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Curcumin recovery results differed between endurance and laboratory markers

A trial in recreationally active men found mixed recovery outcomes after muscle-damaging exercise, with slower endurance recovery in the higher-dose group.

By 100HP editorialAbstract-based explanation checked

Based on the published abstract. The full paper may contain additional methods, results and limitations.

The 30-second takeaway

The higher-dose curcumin group had slower muscle endurance recovery than the lower-dose group at the reported early assessment. The abstract also describes greater reductions in pain and laboratory markers, but leaves their comparator unclear. Together, these results do not establish that a higher dose produces better overall recovery.

Keep in mind

The abstract supplies no effect sizes and does not clearly identify the comparator for the pain and laboratory results. Its participants were recreationally active men, limiting direct application to other populations.

THE RESULT, WITH CONTEXT

What researchers found

Slower recovery

Muscle endurance

At 24 hours after muscle-damaging exercise, the higher-dose group recovered more slowly than the lower-dose group; the abstract provides no numerical effect estimate.

Physiol Rep, 2025 · Original source ↓

Different measures told different stories

Researchers assessed pain, laboratory markers, muscle power and endurance after a demanding leg-press protocol. The reported endurance result shows why changes in recovery markers should not automatically be interpreted as restored exercise performance.

The dose question remains open

Although the authors describe a dose-response pattern, the abstract presents mixed outcomes. It does not provide enough comparative detail to establish a consistently preferable dose across symptoms, laboratory measures and physical performance.

CHECK THE ORIGINAL

The original publication

The dose-response effects of hydrolyzed curcumin on recovery, inflammation, and oxidative stress following exercise-induced muscle damage in males.

Helder TA, Condon S, Grant I et al.
Physiol Rep · 2025

PubMed ID
40781899
Record checked

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