Cordycepin · Polysaccharides · Antioxidants · Adenosine derivatives
Cordyceps is a functional mushroom long used in traditional medicine, particularly for energy, stamina, and respiratory health. Modern research has focused on its role in cellular energy production, oxygen utilisation, and metabolic function.
Interest in cordyceps has grown due to its potential effects on ATP production and exercise performance, as well as its broader anti-inflammatory and antioxidant properties.
Cordyceps contains:
- cordycepin, a bioactive compound linked to cellular energy and metabolic effects;
- polysaccharides supporting immune and metabolic function;
- antioxidants reducing oxidative stress;
- adenosine derivatives influencing energy metabolism.
These compounds underpin its effects on energy and physiological performance.
Randomised controlled trial
Cordyceps supplementation improved exercise performance and oxygen utilisation. Supports its role in enhancing energy and endurance.
View study on PubMed →Clinical trial
Cordyceps increased VO2 max and aerobic capacity in older adults. Suggests benefits for physical performance and ageing.
View study on PubMed →Review
Review of biological activities of cordyceps including anti-hyperglycemic, anti-inflammatory, immunomodulatory, anti-oxidant, anti-fibrotic activities and regulation of apoptosis.
View study on PubMed →Review
Review of the wide range of cordycepin's nutraceutical potential along with its pharmacological actions and possible mechanisms.
View study on PubMed →Cordyceps is best understood as an energy-supporting ingredient, acting at the level of cellular metabolism. By supporting oxygen utilisation, mitochondrial function, and recovery, it contributes to both daily performance and long-term physiological resilience — key components of a longevity-focused approach to health.
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