Structured evidence table for Rhodiola Exercise Performance Meta-Analysis, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Rhodiola Exercise Performance Meta-Analysis | Efficacy of plant extracts in heart failure patients: a systematic review and network meta-analysis. | 1 | Tang T (2026) | Efficacy of plant extracts in heart failure patients: a systematic review and network meta-analysis. |
| Rhodiola Exercise Performance Meta-Analysis | Plateau environments are characterised by low atmospheric pressure, reduced oxygen levels, low temperatures, and high levels of ultraviolet radiation. | 1 | Ma Huizi (2026) | Enhancing Exercise Performance Under Hypoxia: A Network Meta-Analysis and Animal Experimental Validation of Plant Bioactive Compounds |
| Rhodiola Exercise Performance Meta-Analysis | At high altitudes, decreased atmospheric pressure and reduced environmental oxygen content lead to hypobaric hypoxia. | 1 | Ma Huizi (2026) | Enhancing Exercise Performance Under Hypoxia: A Network Meta-Analysis and Animal Experimental Validation of Plant Bioactive Compounds |
| Rhodiola Exercise Performance Meta-Analysis | It is influenced by multiple factors, including reduced energy substrates (glucose and glycogen levels), accumulation of metabolites (such as lactic acid and blood urea nitrogen), alterations in skeletal muscle metabolism, and changes in exercise motivation [,]. | 1 | Ma Huizi (2026) | Enhancing Exercise Performance Under Hypoxia: A Network Meta-Analysis and Animal Experimental Validation of Plant Bioactive Compounds |
| Rhodiola Exercise Performance Meta-Analysis | 1 Hypoxic environments are natural or artificial settings where atmospheric oxygen levels fall below normal levels. | 1 | Ma Huizi (2026) | Enhancing Exercise Performance Under Hypoxia: A Network Meta-Analysis and Animal Experimental Validation of Plant Bioactive Compounds |
Source documents