Tart Cherry

The one-paragraph version

Tart cherry is rich in anthocyanins (anti-inflammatory plant pigments) and contains small amounts of melatonin, which is the plausible mechanism behind its two best-studied uses. For exercise recovery, pooled trial data show a meaningful benefit for restoring muscle strength and power and lowering inflammation markers, with a smaller, less consistent effect on how sore you feel S4S3. For sleep, objective measures (total sleep time, sleep efficiency) improve in the studies, even when people don't subjectively feel more rested S1S2. For uric acid and gout, the picture is genuinely mixed: some short-term studies in healthy people show urate dropping S6, but the best controlled trial in actual gout patients found no effect on serum urate at any dose S5. Net: worth trying if you train hard or sleep poorly; skip the "cures gout" framing entirely.

What it is and how it works

Montmorency tart cherry is a sour cherry sold as juice, concentrate, freeze-dried powder, or capsules. Its two active ingredient families are (1) anthocyanins and other polyphenols, which have measurable anti-inflammatory and antioxidant activity, and (2) a small amount of melatonin plus tryptophan, the raw material and signaling molecule for sleep S1. The melatonin dose from food is tiny — roughly 0.1 microgram per 100 g of cherries, far below a melatonin pill — so a pure "melatonin supplement" framing overstates it; the sleep effect is more likely a combination of that trace melatonin and polyphenols that reduce tryptophan breakdown S1S2. On the recovery side, the anthocyanins appear to blunt the inflammation and oxidative stress that follow strenuous, muscle-damaging exercise, which is why the strongest signals show up in strength/power recovery and in blood markers like CRP and IL-6 S4.

What the evidence actually supports

• Exercise recovery (best-supported use). A meta-analysis of 14 studies (294 participants) found a significant effect on recovery of muscle strength and power, plus reductions in inflammation markers C-reactive protein and interleukin-6; the effect on felt soreness was smaller, and creatine kinase (a muscle-damage marker) did not significantly change S4. A 2026 scoping review agrees the evidence is real but heterogeneous: about half of strength-recovery studies were positive, benefits were most pronounced in trained athletes, and only a minority of studies showed a clear DOMS (soreness) reduction S3.
• Sleep (moderately supported). A systematic review and meta-analysis found tart cherry significantly increased objective total sleep time (individual studies ranged from about 22 to 84 extra minutes) and improved objective sleep efficiency, while subjective self-rated sleep often did not change — and the underlying studies were of low-to-moderate quality S1. A frequently cited pilot in adults with insomnia used roughly 240 mL (8 oz) of tart cherry juice twice daily for two weeks and reported about 84 minutes more sleep, alongside biochemical changes consistent with less tryptophan degradation S2.
• Uric acid / gout (weakest, do not overclaim). Short-term studies in healthy people have shown tart cherry concentrate lowering serum uric acid S6. But a dose-ranging randomized controlled trial in people with gout found no significant effect of tart cherry concentrate on serum urate, urine urate excretion, or gout flare frequency at any dose over 28 days S5. The honest read: it may transiently shift a urate marker in healthy people, but it is not established to lower urate or reduce flares in gout.

Who actually benefits

• Endurance and strength athletes doing muscle-damaging (especially eccentric) or repeated-day training, who want to recover function faster between sessions — this is the group with the clearest signal S3S4.
• People with poor sleep, particularly older adults, who are willing to accept a modest, mostly-objective improvement and don't mind that it may not feel dramatic S1S2.
• Less likely to notice much: casual/recreational exercisers doing light sessions, and anyone expecting it to manage gout — the controlled gout data don't support that use S5.

Dosing (standard, well-established)

Framed as what studies actually used — not a prescription:

• Juice: about 240–480 mL (8–16 oz) per day, often split into two servings; the insomnia pilot used ~240 mL twice daily S2.
• Concentrate: roughly 30 mL of concentrate diluted in water, once or twice daily — the most common form in recovery trials S3.
• Freeze-dried powder / capsules: approximately 480–500 mg per day in the capsule studies, a lower-sugar way to get the polyphenols S3.
• Timing/duration for recovery: typically started a few days before a hard event and continued through it, with intervention windows of about 7–10 days in most studies S3S4.
• Timing for sleep: taken daily, commonly with an evening serving, over ~2 weeks in the insomnia work S1S2.

Safety

The marketing myths

• "Tart cherry treats gout." Not supported. The best controlled trial in gout patients found no effect on serum urate or flares S5; earlier positive urate signals were in healthy people and short-term S6. Describing it as gout treatment is a disease claim the evidence doesn't back.
• "It's a natural melatonin supplement / sleeping pill." The melatonin content is tiny compared with a melatonin tablet S1; the sleep benefit is modest and shows up mainly on objective measures, not always in how rested you feel S1S2.
• "It erases soreness." The strongest recovery effect is on restoring muscle function (strength/power) and lowering inflammation markers; the reduction in felt soreness is smaller and inconsistent S3S4.
• "More is better." Higher concentrate doses did not produce more benefit for urate in the gout dose-ranging trial S5, and the juice's sugar penalty grows with volume S3.

Sources

Every reference below is a primary source cited in this guide.