Acupuncture for sports injuries and athletic performance in Bethesda, MD

The shoulder that limits your swing. The hip that alters your stride. The back that flares after a hard session and takes days to settle. The knee that felt fine until it didn’t. Sports injuries run from acute structural damage to chronic overuse patterns, and they share the feature that makes them frustrating: the pain and the loss of function often outlast the tissue damage that started them.

Dana Scarton treats athletes and active adults at The Zen Point in Bethesda — recovering from injury, managing overuse, and holding performance at the level their training has earned. For selected cases she coordinates with an orthopedic sports regenerative medicine practice, so her work sits alongside the rest of your treatment rather than running in parallel to it.

Who Dana sees, and what they have usually already tried

Most athletes who book with Dana have already done the sensible things. They saw the orthopedist. They finished the course of physical therapy. The scan came back clean, or clean enough that nobody wanted to operate. And the shoulder still catches at the top of the swing.

That is usually the point where someone is told to give it more time, or to accept that this is what the joint is now. It is also the point at which people tend to find her.

The presentations she treats most often:

• Shoulder — rotator cuff irritation, impingement, bursitis, labral irritation, and the loss of overhead power that tends to come with them.
• Hip and knee — IT band pain, patellar tendinopathy, and knees that tolerate training but not competition.
• Low back — disc pathology, stenosis, facet joint pain, and the sciatic referral that goes with them.
• Foot, ankle and elbow — Achilles tendinopathy, plantar fasciitis, tennis and golfer’s elbow.
• Recovery and readiness — sleep, muscular tension and general recovery load in the weeks before a competition.

Why sports injuries do not always resolve on their own timeline

The inflammatory persistence problem

An acute injury triggers a well-understood cascade. Vascular permeability rises, immune cells flood the site, and the resulting pain and swelling tell the body to protect the area. That response is appropriate and necessary to start healing. The problem is when it does not switch off. Chronic low-grade inflammation at an injury site — driven by repeated loading, incomplete rest, or a nervous system that has turned up its own pain response — keeps the pain and the tissue sensitivity going long after the original damage has partly healed. Anti-inflammatories manage that. They rarely resolve it.

Neurological sensitization in chronic sports pain

The nervous system adapts to persistent pain signals by lowering the threshold for the next one. An injury that initially hurt with one specific movement starts hurting across a wider range of movements, then at rest, then in anticipation of moving. That is a functional change in how signals from the injured area are processed rather than fresh structural damage, which is why an MRI can show partial healing while the athlete is still visibly limited. Treating the tissue and leaving the sensitization alone tends to produce a partial recovery that stalls.

What actually happens in a session

Dana uses fine needles placed around and away from the painful area, then attaches electrodes to selected needles and runs a current through them. She also uses cupping, dry needling, auricular points and near-infrared light, depending on the case.

The current is the part most people have not encountered before. It is low-level, and patients usually describe it as a tapping or a light pulse rather than a shock. Dana adjusts the intensity with you in the room and turns it down if it is more than comfortable.

She also sets the stimulation frequency for what she is trying to do, working across a range from roughly 2 Hz up to 80 Hz. Triggering the body’s own opioids, releasing a tight muscle or tendon, settling the autonomic nervous system, reaching a brain region, working an ear point and encouraging circulation are different jobs, and each has a setting that suits it. She often runs two units at once, each on its own frequency.

The power is a separate dial from the frequency, and she keeps it as low as it can go while you can still feel it. Turning it up is not what makes it work.

Circulation and tissue perfusion

Treatment increases blood flow to the area being worked, which is what delivers the oxygen, nutrients and growth factors that repair depends on. For tendon and ligament injuries — slow to heal precisely because their blood supply is poor — that is the most clinically useful thing on the list, and it is the mechanism behind the hockey player’s shoulder below.

Inflammation, without switching off the repair

The research on electroacupuncture describes a modulating effect on inflammatory signaling rather than a blanket suppression of it. That distinction is the practical argument for an athlete who has to keep training while recovering: the aim is to bring down the chronic low-grade inflammation that is maintaining the pain while leaving the acute inflammatory response that tissue repair actually runs on. Systemic anti-inflammatories do not make that distinction, which is why long courses of them are a poor answer to a stalled tendon.

Neuromuscular work where the injury has affected motor function

Where structural damage has affected how a limb fires rather than only how it feels, running current through the neuromuscular pathway is a direct way at it. Spinal bracket needling places electrodes either side of the affected spinal segments, treating the nerve supply to the area rather than only the sore spot. That is also why this and physical therapy fit together so well: the program handles loading and mechanical rehabilitation, while the treatment works on the pain and tissue environment deciding how well the tissue answers that loading. Read more about electroacupuncture alongside physical therapy →

Beyond injury recovery — electroacupuncture and athletic performance

Athletes who come in for an injury regularly report changes that have nothing to do with the presenting problem. Three of them come up often enough to be worth naming.

Sleep and recovery

Training adaptation happens during sleep rather than during training. Growth hormone release, tissue repair, glycogen resynthesis and the consolidation of motor patterns all depend on how well and how deeply you sleep. Settling the autonomic nervous system is one of the things Dana selects a frequency for, and athletes treating consistently report better recovery between hard sessions and a faster return to full training load.

Competitive focus

An athlete performing below their training level under pressure is usually dealing with sympathetic overdrive — attention narrowing, muscles tightening, well-rehearsed skills executing badly. Work aimed at parasympathetic balance gives a steadier arousal baseline going into competition. Several of Dana’s patients book in the week before an event for exactly this rather than for an injury.

Training loads and getting sick

The stretch around peak training and competition where upper respiratory infections cluster is one of the more practical problems in a competitive season. Dana’s own route into electroacupuncture ran through a run of back-to-back illnesses that her practice was opening around, and immune resilience under load is something she treats deliberately for athletes in heavy blocks.

Two cases from her practice

These are Dana’s accounts of her own patients. Every case is different, and neither is a prediction of what will happen in yours.

A semi-professional hockey player with a shoulder heading toward surgery

The shoulder was stopping him playing at his best in practice and games, and the question going in was whether he would be able to keep playing at all or whether surgery, with months of recovery behind it, was the only road left. Dana treated it with cupping and electroacupuncture aimed at the shoulder’s blood supply and nerve supply. Over roughly two months of consistent treatment he returned to full play, and he did not have the operation.

A pickleball player in her sixties with thirty-year-old lumbar damage

She had blown out several lumbar vertebrae shoveling snow three decades earlier and never fully recovered. Playing too much left her hunched at the waist and unable to stand upright, with pins and needles down the outside of one leg and into the foot. Dana worked twice weekly with spinal bracket needling to treat the nerve supply to the lower body, alongside the Pilates she was already doing. She built up to longer walks without the tingling or the foot pain, and began standing and walking fully upright again. She was nervous about needling at the start and settled into it as the results accumulated.

How often, and for how long

Anything that has been going on for months needs more than one visit a week at the start. Dana typically works twice weekly in the initial phase so the effect builds instead of wearing off between appointments, then spaces sessions out as things hold.

She will tell you at the first visit roughly how many sessions she expects to need and by when you should be able to tell whether it is working. If the answer turns out to be that it is not working, she will say that too.

For selected cases she coordinates care with an orthopedic sports regenerative medicine practice, so that what she is doing sits alongside the rest of your treatment rather than running in parallel to it.

When she will tell you to go elsewhere

Some things are not hers to treat. A complete tear, an unstable joint, a fracture, a red-flag neurological sign — those need an orthopedist or an emergency department, and she will send you to one. If she does not think electroacupuncture is likely to help your particular case, she will tell you that at the consultation rather than after six appointments.

Common questions about acupuncture for sports injuries

Can I keep training while I am being treated?

Usually yes, and that is one of the practical advantages over approaches that need you to stop entirely. The treatment does not impose a recovery cost of its own the way surgery or aggressive manual work can. For most sports injuries, modified training alongside twice-weekly treatment in the early phase works better than complete rest — the loading supports tissue remodeling while the treatment works on the pain and inflammation around it. Dana gives specific guidance on what to modify based on the injury and where you are in the course. Keeping you out of your sport longer than the injury requires is never the goal.

My orthopedist says surgery is next. Should I try this first?

For a lot of orthopedic conditions — rotator cuff pathology, hip and knee degeneration, lumbar disc problems — surgery is one option on a spectrum rather than the only one. A conservative course is worth trying where the structural damage still leaves the tissue capacity to respond, and the hockey player above is an example of that going well. Where it does not, Dana will tell you. For selected cases she coordinates with an orthopedic sports regenerative medicine practice, which means the decision between surgery and conservative treatment can be weighed with specialist input rather than by you alone.