How to Treat DOMS: What Actually Works

Delayed onset muscle soreness, or DOMS, resolves on its own within a few days, but several evidence-based strategies can reduce how much it hurts and help you recover faster. The soreness typically peaks 24 to 48 hours after exercise and fades by 72 hours, following a predictable curve: minimal discomfort right after your workout, a climb to peak tenderness the next day or two, then a gradual return to normal.

What Actually Causes the Soreness

The traditional explanation is that unfamiliar or intense exercise creates microscopic damage in muscle fibers, triggering an inflammatory response that sensitizes pain receptors. That’s part of the picture, but more recent research has revealed it’s not the whole story. Studies in animals have found mechanical soreness developing one to three days after exercise with no visible muscle damage or inflammation at all. The current understanding is that muscle fiber damage and inflammation are sufficient to cause DOMS but not strictly necessary for it.

What appears to also drive the pain are two signaling pathways within the muscle itself. When muscle fibers are stressed, they release nerve growth factor and another compound called GDNF, both of which increase pain sensitivity in the surrounding tissue. This is why your muscles feel tender to the touch, not just when you move them. It also explains why the soreness takes time to develop: these signaling molecules need hours to build up and sensitize nerve endings.

Eccentric movements, where a muscle lengthens under load (think lowering a weight, running downhill, or the descent in a squat), are the primary trigger. Concentric movements like cycling or pushing a sled produce far less soreness at the same intensity.

Light Movement Helps More Than Rest

Active recovery, meaning light, low-intensity exercise the day after a hard workout, is one of the most effective ways to reduce DOMS. A large meta-analysis in Frontiers in Physiology found it produced a significant decrease in soreness compared to passive rest. The mechanism is straightforward: gentle movement increases blood flow to sore muscles, which helps clear the chemical signals contributing to pain sensitivity and delivers nutrients for repair.

What counts as active recovery? A 20- to 30-minute walk, easy cycling, light swimming, or a gentle yoga session. The key is keeping intensity low enough that you’re not creating additional stress on already-damaged tissue. If the activity itself causes sharp pain, you’ve pushed too hard.

Cold Water Immersion

Cold baths work, but temperature and timing matter. A 2025 network meta-analysis compared different cold water protocols and found that soaking for 10 to 15 minutes at 11°C to 15°C (roughly 52°F to 59°F) was the most effective combination for reducing perceived soreness. Colder water in the 5°C to 10°C range (41°F to 50°F) for the same 10 to 15 minutes was better at restoring jump performance and reducing markers of muscle damage in blood tests, but the moderately cold soak won specifically for pain relief.

Shorter soaks under 10 minutes and longer ones beyond 15 minutes were both less effective. If you don’t have a thermometer, water that feels cold but tolerable (not painfully icy) for 10 to 15 minutes is a reasonable approximation of the 11°C to 15°C range.

Foam Rolling and Massage

Foam rolling after exercise reduces muscle pain by about 6% on average, with roughly two-thirds of people experiencing meaningful relief. That might sound modest, but for severe DOMS that limits your ability to train the next day, even a small reduction in tenderness can make a difference.

Massage produces similar or slightly larger effects. A systematic review found that both massage and foam rolling fell in the same range of small to moderate decreases in DOMS severity. The practical advantage of foam rolling is that you can do it yourself, targeting the specific muscles that are sore, for as long as you need. Spending 60 to 90 seconds per muscle group at a pressure that feels like a “good hurt” (uncomfortable but not sharp) is a reasonable starting point.

Nutrition That Supports Recovery

Tart cherry juice is the most studied food-based intervention for DOMS. It contains high concentrations of compounds that reduce inflammation and oxidative stress. Studies have consistently shown that muscle function recovers faster in the days after exercise when cherry juice is consumed for several days before the workout, not just after. This “pre-loading” approach appears to be more effective than starting cherry juice only after soreness sets in.

The optimal dose hasn’t been established through head-to-head comparisons, so most studies have simply replicated the amounts used in early positive trials. Both fresh-frozen juice and concentrate have shown benefits, but the effective amount differs between the two forms. If you’re using a concentrate, follow the label’s serving suggestion. For whole cherries, early research used about 280 grams (roughly 45 cherries) per day.

Creatine monohydrate, widely used for strength and power, has also been investigated for DOMS. A meta-analysis found that people taking creatine had moderately lower soreness scores 24 hours after exercise compared to placebo, but the difference wasn’t statistically significant. If you already take creatine for performance, it may offer a small bonus for recovery, but the evidence isn’t strong enough to recommend starting it specifically for soreness.

Should You Take Ibuprofen?

Over-the-counter anti-inflammatories like ibuprofen are a common instinct, but they’re less helpful than you might expect. One controlled study had participants take 400 mg of ibuprofen daily throughout a resistance training program and found no difference in soreness ratings compared to placebo. The ibuprofen group and the placebo group reported the same amount of pain during the first week, and soreness resolved on the same timeline regardless of treatment.

There’s also been concern that anti-inflammatories could blunt the muscle-building response to training, since inflammation is part of the repair and adaptation process. That same study, however, found no difference in muscle growth or strength gains between the ibuprofen and placebo groups at a moderate daily dose. So while ibuprofen likely won’t hurt your gains, it also probably won’t help your soreness. Save it for situations where you genuinely need pain relief for daily function.

The Best Long-Term Prevention Strategy

The single most effective way to prevent DOMS is simply to keep training. Your body has a powerful built-in adaptation called the repeated bout effect: once you’ve performed a particular type of exercise and experienced the initial soreness, the same exercise produces dramatically less soreness the second time, even weeks later.

This protection develops through several overlapping mechanisms. Within 72 hours of the initial damage, the body begins repairing muscle fibers and producing protective structural proteins that make them more resistant to future stress. Connective tissue surrounding the muscle fibers gets reinforced with collagen, and the cell membranes themselves become more durable. This adaptive effect is observable for 6 to 10 weeks after the initial bout.

The practical takeaway: when starting a new exercise program or returning after a layoff, begin with lower volume and intensity than you think you need. A single lighter session primes your muscles for heavier work with far less soreness. Increase training load gradually over the first two to three weeks rather than jumping to full intensity on day one.

When Soreness Signals Something Serious

Normal DOMS makes muscles stiff and tender but improves steadily after 48 hours. Rhabdomyolysis, a condition where muscle tissue breaks down rapidly and releases its contents into the bloodstream, can mimic DOMS in the early stages but escalates instead of improving. The hallmark warning sign is urine that turns brown, red, or tea-colored. Other red flags include significant muscle swelling (not just tightness), extreme weakness where you struggle to use the affected muscles at all, nausea, and decreased urination.

Rhabdomyolysis symptoms typically appear one to three days after a muscle injury, overlapping with the DOMS window. If your soreness is getting worse rather than better after 72 hours, or if you notice any change in urine color, contact a healthcare provider right away. This is particularly worth watching for after unusually intense workouts, exercise in extreme heat, or high-volume eccentric training you’re not accustomed to.