Precision care for pain, instability, and conditions affecting the elbow joint, tendons, ligaments, nerves, and surrounding structures. Interventional Orthopedics of Washington provides non-surgical, regenerative medicine treatments focused on lasting relief, improved function, and treating the source of pain.
The elbow coordinates motion and force between the upper arm, forearm, wrist, and hand. Pain may develop from repetitive gripping or lifting, tendon overload, ligament injury, joint degeneration, cartilage damage, bursitis, or compression of a nearby nerve. Because several elbow structures can create similar symptoms, treatment should begin with an accurate diagnosis rather than a one-size-fits-all approach.
Repetitive gripping, lifting, throwing, or wrist motion can overload the common extensor or flexor tendon origins. This may contribute to tennis elbow, golfer’s elbow, pain with gripping, and reduced tolerance for work, exercise, or daily tasks.
Throwing, trauma, repetitive valgus stress, or prior injury may affect the ulnar collateral, radial collateral, or annular ligament complex. Symptoms can include pain, clicking, reduced throwing tolerance, or a sense that the elbow is unstable.
The ulnar, radial, median, anterior interosseous, or lateral antebrachial cutaneous nerves may become irritated or compressed around the elbow and proximal forearm. Symptoms may include pain, tingling, numbness, weakness, or reduced hand function.
Osteoarthritis, post-traumatic degeneration, osteochondral injury, synovitis, or olecranon bursitis may cause pain, swelling, stiffness, catching, or loss of motion. Imaging and examination help distinguish joint, cartilage, bone, and bursal sources.
At Interventional Orthopedics of Washington, care begins by identifying the specific joint, ligament, tendon, cartilage surface, bone, bursa, or nerve most likely contributing to the symptoms. Treatment recommendations are then matched to the diagnosis, functional goals, imaging findings, prior care, and overall health of the patient.
We evaluate a broad range of elbow conditions involving tendons, ligaments, nerves, bursae, cartilage, bone, and joint structures. Non-surgical care is recommended only when it is clinically appropriate. Some conditions may require rehabilitation, medication management, activity modification, or surgical referral rather than an injection-based procedure.
A diagnosis is not based on symptoms alone. Similar elbow pain patterns can come from different structures, and not every listed condition is suitable for the same treatment. Recommendations are made only after reviewing the history, examination, biomechanics, imaging, prior care, and treatment goals.
Precise elbow care requires a detailed understanding of the joint spaces and the surrounding ligaments, tendon attachments, bursae, cartilage surfaces, bones, peripheral nerves, and common nerve-entrapment zones.
Musculoskeletal ultrasound is useful for real-time assessment of many superficial tendons, ligaments, nerves, bursae, joint recesses, and soft tissues. X-rays, MRI, CT, electrodiagnostic testing, or fluoroscopy may also be used when appropriate to assess bone, cartilage, deeper structures, nerve function, or a planned procedure.
Elbow pain may be multifactorial and can involve biomechanics, tendon overload, ligament injury, nerve compression, repetitive strain, arthritis, bursitis, or cartilage damage. Treatment begins by identifying the structure or combination of structures most likely responsible for the symptoms.
No single test answers every question. The final diagnosis is based on how the history, examination, biomechanics, imaging, and, when needed, nerve testing fit together.
The treatment plan depends on the diagnosis, severity, tissue involved, previous care, activity goals, overall health, and strength of the available evidence. Elbow care may include one or more of the following:
Many elbow conditions are treated non-surgically first, but surgery may be the safer or more effective option for certain fractures or dislocations, complete or retracted tendon ruptures, advanced joint degeneration, infection, neurovascular compromise, unstable osteochondral injury, or persistent mechanical instability that has not improved with appropriate rehabilitation and other nonoperative care.
When surgical evaluation is appropriate, we can help explain the findings and coordinate referral to a qualified elbow or upper-extremity surgeon.
Patients choose IOW for physician-led, diagnosis-first elbow care designed around the specific structure involved, the patient’s goals, and the most appropriate path back to function.
Whether symptoms developed from overuse, nerve compression, instability, arthritis, or a previous elbow injury, the goal is to identify the most likely pain generator and recommend the least invasive reasonable option for that diagnosis.
A physician-led process that combines a detailed diagnostic evaluation with an individualized treatment plan based on the condition, anatomy, imaging, activity goals, and overall health of the patient.
Identifies the structure or combination of structures most likely contributing to your symptoms
Matches treatment to the diagnosis rather than simply treating the location of pain
Precise diagnosis. Individualized treatment.
Not every elbow condition requires an injection. When a procedure is recommended, ultrasound or fluoroscopy is selected according to the treatment target and clinical need. Benefits, risks, alternatives, recovery expectations, and limitations are reviewed before treatment, and outcomes vary by condition and patient.
An evaluation may be helpful when elbow pain continues despite a reasonable trial of rehabilitation, activity modification, bracing, ergonomic changes, medication, or other appropriate first-line care.
This includes people with ongoing swelling, stiffness, loss of motion, weakness, clicking, instability, or pain that has not fully resolved after an elbow injury or repetitive loading.
A detailed assessment may help when symptoms suggest elbow arthritis, common flexor or extensor tendinopathy, distal biceps or triceps injury, ligament damage, olecranon bursitis, cartilage or bone injury, or peripheral nerve irritation.
Patients considering surgery may benefit from reviewing the diagnosis, imaging, rehabilitation options, and reasonable non-surgical treatments before deciding on the next step. Some conditions still require prompt surgical care.
The best candidates understand that recovery often requires progressive strengthening, mobility work, load management, technique or ergonomic changes, and follow-up care. A procedure, when appropriate, is usually one part of a broader treatment plan.
The evaluation determines candidacy: not every elbow condition is appropriate for an injection or regenerative procedure. Unstable fractures or dislocations, complete tendon ruptures, infection, progressive neurologic weakness, neurovascular compromise, advanced joint destruction, and other urgent or clearly surgical problems may require different care or specialist referral.
Schedule an evaluation to review your symptoms, examination findings, movement mechanics, previous treatment, and imaging. In-person care is recommended when a hands-on elbow examination, strength and stability testing, or diagnostic ultrasound is needed. Telemedicine may be available for an initial records and imaging review.
Many elbow conditions are treated non-surgically first, while certain fractures, dislocations, tendon ruptures, nerve problems, infections, and advanced structural conditions may require surgical care. The right sequence depends on the diagnosis, severity, function, imaging findings, neurologic status, and response to appropriate prior treatment.
Your visit begins with a diagnosis-focused evaluation rather than assuming that every elbow problem should receive the same treatment.
Recommendations are explained in plain language, including expected benefits, limitations, alternatives, risks, recovery considerations, and when a procedure is not appropriate.
Treatment planning considers rehabilitation, elbow stability and mobility, tendon or nerve loading, work or sport demands, activity goals, and follow-up instead of relying on a procedure alone.
These cards describe the care process and are not patient testimonials or promises of treatment outcome. Verified elbow reviews can be added here later without changing the section layout.
Explore IOW articles on PRP, rehabilitation, prolotherapy, orthobiologics, and non-surgical treatment planning relevant to elbow tendinopathy, ligament injury, instability, and joint conditions.
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Read ArticleClear answers about elbow pain, how we identify the true source, and the regenerative treatment options available at IOW.
Elbow pain often results from overuse, tendon strain, nerve compression, or inflammation around joints and ligaments. It can stem from repetitive movements, trauma, or even poor posture that disrupts your body’s natural alignment.
We combine a detailed physical exam, musculoskeletal ultrasound, and image-guided diagnostic injections to pinpoint your pain source. This allows for accurate targeting. No guessing, just personalized care.
Conditions like tennis elbow, golfer’s elbow, nerve entrapment, and postural overload are frequent culprits. Elbow pain may also involve deeper issues such as joint degeneration, bursitis, or tendon tears.
Absolutely. Most elbow injuries respond well to regenerative treatments like PRP, prolotherapy, and cellular therapy, which promote healing and reduce inflammation without downtime or surgical risk.
We offer image-guided prolotherapy to stabilize joints, PRP to regenerate soft tissues, and bone marrow concentrate (BMC) to repair deeper tendon or joint damage. We also treat nerve entrapments with hydrodissection for long-term relief.
We use ultrasound-guided nerve hydrodissection to gently release compressed nerves and restore mobility. This is especially effective for conditions like cubital tunnel syndrome or radial tunnel pain.
While timelines vary by condition and severity, many patients start seeing improvement within a few weeks. Regenerative treatments are designed for lasting repair, not temporary relief.
You might be a candidate. Schedule your free discovery call and let’s explore your options.
Medically reviewed by Dr. Otoño Silva, M.D.
Board Certified in Physical Medicine & Rehabilitation · Fellowship-Trained in Interventional Orthopedics, Centeno-Schultz Clinic
Last reviewed