Elbow Pain Treatment in Bend, Oregon

Elbow Conditions We Evaluate and Treat in Bend, OR

Tennis Elbow (Lateral Epicondylitis)

Tennis elbow causes pain on the outside of the elbow, usually right over the bony bump, and it often radiates into the forearm. Gripping makes it worse. So does lifting anything with your palm down, which is why people notice it first with a coffee mug or a milk jug.

Most people who get it have never played tennis. It shows up in climbers, mountain bikers, carpenters, hairstylists, mechanics, and anyone who spends the day on a keyboard and mouse.

Here is the part that changes how it should be treated. Despite the “itis” in epicondylitis, the tissue under a microscope shows degeneration and disorganized collagen rather than active inflammation. The tendon has broken down and hasn’t rebuilt itself. That matters because treatments aimed at reducing inflammation target something that largely isn’t there. That explains why many patients get partial, temporary relief and then end up back where they started.

We evaluate the common extensor tendon with ultrasound to see how much of it is involved and whether there is any tearing. Depending on what we find, options may include ultrasound-guided injection, PRP, shockwave therapy, or percutaneous tenotomy for chronic tendon changes. Load management and targeted strengthening run alongside whatever we do, because the tendon has to be rebuilt, not just quieted.

Golfer’s Elbow (Medial Epicondylitis)

Golfer’s elbow is the same problem on the inside of the elbow, affecting the flexor and pronator tendons instead of the extensors. Pain occurs with gripping, wrist flexion, and forearm rotation. Weightlifters, throwers, climbers, and golfers all see it.

It responds to the same category of treatment as tennis elbow, though the anatomy nearby is more crowded. The ulnar nerve runs right behind the medial epicondyle, and medial elbow pain can involve both the tendon and the nerve. Ultrasound guidance matters here for a practical reason: it keeps the needle where it belongs and away from where it doesn’t.

Ulnar Collateral Ligament (UCL) Injuries in Throwing Athletes

The ulnar collateral ligament is the main stabilizer on the inside of the elbow. Every overhead throw puts it under heavy load, and over hundreds of repetitions that load can stretch, fray, or tear it. Baseball pitchers are the classic example, but we also see UCL injuries in softball players, javelin throwers, quarterbacks, volleyball players, and tennis players with a heavy serve.

The usual complaint is pain on the inside of the elbow as the arm comes forward to release the ball, along with a drop in velocity or control. Some athletes feel a distinct pop. Because the ulnar nerve runs right alongside the ligament, tingling in the ring and little fingers can also show up.

Ultrasound is especially useful here. We can image the ligament directly and perform a dynamic stress test, applying a controlled load to the elbow while measuring how much the inner joint opens compared to your other arm. That gives a functional picture of the ligament that a static MRI does not, and because it can be repeated at follow-up visits, it lets us track healing rather than guess at it.

Treatment depends on the grade of injury and what you want to get back to. Partial tears are typically managed with a period away from throwing, a structured rehabilitation and return-to-throw program, and for many athletes, ultrasound-guided PRP. Research on PRP for partial UCL tears in throwers has been encouraging, and it is one of the more compelling applications of PRP in sports medicine. Complete tears, or partial tears that do not respond in an athlete who wants to keep throwing at a high level, may need surgical repair or reconstruction, commonly called Tommy John surgery. We will tell you honestly which category you are in and coordinate with surgeons who specialize in throwing athletes when surgery is the right path.

Throwing mechanics and workload matter as much as the ligament itself. Part of every UCL plan is looking at what loaded the elbow past its limit, because returning to the same pattern tends to produce the same injury.

Cubital Tunnel Syndrome (Ulnar Nerve Entrapment)

Cubital tunnel syndrome happens when the ulnar nerve gets compressed or tethered as it passes behind the inside of the elbow. Numbness and tingling in the ring and little fingers, often worse when your elbow is bent, so people notice it while sleeping, driving, or holding a phone. Left long enough, it can progress to grip weakness and loss of fine coordination.

We can see the ulnar nerve on ultrasound and assess whether it is enlarged, tethered to surrounding tissue, or subluxing over the bone when you bend your elbow. For appropriate patients with mild to moderate symptoms, ultrasound-guided hydrodissection uses precisely placed fluid to separate the nerve from the tissue restricting it and restore its ability to glide.

Advanced compression with muscle wasting, constant numbness, or significant findings on nerve testing needs surgical evaluation. We will tell you clearly if you are in that category and coordinate the referral.

Conditions That Mimic Tennis Elbow

This deserves its own section because it is one of the most common reasons elbow treatment fails.

The radial nerve runs through a tissue plane on the outside of the elbow and needs to glide freely as the arm moves. When it gets stuck to the surrounding tissue, it produces pain that sits in almost exactly the same place as tennis elbow. If you treat it as tennis elbow, it won’t improve because the tendon wasn’t the problem.

Damage in the forearm muscle belly, rather than at the tendon attachment, is another. So is referred pain from the neck, which is easy to miss if nobody examines the cervical spine.

Ultrasound lets us look at the tendon, nerve, and muscle in the same visit and sort out what is driving your symptoms. When a nerve is the culprit, hydrodissection is a targeted option rather than another round of treatment aimed at the wrong tissue.

Distal Biceps and Triceps Tendonitis

The distal biceps tendon attaches at the front of the elbow and the triceps tendon at the back. Both can develop tendonitis and partial tearing from repetitive pulling, pushing, and heavy lifting. Pain at the front of the elbow with curling or lifting palm-up, or pain at the back with pressing and extension.

These can respond to ultrasound-guided injection, PRP, and shockwave therapy, depending on the extent of tendon change. A complete rupture is a different situation and is generally repaired surgically, usually sooner rather than later, so prompt evaluation matters if you felt a distinct pop.

Olecranon Bursitis

The olecranon bursa sits over the point of the elbow and can swell after a direct blow, a fall, or prolonged leaning on hard surfaces. Sometimes it looks dramatic and isn’t especially painful. Sometimes it is both.

Most cases settle with padding, activity changes, and compression. When swelling persists or limits motion, ultrasound-guided aspiration can drain the bursa and confirm its contents. Any bursitis with redness, warmth, and fever needs prompt evaluation to rule out infection, which is managed differently.

Elbow Arthritis

Elbow arthritis is less common than knee or hip arthritis, but it happens, particularly after old fractures, dislocations, or years of heavy loading. Stiffness, aching, grinding, and gradual loss of full extension are typical. Losing the last few degrees of straightening is often the first thing people notice.

Image-guided joint injection can provide meaningful relief, and for select patients with early to moderate changes, orthobiologic options may be worth discussing. We will be straightforward about what these can and cannot do for an arthritic joint.

Overuse and Repetitive Strain

Central Oregon loads elbows hard. Climbing, mountain biking, paddling, Nordic skiing, and CrossFit all involve repeated gripping and pulling. So does trades work, and so does forty hours a week on a mouse.

Overuse problems build slowly, which is why patients usually can’t name the day it started. We look at load, mechanics, tissue quality, and what prevents recovery between sessions, because treating the tendon without changing what irritates it usually buys time rather than providing a solution.

Overuse elbow pain can look similar in the early stages, but it falls into three categories that need very different handling. Getting the category wrong can go badly in both directions: resting a tendon that needs progressive loading, or continuing to load a bone that is starting to crack.

Tendonitis and tendinopathy. Pain that builds gradually over the bony points on the outside or inside of the elbow, worse with gripping and lifting, and often easing a bit once you warm up. Central Oregon produces plenty of it: climbers, mountain bikers, paddlers, Nordic skiers, trades workers, and anyone spending long hours on a mouse. These are the tendon problems covered in the tennis elbow and golfer’s elbow sections above.

Thrower’s elbow. An umbrella term for the injuries caused by the repeated force of overhead throwing, which stresses the inside of the elbow, compresses the outside, and jams the back of the elbow into its socket at the end of each throw. That can mean UCL stress, ulnar nerve irritation, bone spurs, loose fragments in the joint, or impingement at the back of the elbow. Common signs include pain at ball release, pain at the back of the elbow, and a gradual loss of the ability to fully straighten the arm.

Stress fracture. Bone can fail under repetitive load just as tendons can. In throwers, the olecranon (the bony point at the back of the elbow) is a common site. Watch for pain that steadily worsens rather than plateauing, tenderness over one specific spot on the bone, and pain that lingers at rest or at night. Early X-rays are often normal, so a stress fracture can be missed if no one is looking for it. These need a real break from throwing, and some need surgical fixation.

We determine your category through the exam, in-office ultrasound, on-site X-ray, and MRI when the picture calls for it. The answer determines whether the plan is loading, rest, a procedure, or a referral.

Acute Elbow Injuries and Non-Displaced Fractures

A fall on an outstretched hand, a bike crash, or a direct impact can cause a fracture, dislocation, or ligament injury. Radial head fractures are common and frequently non-displaced, which means they usually do not need surgery, but they do need accurate diagnosis and appropriate early motion to avoid stiffness.

We have on-site X-ray and can evaluate, immobilize, and manage non-displaced fractures in-house. We coordinate displaced or unstable injuries directly with orthopedic surgeons in Central Oregon.

For an acute elbow injury, our Orthopedic Urgent Care offers same-day or next-day evaluation without the ER wait.

Elbow Injuries in Children and Adolescents

A young athlete’s elbow is not a smaller version of an adult’s. Until the growth plates close in the mid to late teens, they are weaker than the ligaments and tendons attached to them. The same forces that would strain a ligament in an adult tend to injure a child’s growth plate, which changes both the diagnosis and the treatment.

Little League elbow (medial epicondyle apophysitis). Repeated throwing stresses the growth plate on the inside of the elbow. It causes pain on the inner elbow, sometimes swelling, and a drop in throwing performance. Most cases heal with rest from throwing followed by a gradual return, but if throwing continues through the pain, it can progress to a fracture through the growth plate.

Osteochondritis dissecans (OCD). An area of bone and cartilage on the outside of the elbow loses its blood supply and begins to soften or separate. It tends to appear in early adolescence in throwers and gymnasts. Watch for pain on the outer elbow, catching or locking, and loss of the ability to fully straighten the arm. OCD is the condition in this group we most want to see early, because early lesions often heal with rest while advanced ones may need surgery.

Acute fractures. Falls on an outstretched arm are the most common cause of elbow fractures in children, and some involve the growth plate. Evaluate any elbow injury in a child with significant swelling, visible deformity, or reluctance to move the arm the same day.

For parents and coaches: elbow pain in a young thrower is not normal and should not be played through. Following age-based pitch count and rest guidelines, such as those published through Pitch Smart by USA Baseball and Major League Baseball, avoiding pitching on consecutive days, and building in real-time off from throwing each year are the most effective ways to prevent these injuries. When a young athlete does get hurt, we work with families and coaches on a structured return-to-throw progression rather than a guess.