Elbow Pain

Overview

Elbow pain is common among office workers, athletes, golfers, tennis and racket-sport players, weightlifters and people whose work involves repeated gripping, lifting or tool use.

However, pain felt around the elbow does not always originate from the elbow joint itself.

Symptoms may arise from a tendon, ligament, joint, bursa, muscle or nearby nerve. Pain can also be referred from the neck, shoulder, wrist or forearm.

At Nucellin Orthopedic Clinic in Hannam-dong, Seoul, Dr. Kim personally evaluates each patient and can conduct the consultation in English.

Diagnosis begins with the location of pain, the activity that reproduces it, strength, range of motion, neurologic findings and daily loading pattern. X-rays, musculoskeletal ultrasound and MRI findings are then interpreted in that clinical context.

The purpose is not simply to identify an abnormality on a scan. It is to determine whether that finding actually explains the patient’s pain and functional limitation.

This page explains how elbow pain is assessed, which non-surgical treatments may be considered and when surgical or urgent evaluation may be appropriate.

Symptoms

The location and behaviour of elbow pain can provide important clues about the underlying problem.

• Pain on the outside of the elbow: may be associated with lateral elbow tendinopathy, commonly called tennis elbow, or with nearby joint and nerve structures.
• Pain on the inside of the elbow: may involve the wrist-flexor tendons, ulnar collateral ligament or ulnar nerve.
• Pain at the back of the elbow: may arise from the triceps tendon, olecranon bursa, joint or a direct-impact injury.
• Pain at the front of the elbow: may involve the distal biceps tendon, joint or surrounding soft tissues.
• Pain with gripping, lifting or shaking hands: is common in lateral elbow tendinopathy but is not specific to one diagnosis.
• Pain when throwing or serving: may indicate medial ligament, tendon or joint overload.
• Tingling or numbness in the ring and little fingers: may indicate irritation of the ulnar nerve around the elbow.
• Weakness when turning the palm upward: may occur with a distal biceps tendon injury.
• Weakness when pushing or straightening the elbow: may occur with a triceps tendon injury.
• Clicking, catching or locking: may indicate a loose body, cartilage injury, synovial abnormality or another problem inside the joint.
• Swelling over the tip of the elbow: may occur with olecranon bursitis.
• Loss of motion: may result from arthritis, joint inflammation, previous trauma, loose bodies or prolonged immobilisation.

Pain intensity alone does not identify the injured structure.

A painful grip can result from tendon overload, nerve irritation, joint disease or pain referred from another region. The examination determines which pattern is most likely.

Causes

Common causes of elbow pain include:

• Lateral elbow tendinopathy
• Medial elbow tendinopathy
• Distal biceps tendinopathy or tear
• Triceps tendinopathy or tear
• Ulnar collateral ligament injury
• Radial collateral or lateral ligament injury
• Ulnar nerve irritation or cubital tunnel syndrome
• Radial nerve irritation
• Olecranon bursitis
• Elbow osteoarthritis
• Osteochondral injury
• Loose bodies inside the joint
• Synovitis or inflammatory arthritis
• Fracture or previous trauma
• Referred pain from the cervical spine or shoulder
• Repeated occupational or athletic loading

In racket-sport players and workers who grip tools repeatedly, tendon overload is common.

In throwing athletes, medial ligament, tendon and nerve problems require particular attention.

After sudden heavy lifting, a distal biceps tendon tear should be considered, particularly when there is a pop, bruising, a change in arm shape or weakness when rotating the palm upward. A complete distal biceps tear does not normally reattach to the bone by itself and may require early surgical discussion when restoration of strength is important.

Diagnosis

Diagnosis begins with a detailed history and hands-on examination.

We consider questions such as:

• Where exactly is the pain?
• Did it begin gradually or after a sudden injury?
• Is the pain related to gripping, lifting, throwing or computer work?
• Is there swelling, clicking or locking?
• Is there weakness?
• Is there numbness or tingling in the hand?
• Does moving the neck or shoulder change the elbow symptoms?
• Has there been a previous fracture, dislocation or operation?
• What does the elbow need to tolerate during work, sport and daily life?

The examination may include:

• Elbow range-of-motion testing
• Palpation of tendons, ligaments, joints and nerves
• Grip-strength testing
• Wrist and forearm resistance testing
• Biceps and triceps strength testing
• Ligament stability testing
• Ulnar and radial nerve assessment
• Cervical spine and shoulder examination
• Evaluation of the movements that reproduce the symptoms

The purpose is to distinguish tendon pain from ligament injury, nerve irritation, joint pathology and symptoms referred from the neck or shoulder.

Diagnosis and Imaging

X-ray

X-rays are commonly used as the initial imaging test for chronic elbow pain.

They may help identify:

• Fracture or previous trauma
• Osteoarthritis
• Joint-space narrowing
• Bone spurs
• Calcification
• Loose bodies
• Changes in joint alignment
• Osteochondral or other bone abnormalities

A normal X-ray does not exclude a tendon, ligament, nerve or cartilage problem.

Musculoskeletal Ultrasound

Musculoskeletal ultrasound can assess:

• Common extensor tendon
• Common flexor tendon
• Distal biceps tendon
• Triceps tendon
• Ulnar collateral ligament
• Selected lateral ligament structures
• Ulnar nerve
• Joint fluid
• Olecranon bursa
• Dynamic tendon and nerve movement

Ultrasound also allows comparison with the opposite elbow and can evaluate some structures while the arm moves.

It can be used to guide joint aspiration or targeted injections when medically appropriate.

MRI

MRI is not automatically required for every patient with elbow pain.

It may be recommended when:

• A significant tendon tear is suspected
• A ligament injury or instability is suspected
• Mechanical symptoms such as locking or catching are present
• An osteochondral lesion or loose body is suspected
• A bone stress injury or occult fracture is suspected
• Symptoms remain unexplained after examination and initial imaging
• Appropriate non-surgical treatment has not produced sufficient improvement
• Surgery or another targeted procedure is being considered

For persistent tendon-related pain or a suspected tear after normal or non-specific X-rays, ultrasound and MRI may provide additional information.

When MRI is medically appropriate, we can arrange imaging at a nearby radiology centre and review the results with you.

What Your Scan Does and Does Not Tell You

A scan can show tendon degeneration, tears, cartilage abnormalities and joint changes.

It cannot directly measure pain, grip capacity, movement control or how well the arm tolerates repetitive work and sport.

A structural tendon abnormality may be present without being the only source of symptoms.

The image provides structural information. The examination determines what that information means.

Read Dr. Kim’s clinical insights →

Understanding Elbow Pain and Nerve Symptoms

Numbness, tingling or burning around the elbow and hand may indicate nerve involvement.

The ulnar nerve passes behind the inner side of the elbow. Irritation in this region may cause:

• Tingling or numbness in the ring and little fingers
• Symptoms when the elbow remains bent for a long time
• Symptoms when leaning on the elbow
• Reduced grip or hand strength
• Hand clumsiness in more advanced cases

Radial nerve irritation can cause pain in the outer forearm and may resemble lateral elbow tendinopathy.

Symptoms can also be referred from the cervical spine.

The examination may therefore include:

• Sensation testing
• Reflexes
• Hand and finger strength
• Nerve-provocation testing
• Cervical range of motion
• Shoulder assessment
• Palpation of the elbow and forearm

A tender tendon and a nerve problem can coexist. Treatment should not be selected from one tender point or one scan finding alone.

Treatment Options

Treatment is introduced step by step and adjusted according to the diagnosis, severity and response.

We begin with the least invasive option that can reasonably improve symptoms and function.

Treatment response is evaluated through practical changes such as:

• Can the patient grip with less pain?
• Is lifting easier?
• Can the patient work for longer?
• Is night pain improving?
• Is hand numbness less frequent?
• Is strength recovering?
• Can the patient return to sport safely?

The goal is not simply to reduce pain temporarily.

It is to restore tendon capacity, strength, movement and confidence in daily function.

Load Modification and Rehabilitation

For most tendon-related elbow conditions, rehabilitation and appropriate load management form the foundation of treatment.

Treatment may include:

• Temporary modification of painful gripping and lifting
• Progressive wrist-extensor or wrist-flexor strengthening
• Isometric, concentric and eccentric tendon loading
• Grip-strength training
• Shoulder and shoulder-blade strengthening
• Improvement of forearm and wrist movement
• Advice regarding work tools and racket technique
• Gradual return to lifting, throwing or sport
• A structured home exercise programme

Clinical guidelines for lateral elbow tendinopathy support progressive resistance exercise and treatment directed at functional impairments rather than prolonged rest alone.

Complete rest may reduce symptoms temporarily but can also reduce tendon capacity.

However, repeatedly forcing the painful tendon through the same heavy load can delay recovery.

The appropriate load depends on the diagnosis and stage of the condition.

Read more about physical therapy and rehabilitation

Bracing and Activity Support

A forearm strap or wrist support may help selected patients reduce tendon load during work or sport.

Bracing is not a substitute for progressive rehabilitation.

The type and duration of support should depend on:

• The location of pain
• The activity that aggravates symptoms
• The suspected structure
• Whether nerve irritation is present
• The patient’s work and sport requirements

For ulnar nerve symptoms, avoiding prolonged elbow flexion and direct pressure over the inner elbow may be more useful than a tendon strap.

Medication and Symptom Control

Medication may be considered when appropriate to reduce pain and allow comfortable movement.

The decision depends on:

• Symptom severity
• Other medical conditions
• Current medications
• Allergy history
• Kidney, stomach, cardiovascular and bleeding risks

Medication can provide symptom relief, but it does not restore tendon capacity, ligament stability or nerve function.

Ultrasound-Guided Treatment

Selected patients may benefit from targeted ultrasound-guided treatment when a plausible pain-generating structure has been identified.

Potential targets may include:

• Common extensor tendon
• Common flexor tendon
• Distal biceps tendon
• Triceps tendon
• Selected ligament structures
• Elbow joint
• Olecranon bursa
• Selected peripheral nerves
• Painful muscles or fascial planes

Ultrasound guidance allows accurate placement while avoiding nearby nerves and blood vessels.

Joint or bursal aspiration may be considered when significant fluid is present and aspiration would help diagnosis or symptom control.

A procedure should not be performed merely because ultrasound or MRI shows tendon degeneration.

The proposed target should match the symptoms and examination.

PDRN-Based Regenerative Injection Treatment

PDRN-based treatment may be considered for selected patients when the suspected pain generator involves an irritated tendon, ligament, periarticular structure or peripheral neural structure.

The purpose is to support symptom control and tissue recovery without relying on corticosteroid treatment.

PDRN is not a universal treatment for elbow pain.

It cannot:

• Reattach a completely ruptured tendon
• Restore severe ligament instability
• Remove a loose body
• Reverse advanced joint destruction
• Correct progressive nerve compression

Suitability is determined after clinical examination and imaging review.

Activated PRF Treatment

Activated platelet-rich fibrin may be considered for carefully selected patients with:

• Chronic lateral elbow tendinopathy
• Chronic medial elbow tendinopathy
• Selected partial tendon injuries
• Distal biceps or triceps tendon-related pain
• Selected ligament-related conditions
• Persistent symptoms despite appropriate rehabilitation

Activated PRF is prepared from the patient’s own blood and is intended to support a sustained biologic environment around the treated tissue.

Research on platelet-based treatment for lateral elbow tendinopathy remains mixed, with differences in blood preparation, comparison treatment and follow-up period. Treatment should therefore be presented as an option for selected patients rather than a guaranteed solution.

Activated PRF cannot guarantee:

• Complete tendon regeneration
• Closure of a full-thickness tendon rupture
• Permanent pain relief
• Prevention of future tendon degeneration
• Avoidance of surgery

Suitability depends on:

• The location and extent of tendon damage
• Strength and function
• Imaging findings
• Previous treatment
• Duration of symptoms
• Work and sport demands
• General health
• Realistic treatment goals

Read more about activated PRF treatment

Stem Cell-Based Treatment

Autologous bone marrow- or adipose-derived cell-based treatment may be considered only for carefully selected patients with chronic degenerative elbow conditions.

Potential candidates may include selected patients with:

• Chronic tendon degeneration
• Persistent symptoms despite appropriate rehabilitation and less invasive treatment
• Selected partial tendon injuries
• Symptomatic degenerative joint conditions
• A clearly identified treatment target
• Realistic expectations regarding the available evidence

Stem cell-based treatment is not a routine first-line treatment for tennis elbow, golfer’s elbow or general elbow pain.

Current evidence for stem cell treatment in tendon disorders is limited and at substantial risk of bias. Available research is not strong enough to support routine use or to guarantee tendon regeneration.

It is not appropriate as a substitute for necessary surgery when there is:

• A complete distal biceps or triceps rupture requiring repair
• Severe ligament instability
• A displaced fracture
• A symptomatic loose body requiring removal
• Progressive nerve damage
• Infection
• Tumour
• Advanced joint destruction requiring surgery

Stem cell-based treatment cannot guarantee:

• Regeneration of a completely normal tendon
• Reattachment of a ruptured tendon to bone
• Restoration of a normal elbow joint
• Permanent pain relief
• Prevention of future surgery

The realistic goals may include:

• Supporting a more favourable biologic environment
• Reducing local inflammatory overload
• Improving pain and function
• Supporting rehabilitation
• Increasing tolerance for work and sport
• Delaying more invasive treatment when medically reasonable

The potential benefits, uncertainties, rehabilitation plan and alternative treatments are discussed before any procedure.

Read more about stem cell-based treatment

Shockwave Therapy

Shockwave therapy may be considered for selected chronic tendon and soft-tissue conditions around the elbow.

Potential indications may include:

• Chronic lateral elbow tendinopathy
• Chronic medial elbow tendinopathy
• Selected distal biceps or triceps tendon-related conditions
• Chronic muscular and fascial overload in the forearm

Focused shockwave may be directed toward a specific tendon target.

Radial shockwave may be used across a broader overloaded forearm and muscle chain.

Evidence for shockwave treatment in lateral elbow tendinopathy is mixed, with some reviews reporting benefit and others finding little or no clinically important advantage over comparison treatments. Patient selection, treatment parameters and realistic expectations therefore matter.

Shockwave therapy is not used to:

• Repair a complete tendon rupture
• Stabilise a severely unstable ligament
• Remove a loose body
• Reverse progressive nerve damage

Read more about shockwave therapy

Regenerative Physical Therapy

Regenerative physical therapy may combine:

• Clinical assessment
• Progressive tendon loading
• Grip and forearm strengthening
• Shoulder-girdle strengthening
• Movement retraining
• Manual treatment
• Shockwave therapy
• High-intensity laser therapy
• Soft-tissue treatment
• Gradual return-to-work or return-to-sport planning

The purpose is to improve the capacity of the elbow and the entire upper-limb chain rather than relying on an injection alone.

A procedure is only one part of recovery.

A Realistic View of Regenerative Treatment

Regenerative treatment does not replace an accurate diagnosis or appropriate rehabilitation.

No injection or cell-based treatment can guarantee a completely new tendon or joint.

Realistic goals may include:

• Reducing local tissue irritation
• Improving pain and grip function
• Supporting tendon rehabilitation
• Increasing tolerance for work, lifting and sport
• Treating a carefully identified tendon, ligament or joint-related target
• Delaying more invasive treatment when medically reasonable

The outcome depends heavily on selecting the correct patient and treatment target.

A technically successful procedure performed on the wrong structure remains the wrong treatment.

When Surgery May Be Appropriate

A surgical opinion may be appropriate when there is:

• A complete distal biceps tendon rupture in a patient who requires strength restoration
• A complete or functionally significant triceps tendon rupture
• Severe ligament instability
• A displaced fracture or major traumatic injury
• A symptomatic loose body
• Persistent mechanical locking
• Advanced elbow arthritis with major functional limitation
• Progressive ulnar or other nerve dysfunction
• Infection
• Tumour
• Persistent pain and functional loss despite appropriate non-surgical treatment

Complete distal biceps tears may cause substantial loss of forearm-rotation strength, and repair is often time-sensitive because the tendon can scar and shorten after injury.

The goal is not to avoid surgery at all costs.

It is to determine whether surgery is necessary and whether the timing is appropriate.

Managing Elbow Pain Day to Day

• Temporarily reduce repeatedly painful gripping and lifting.
• Use both hands for heavy objects when possible.
• Avoid repeatedly testing the painful tendon throughout the day.
• Keep the wrist closer to neutral during lifting and tool use.
• Change racket, grip or equipment demands when appropriate.
• Increase tendon loading gradually rather than returning suddenly to full intensity.
• Avoid leaning directly on a swollen or nerve-sensitive elbow.
• Limit prolonged elbow bending if it causes hand tingling.
• Build shoulder, forearm and grip capacity progressively.
• Monitor true weakness, numbness or loss of hand control.

A temporary increase in pain does not always mean that the tendon has newly torn.

It may indicate that the current load exceeded the tissue’s present capacity.

When to See a Doctor

Arrange an assessment if elbow pain:

• Continues for more than a few weeks
• Repeatedly returns
• Limits gripping, lifting or sport
• Causes night pain
• Is associated with weakness
• Produces numbness or tingling
• Causes clicking, catching or locking
• Prevents full bending or straightening
• Began after a sudden lifting injury or fall
• Is associated with persistent swelling
• Has not improved with sensible load modification and rehabilitation

Persistent weakness or hand symptoms deserve a clinical and neurologic examination rather than repeated pain treatment alone.

When to Seek Urgent Medical Care

Seek urgent medical attention if there is:

• Obvious deformity after trauma
• Inability to bend or straighten the elbow after a significant injury
• A sudden pop with major bruising or weakness
• Rapidly increasing swelling
• A hot, red and swollen joint or bursa with fever
• An open wound near the joint
• A hand that becomes numb, pale, blue or cold
• Rapidly progressive hand or arm weakness
• Loss of pulse or circulation symptoms
• Severe pain after a fall or direct impact

A hot, red and swollen elbow with fever may indicate infection and requires prompt evaluation.

A sudden pop, bruising and loss of strength after lifting may indicate a distal biceps or triceps tendon rupture and should not wait for a routine appointment.

International Patients

International patients can consult directly with Dr. Kim in English.

You may bring or send previous X-rays, ultrasound images, MRI images and medical reports.

Imaging is reviewed together with your symptoms, strength, neurologic findings and physical examination rather than interpreted in isolation.

Nucellin Orthopedic Clinic does not have an on-site MRI scanner. When MRI is medically appropriate, we can arrange imaging at a nearby radiology centre and review the results with you.

Same-day consultation and selected treatments may be possible when medically appropriate.

Bone marrow- or adipose-derived procedures generally require separate planning.

A written estimate is provided before treatment.

Information about insurance and payment is available on the Insurance & Payment page.

If you already have imaging, you may contact the clinic to arrange an evaluation.

Start with an informed medical assessment, not a procedure.