Does tart cherry juice help muscle recovery?

Maybe for strength, and probably not for how sore you feel. A 2026 meta-analysis of 19 trials in 385 trained athletes found tart cherry juice sped the recovery of maximal strength after muscle-damaging exercise, with very low to moderate certainty and large differences between studies. The same analysis found no pooled effect on muscle soreness or creatine kinase, a blood marker of muscle damage. The trials gave concentrate or juice for about a week around a hard session.

Unsettled. Both meta-analyses see a strength benefit. They split on soreness. The 2021 analysis of 14 studies found a small benefit (effect size -0.44, 95% CI -0.87 to -0.02), right at the edge of significance. The 2026 analysis, which pooled more trials, found none. Several single trials found nothing at all. That is why the answer is still open.

What the trials found

Strength comes back faster in several trials

In the 2026 meta-analysis, effect sizes for strength recovery grew from 0.63 straight after exercise to 1.12 at 24 hours, 1.29 at 48 hours and 2.14 at 72 hours. The heterogeneity between studies ran from 69 to 93 percent, and significance at some time points rested on single studies. Effects that large so late should be read with suspicion.

The single trials behind that look small. Sixteen trained cyclists took 2 tbsp (30 ml) of tart cherry concentrate twice a day for eight days around a 109-minute race simulation. Their leg strength did not decline over the next 72 hours, while it did on placebo. A crossover trial gave 10 well-trained men cherry concentrate for seven days before and two days after heavy leg exercise. Their strength at 24 hours was back to 90.9 percent of its starting level against 84.9 percent on a fruit concentrate with the same calories. The abstract of that trial does not say whether the order was randomized.

Soreness and muscle damage markers do not move

The 2026 meta-analysis found no pooled effect on soreness, creatine kinase, IL-6, TNF-alpha or range of motion. C-reactive protein, a general marker of inflammation, was lower for up to 48 hours. That is a change in a blood test, not in how the legs feel.

Some trials found nothing

In a 2026 trial of 35 recreational marathon runners, freeze-dried tart cherry powder of a different variety, taken for seven days, did not change strength, jumping, soreness or creatine kinase after the race. CRP was lower during recovery, 7.9 against 12.5 mg/L. In a crossover of 9 elite water polo players, six days of tart cherry juice made no difference to any performance or recovery measure after a simulated game. In 16 healthy older men, 2 fl oz (60 ml) of concentrate a day for two weeks did not add to the muscle-building response to resistance exercise and protein.

Who should be careful

Not for everyone. Food-dependent exercise-induced anaphylaxis is rare and serious. A single case report describes a 12-year-old boy with pollen allergy who had two episodes during intense exercise about 30 minutes after eating a peach or fresh cherries. That was the fruit, not the juice, and it is one case, but it matches the pattern of eating cherry shortly before hard exercise.

Tart cherry juice is sugary. A USDA analysis of 8 shelf-stable juices from concentrate found about 3.8 g of fructose and 7.0 g of glucose per 3.5 oz (100 g). The juice doses in recovery trials are taken twice a day, so if you watch your sugar intake for diabetes or weight, count the juice. We found no studies of interactions between tart cherry and medicines, and no trial in pregnancy or in children.

What expert bodies say

We found no position on tart cherry for muscle recovery from the NIH Office of Dietary Supplements, EFSA, the WHO or a sports medicine body on our list of trusted sources.

How we searched

What would change this answer

• A large randomized trial with soreness as its main outcome. The two meta-analyses disagree on it, and the single trials are small.
• Trials in women, in older recreational exercisers and lasting longer than about two weeks. We found none.
• A trial asking whether regular use blunts the gains from training. One trial in older men raised it only as a hypothesis.

More on the juice itself, from sleep to uric acid, is on the tart cherry juice page.

Sources

1. ev-tcjmr-01 · Meta-analysis or systematic review · systematic review and meta-analysis of controlled trials (randomized or non-randomized, parallel or crossover); included trials placebo-controlled · n = 385
   Our results revealed TC juice supplementation significantly improved MVC recovery in the main analysis across all time points (post: ES = 0.63; 24 h: ES = 1.12; 48 h: ES = 1.29; 72 h: ES = 2.14; 96 h: ES = 4.82), with substantial heterogeneity (I² 69-93%).
   
   Who: healthy trained athletes after exercise-induced muscle damage; 7 to 54 per study
   Effect: MVC recovery ES 0.63 post, 1.12 at 24 h, 1.29 at 48 h, 2.14 at 72 h; I2 69-93%; significance at some time points driven by single studies
   Certainty: Full text read (Methods/Results): N=385 from Results. Large heterogeneity, effects doubtfully large at 72-96 h; GRADE very low to moderate.
   Sports Med Open, 2026 · checked 2026-10-06 · we read the abstract
2. ev-tcjmr-02 · Meta-analysis or systematic review · systematic review and meta-analysis of controlled trials (randomized or non-randomized, parallel or crossover); included trials placebo-controlled · n = 385
   TC juice significantly reduced CRP post-exercise and up to 48 h (post: ES = -0.46; 24 h: ES = -0.73; 48 h: ES = -0.68), whereas no significant pooled effects were found for muscle soreness, CK, IL-6, TNF-α, ROM, or most subgroup time points.
   
   Who: healthy trained athletes after exercise-induced muscle damage
   Effect: CRP ES -0.46 post, -0.73 at 24 h, -0.68 at 48 h; no significant pooled effect on soreness, CK, IL-6, TNF-alpha or range of motion
   Certainty: What people feel (pain) does not change in the pool; the inflammation marker does.
   Sports Med Open, 2026 · checked 2026-10-06 · we read the abstract
3. ev-tcjmr-03 · Meta-analysis or systematic review · systematic review and meta-analysis of supplementation trials · n = 14 studies
   Tart cherry supplementation had a small beneficial effect in reducing muscle soreness (effect size [ES] = -0.44, 95% confidence interval [CI] [-0.87, -0.02]). A moderate beneficial effect was observed for recovery of muscular strength (ES = -0.78, 95% CI [-1.11, -0.46]).
   
   Who: adults after strenuous exercise in 14 tart cherry supplementation studies
   Effect: soreness ES -0.44 (95% CI -0.87 to -0.02); strength recovery ES -0.78 (95% CI -1.11 to -0.46); power ES -0.53 (95% CI -0.77 to -0.29); CK and TNF-alpha not significant
   Certainty: Abstract level (no_pmc). The effect on pain is borderline significant; the newer MA 41945263 did not confirm it.
   Int J Sport Nutr Exerc Metab, 2021 · checked 2026-10-06 · we read the abstract
4. ev-tcjmr-04 · Randomized controlled trial(s) · randomized placebo-controlled trial, parallel groups · n = 16
   MVIC (P < 0.05) did not decline in the MC group (vs. PLA) across the 72-h post-trial period and economy (P < 0.05) was improved in the MC group at 24 h.
   
   Who: trained cyclists, Montmorency concentrate or isoenergetic placebo
   Effect: MVIC did not decline with cherry vs placebo across 72 h (P < 0.05); IL-6 and hsCRP responses attenuated; other blood markers not different
   Certainty: Small RCT, 8 people in the group.
   Appl Physiol Nutr Metab, 2015 · checked 2026-10-06 · we read the abstract
5. ev-tcjmr-05 · Observational data · placebo-controlled crossover trial, randomization not stated in abstract · n = 10
   RESULTS: MVC force recovery was significantly faster (24 h: CA 90.9% ± 4.2% of initial MVC vs FC 84.9% ± 3.4% of initial MVC; 48 h: CA 92.9% ± 3.3% of initial MVC vs FC 88.5% ± 2.9% of initial MVC (mean ± SEM); P < 0.05) after CA than FC consumption.
   
   Who: well-trained male athletes, unilateral knee extension exercise
   Effect: MVC at 24 h 90.9% vs 84.9% of initial; at 48 h 92.9% vs 88.5% (P < 0.05); CK rise not different
   Certainty: Crossover with 10 people, the control is an isoenergetic fruit concentrate.
   Med Sci Sports Exerc, 2011 · checked 2026-10-06 · we read the abstract
6. ev-tcjmr-06 · Randomized controlled trial(s) · randomized placebo-controlled trial, parallel groups · n = 35
   There were no treatment or interaction effects for MVC, CMJ, DOMS, and CK (p > 0.2).
   
   Who: recreationally trained marathon runners, 17 tart cherry and 18 calorie-matched placebo
   Effect: no treatment effect for MVC, CMJ, DOMS, CK (p > 0.2); hs-CRP during recovery 7.9 vs 12.5 mg/L (p = 0.031)
   Certainty: A different cultivar (Vistula) and powder, not juice.
   Eur J Nutr, 2026 · checked 2026-10-06 · we read the abstract
7. ev-tcjmr-07 · Randomized controlled trial(s) · randomized double-blind placebo-controlled crossover trial · n = 9
   No differences were found for any performance or recovery measures.
   
   Who: highly trained male water polo athletes
   Effect: no differences in any performance or recovery measure versus placebo
   Certainty: Very small sample; team water sport.
   J Int Soc Sports Nutr, 2016 · checked 2026-10-06 · we read the abstract
8. ev-tcjmr-08 · Randomized controlled trial(s) · randomized placebo-controlled trial, deuterated water tracer and muscle biopsies · n = 16
   CONCLUSION: Short-term MCC ingestion does not affect the anabolic response to protein and exercise in healthy, relatively active, older men
   
   Who: healthy, relatively active older men
   Effect: myofibrillar protein synthesis with exercise plus protein: MCC 1.79 vs PLA 2.22 %/day; no added effect of supplement
   Certainty: A different endpoint (protein synthesis), but it answers 'does it help muscles' in older adults.
   Exp Gerontol, 2018 · checked 2026-10-06 · we read the abstract
9. ev-tcjmr-09 · Laboratory or animal data · case report · n = 1
   A 12 years-old boy with seasonal allergy to olive and cypressus pollens, experienced two distinct episodes of FDEIA, grade 4 and 3 of the Sampson Scale respectively, during intense exercise, about 30 minutes after eating a peach with peel or some cherries.
   
   Who: 12-year-old boy with pollen allergy
   Effect: two anaphylaxis episodes, Sampson grade 4 and 3; skin prick tests to fresh Rosaceae fruits positive
   Certainty: A single case, fresh cherries, not juice; shows the risk specifically in the context of 'eating before a workout'.
   Eur Ann Allergy Clin Immunol, 2011 · checked 2026-10-06 · we read the abstract
10. ev-tcjmr-10 · Position of an expert body · dataset · n = 8
    Juice, tart cherry, from concentrate, shelf-stable | Fructose 3.808 g per 100 g (range 3.01-4.51, n=8) | Glucose 6.969 g per 100 g (range 6.21-7.46, n=8)
    
    Who: US retail samples of tart cherry juice from concentrate, shelf-stable
    Effect: fructose 3.808 g/100 g (range 3.01-4.51); glucose 6.969 g/100 g (range 6.21-7.46)
    Certainty: Same source as ev-tcjs-09; the dose in the trials is 2 x 8.1 fl oz (240 mL) of juice or 2 x 2 tbsp (30 mL) of concentrate. The conversion to a serving is ours, not a number from the source.
    USDA FoodData Central, Foundation Foods (release 2026-04-30), FDC 2727589, Juice, tart cherry, from concentrate, shelf-stable · checked 2026-10-06 · we read the dataset