Elbow pain is one of the most persistent and most frustrating musculoskeletal conditions in active adults — nagging through every gripping motion, flaring with every repetitive task, and resisting the standard treatments that most patients try first. Whether you are dealing with tennis elbow from years of racquet sport or desk work, golfer’s elbow from a season of heavy training, or the chronic elbow stiffness that follows an old injury, the structural source of your pain is identifiable and treatable. At Flowers Chiropractic, Dr. Taylor M. Watkins, D.C. provides chiropractic care for elbow pain in Flowers Plantation, Clayton, NC with advanced soft tissue therapies that address the tendon and joint pathology driving most elbow conditions — including shockwave therapy, the most evidence-supported non-surgical treatment for the lateral and medial epicondylopathies that account for the majority of chronic elbow pain. Call (919) 553-6711 or Schedule Appointment today.
Understanding Elbow Pain — Why It Persists
The elbow is a complex hinge joint — the articulation of three bones (humerus, radius, and ulna) at a single joint complex — that is required to transmit significant force while maintaining precise positional control of the forearm and hand. Every gripping, lifting, throwing, and pushing activity loads the elbow, and the tendons that attach the forearm flexor and extensor muscles to the bony prominences of the elbow are among the most chronically overloaded soft tissue structures in the upper extremity.
The reason elbow tendon pain persists is the same reason Achilles and patellar tendon pain persists: in the chronic phase, the problem is not inflammation — it is degeneration. The tendon has undergone pathological change at the cellular level, with disorganized collagen replacing normal tendon architecture in areas of chronic overload. Anti-inflammatory treatment — including cortisone injection — may reduce pain temporarily but does not address the degenerative pathology. The tissue remains compromised. The pain returns. This cycle explains why so many patients with chronic tennis or golfer’s elbow have tried rest, bracing, stretching, and injection with partial and temporary benefit — and why the treatments that work are those that drive genuine tissue remodeling rather than temporary symptom suppression.
Conditions Treated at Flowers Chiropractic
Lateral Epicondylitis — Tennis Elbow
Lateral epicondylitis — commonly known as tennis elbow — is the most prevalent elbow condition in clinical practice, affecting two to three percent of the adult population and accounting for the majority of work-related upper extremity musculoskeletal disorders. Despite the name, only a minority of patients with lateral epicondylitis play tennis. The condition affects office workers, manual laborers, mechanics, surgeons, musicians, and anyone who performs repetitive gripping, lifting, or wrist extension activities with sufficient volume to exceed the extensor tendon’s repair capacity.
The pathology is located at the origin of the common extensor tendon — primarily the extensor carpi radialis brevis (ECRB) — at the lateral epicondyle of the humerus. In the early stages, the condition involves inflammation of the tendon and its peritendinous tissue. In the established chronic phase — which is where most patients present clinically — the pathology is tendinosis: degenerative change within the tendon substance characterized by disorganized collagen, increased vascularity, and the loss of the normal fibrillar structure that gives healthy tendon its mechanical strength. The pain is reproduced by gripping, wrist extension against resistance, and direct palpation over the lateral epicondyle.
Shockwave therapy is the treatment with the strongest evidence base for established lateral epicondylitis — producing outcomes that consistently outperform cortisone injection in head-to-head trials for chronic disease, with lasting benefit rather than the temporary relief that injection provides before pain returns. The acoustic pulses drive collagen remodeling in the degenerated extensor tendon origin, stimulate neovascularization in the poorly vascularized peritendinous tissue, and disrupt the abnormal nerve ingrowth that contributes to the pain sensitization of chronic tendinosis. Three to six sessions of shockwave, combined with chiropractic assessment of the elbow, cervical spine, and thoracic spine that influence upper extremity loading, produces durable improvement in most patients who have not responded to conventional treatment.
Dry needling of the extensor muscle belly and the extensor tendon origin complements shockwave therapy — addressing the myofascial trigger points in the extensor carpi radialis and extensor digitorum that refer pain to the lateral elbow and maintain sensitization at the tendon origin. Myofascial release of the forearm extensor compartment reduces the chronic fascial restriction that limits tissue glide and perpetuates the abnormal loading of the lateral epicondyle. Instrument-assisted myofascial release (IASTM) applied directly to the extensor tendon origin promotes scar tissue remodeling and collagen realignment in the most chronically affected tissue.
Medial Epicondylitis — Golfer’s Elbow
Medial epicondylitis — golfer’s elbow — involves degeneration of the common flexor tendon origin at the medial epicondyle of the humerus, producing pain on the inner elbow that is aggravated by gripping, wrist flexion, and forearm pronation. It is less prevalent than lateral epicondylitis but follows the same pathological progression from early inflammatory to established degenerative disease — and responds to the same treatment principles.
The condition affects golfers (particularly with an improper swing technique that overloads the flexor-pronator mass at impact), baseball pitchers, javelin throwers, rock climbers, and anyone performing sustained or repetitive gripping and wrist flexion with sufficient load. It can coexist with ulnar nerve irritation at the cubital tunnel — the groove through which the ulnar nerve passes at the medial elbow — producing concurrent tingling and numbness in the ring and little fingers alongside the medial elbow pain. When ulnar nerve involvement is present, treatment must address both the tendinous pathology and the neural irritation.
Treatment for medial epicondylitis at Flowers Chiropractic mirrors the approach for lateral epicondylitis: shockwave therapy for the flexor tendon origin, dry needling of the flexor-pronator muscle group, and myofascial release of the medial forearm compartment. Where ulnar nerve irritation is present, dry needling in the peritendinous tissue around the cubital tunnel and chiropractic evaluation of the cervical spine — particularly the C8 and T1 nerve roots that contribute to ulnar nerve function — are added to the treatment plan.
Elbow Joint Restriction and Post-Traumatic Stiffness
Elbow stiffness — reduced range of motion in flexion, extension, pronation, or supination — following previous elbow injury, fracture, dislocation, or surgery is among the most functionally limiting conditions affecting the upper extremity. The elbow is notoriously prone to post-traumatic stiffness — more so than most other joints — due to the capsular and periarticular soft tissue fibrosis that develops rapidly after even relatively minor elbow trauma or immobilization.
Chiropractic joint mobilization of the humeroradial and humeroulnar articulations, combined with myofascial release of the anterior elbow capsule and the brachialis muscle — which lies directly anterior to the joint capsule and is a primary contributor to elbow flexion contracture — addresses the mechanical and soft tissue contributions to elbow stiffness. Ultrasound therapy in continuous mode applied before joint mobilization raises the temperature of the collagen-rich capsular tissue, increasing its extensibility and allowing greater range of motion to be achieved during mobilization with less force and less discomfort.
Olecranon Bursitis
The olecranon bursa — the fluid-filled sac over the tip of the elbow — can become inflamed and swollen from direct trauma, repeated pressure on the elbow (as in students who rest their elbows on a desk), or inflammatory conditions including gout and rheumatoid arthritis. Non-infectious olecranon bursitis produces swelling, tenderness, and warmth at the posterior elbow tip. While significant infectious bursitis requires medical management, non-infectious olecranon bursitis responds to ultrasound therapy in pulsed mode for its anti-inflammatory effects and activity modification to reduce the continued mechanical irritation of the bursa.
Cubital Tunnel Syndrome
Cubital tunnel syndrome is compression of the ulnar nerve at the medial elbow — the most common site of ulnar nerve entrapment. It produces pain and tenderness at the medial elbow, tingling and numbness in the ring and little fingers, and in more advanced cases, weakness of the intrinsic hand muscles. It is aggravated by prolonged elbow flexion — which increases tension on the ulnar nerve as it wraps around the medial epicondyle — and is common in athletes who perform throwing motions and in workers who sustain prolonged elbow flexion at a desk.
Conservative management of cubital tunnel syndrome includes activity modification to reduce sustained elbow flexion, dry needling of the flexor-pronator musculature to reduce the medial soft tissue tension that contributes to nerve compression, and chiropractic evaluation of the cervical spine for C8–T1 nerve root involvement that can double-crush the ulnar nerve and amplify cubital tunnel symptoms. Significant motor weakness or progressive sensory loss warrants orthopedic referral for surgical decompression assessment.
Radial Head Dysfunction
The radial head — the proximal end of the radius — articulates with the capitellum of the humerus and with the proximal ulna in the superior radioulnar joint. Restriction of normal radial head mechanics — which can occur after elbow sprain, overuse, or the falls on an outstretched hand common in sport — produces lateral elbow pain, limited forearm rotation, and a clinical picture that can closely mimic lateral epicondylitis. Distinguishing radial head dysfunction from lateral epicondylitis requires specific clinical assessment — the pain location and aggravating movements overlap, but the treatment is different.
Chiropractic mobilization of the radial head is the primary intervention for radial head restriction — restoring normal humeroradial joint mechanics through specific joint manipulation that is distinct from the soft tissue approach used for epicondylitis. Many patients with apparent lateral epicondylitis that has not responded to standard treatment have an unaddressed radial head restriction contributing to their symptoms.
The Cervical Spine and Elbow Pain — A Connection That Is Frequently Missed
Elbow pain is not always generated at the elbow. The cervical nerve roots at C6 and C7 — compressed by disc herniation, foraminal stenosis, or significant cervical joint restriction — refer pain into the lateral forearm and elbow in distributions that overlap closely with the symptom pattern of lateral epicondylitis. The C8 nerve root refers pain to the medial forearm and inner elbow in a distribution consistent with medial epicondylitis. A patient with cervical radiculopathy at these levels may present with elbow pain as their primary complaint and have no awareness of neck involvement.
Similarly, a double-crush phenomenon — in which the nerve is compressed at two points along its course, the cervical spine and the elbow — produces symptoms at the distal site that are disproportionately severe relative to the local tissue findings. A patient with mild cubital tunnel syndrome that has not responded to local treatment may have a cervical C8 root compression amplifying the distal symptoms.
At Flowers Chiropractic, elbow pain evaluation includes cervical spine assessment as a standard component — not an afterthought. The cervical contribution to upper extremity pain is identified and addressed alongside the local elbow findings, producing more comprehensive and more durable outcomes than local elbow treatment alone. Learn more: Neck Pain
How Chiropractic Care Treats Elbow Pain
Elbow pain management at Flowers Chiropractic begins with a thorough clinical assessment — history of onset and aggravating activities, physical examination of elbow range of motion and ligament integrity, palpation of the common extensor and flexor tendon origins, provocative testing for epicondylitis and nerve entrapment, neurological screening of the upper extremity, and cervical spine evaluation for referred pain contribution. Where imaging is indicated — to rule out fracture, confirm significant tendinopathic change, or assess the degree of nerve entrapment — Dr. Watkins will advise and coordinate accordingly.
Treatment is built from the clinical findings. Tendinopathic conditions — lateral and medial epicondylitis, bicipital tendinopathy — receive shockwave therapy as the primary tissue-remodeling intervention, combined with dry needling and myofascial release for the myofascial component. Joint restriction — radial head, humeroulnar, or superior radioulnar — receives specific chiropractic joint mobilization. Neural involvement — cubital tunnel, cervical radiculopathy — is addressed through a combination of cervical adjustment, peritendinous dry needling, and activity modification. Electric muscle stimulation and ultrasound therapy provide pain relief and tissue healing support across all elbow presentations in the acute and subacute phases.
Serving Flowers Plantation, Clayton, Smithfield, and Surrounding Communities
Flowers Chiropractic is located at 14 Flowers Crossroads Way, Suite 106, Clayton, NC 27527, in the heart of the Flowers Plantation community. Dr. Watkins treats elbow pain patients from Flowers Plantation, Clayton, Smithfield, Selma, Wilson’s Mills, Archer Lodge, Knightdale, Wendell, and across Johnston and Wake County.
If elbow pain has been limiting your grip strength, your training, your work, or your daily activities — and cortisone injections or rest have not produced lasting relief — chiropractic care at Flowers Chiropractic provides the advanced soft tissue and joint treatment that chronic elbow conditions require. Call (919) 553-6711 or Schedule Appointment online. Office hours: Monday, Tuesday, and Thursday 7:00 AM – 6:00 PM; Wednesday 9:00 AM – 12:00 PM; Friday 7:00 AM – Noon.
Frequently Asked Questions About Elbow Pain
How long does tennis elbow take to heal?
Untreated or inadequately treated lateral epicondylitis can persist for twelve to eighteen months or longer — and in some patients it becomes a genuinely chronic condition that never fully resolves without targeted intervention. With shockwave therapy as the primary treatment for established tendinosis, most patients achieve significant improvement within six to ten weeks of completing a course of three to six sessions. The full biological effect of shockwave — collagen remodeling and tissue repair — continues for three to six months after the treatment course, so final outcomes are often better than what is apparent immediately after the last session.
Is cortisone injection a good treatment for tennis elbow?
Cortisone injection produces short-term pain relief in lateral epicondylitis — typically reducing pain significantly for four to eight weeks. However, multiple high-quality trials demonstrate that at twelve months and beyond, patients who received cortisone injection have worse outcomes than those who received no treatment or received shockwave therapy. The mechanism is straightforward: cortisone is anti-inflammatory, but established lateral epicondylitis is not primarily an inflammatory condition — it is a degenerative tendinosis. Suppressing inflammation in degenerative tissue while allowing the underlying tendon pathology to progress produces temporary relief followed by return of pain. Shockwave therapy addresses the degenerative pathology directly.
Can elbow pain be caused by a neck problem?
Yes — and this is more common than most patients or clinicians realize. The C6 and C7 cervical nerve roots refer pain into the lateral forearm and elbow in distributions closely resembling lateral epicondylitis. The C8 root refers pain to the medial elbow in a distribution resembling golfer’s elbow. A patient whose elbow pain has not responded to local treatment — or whose elbow pain is accompanied by neck stiffness, arm numbness, or tingling — warrants cervical spine evaluation as part of the clinical assessment.
Will I need surgery for tennis elbow or golfer’s elbow?
The vast majority of lateral and medial epicondylitis patients do not require surgery. Clinical guidelines consistently recommend exhausting conservative management — including an adequate course of shockwave therapy, dry needling, and myofascial release — before surgical debridement of the degenerated tendon is considered. Surgery is typically reserved for patients who have had significant, appropriately delivered conservative care for at least six to twelve months without adequate improvement. Dr. Watkins will be direct about when your presentation warrants surgical consultation — and equally direct when it does not.
I have numbness and tingling in my fingers alongside elbow pain — what does that mean?
Numbness and tingling in the ring and little fingers alongside medial elbow pain suggests ulnar nerve involvement at the cubital tunnel — cubital tunnel syndrome. Numbness in the thumb, index, and middle fingers alongside lateral elbow or forearm pain suggests median nerve involvement or C6 cervical radiculopathy. Any neurological symptom accompanying elbow pain warrants thorough neurological assessment to identify the level and severity of nerve involvement before treatment proceeds. Dr. Watkins screens for nerve involvement as a standard component of elbow pain assessment.
How many shockwave sessions will I need for elbow tendinopathy?
Most elbow tendinopathy protocols involve three to six shockwave sessions spaced five to seven days apart. The majority of patients with lateral or medial epicondylitis notice meaningful improvement after the second or third session, with continued improvement developing over the weeks following the treatment course as collagen remodeling progresses. Dr. Watkins assesses your clinical response after each session and adjusts the protocol based on your tissue’s response and the degree of tendinopathic change present.