obesity or metabolic syndrome. Clinicians should not adopt the proposal as a validated protocol prior to randomized trials.
Limitations
The complete absence of direct trials makes the entire rationale hypothetical and reliant on extrapolation; the authors themselves acknowledge partial applicability of adjacent-cohort data. This analysis is based solely on the published abstract.
Technical appendix
Version history
- 1.0 · 2026-10-09 — Auto-generated under Evidence Standard v1.0