Reviewed clinical summary · Source-linked · Educational use only

Can Exercise and Fisetin Improve Inflammation and Fat Hormones in Obese Men?

Hormone Insight visual abstract summarising interval training plus fisetin in sedentary men with obesity.
Visual abstract for interval training plus fisetin in sedentary men with obesity.

Clinical Bottom Line

A four-arm trial finds combined training plus fisetin most improves adipokines and lipids in men with obesity, with exercise the main driver. PICO summary and commentary.

Summary: In a four-arm trial in sedentary men with obesity, 12 weeks of combined interval resistance-aerobic training plus fisetin produced the largest reductions in pro-inflammatory adipokines (asprosin, MCP-1) and the best lipid and adiponectin changes, with exercise as the main driver.

PICO Summary

ElementDetail
Population60 sedentary men with obesity (four arms, double-blind).
InterventionCombined interval resistance plus progressive aerobic training (3x/week) with fisetin 200 mg/day for 12 weeks (TF).
ComparisonPlacebo, fisetin alone (F), or training plus placebo (TP).
OutcomeTF group: asprosin -60.71%, MCP-1 -46.50%, adiponectin +27.67%, improved LDL-C, triglycerides, total cholesterol, and HDL-C (all significant), and the only significant BMI reduction (p=0.024). Both training arms improved lipids; placebo worsened. No adverse events.
RCT Nutrients · 2026

Interval training + fisetin in obese men

RCT · obese men · 12 weeks

Trial design
Sedentary obese men Enrolled & assessed RANDOMISED 1:1:1:1 Training + fisetin Exercise + fisetin 200mg n = 15 Placebo No training, placebo n = 15 Change in asprosin from baseline
Change from baseline — both arms
asprosin (% of baseline) Baseline Week 12 -60.71% vs no change Training + fisetin Placebo
Asprosin
-60.71%
TF arm
MCP-1
-46.50%
TF arm
Adiponectin
+27.67%
TF arm
BMI
p=0.024
only TF significant
⬡ Bottom Line

Combined training plus fisetin gave the largest drop in pro-inflammatory adipokines and the best lipid and adiponectin changes, but exercise was the main driver and fisetin remains an unproven add-on.

Expert Commentary

As with other combination trials, the four-arm design is what makes this informative, because it lets me see whether the fashionable ingredient, here the senolytic flavonoid fisetin, adds anything beyond the exercise. The pattern is familiar and reassuring in its honesty: both training arms improved lipids and adipokines while the placebo group actually deteriorated, confirming that the exercise is doing the real work, with fisetin layering on an extra increment in the combined arm. The adipokine shifts are large, but I hold them at arm’s length, asprosin and MCP-1 are mechanistic biomarkers, not outcomes, the authors did no direct mechanistic assays, and the trial is small at sixty men over twelve weeks with a proprietary supplement. Can I use this with my patients? The exercise message, yes and emphatically, structured resistance plus aerobic training improves the metabolic and inflammatory profile of men with obesity. Fisetin I would treat as an unproven add-on, not something I recommend or expect a patient to replicate from a supplement bottle. I would want a larger, longer trial with clinical endpoints and actual mechanistic readouts before crediting the flavonoid with anything.

References

Alipour M, Saeidi A, Hejazi K, Supriya R, Zouhal H. The effects of interval resistance-aerobic training and fisetin supplementation on asprosin and selected adipokines in obese men: a double-blind randomized control trial. Nutrients. 2026;18(3):433. doi:10.3390/nu18030433

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