A TFCC injury can cause pinky-side wrist pain, clicking, popping, weakness, grip difficulty, pain with rotation, and a sense of wrist instability.
Our team organizes conditions and treatments into related zones of expertise to make it easier to explore the care paths most relevant to your symptoms and goals.
Use the zone tags above to browse dedicated pages for each focus area, including services, providers, and what to expect during treatment.
A TFCC injury affects the triangular fibrocartilage complex, a group of cartilage and ligaments on the pinky side of the wrist that helps stabilize, cushion, and support the wrist. TFCC tears can cause ulnar-sided wrist pain, clicking, popping, weakness, reduced grip ability, pain with rotation, and a feeling of instability.
Injuries may occur after a fall, twisting injury, sports-related load, repetitive stress, degeneration, or instability. TFCC pain should be evaluated carefully because similar symptoms can also come from wrist sprain, distal radioulnar joint instability, tendon injury, fracture, arthritis, nerve irritation, hypermobility, or referred pain.
At Manhattan Pain Medicine (MPM), evaluation begins by identifying whether pain is truly coming from the TFCC or from another wrist structure.
For patients looking for TFCC injury treatment in Manhattan, MPM evaluates pinky-side wrist pain, clicking, popping, grip weakness, pain with forearm rotation, distal radioulnar joint instability, extensor carpi ulnaris tendon involvement, chronic sprain patterns, hypermobility, EDS, arthritis, nerve irritation, and prior imaging.
Care may include diagnostic ultrasound, ultrasound-guided injections, PRP, BMAC, prolotherapy, regenerative medicine discussions, hand therapy coordination, or hand surgery referral when instability or structural injury requires additional evaluation.
Pain on the pinky side of the wrist can be difficult to diagnose because several structures are close together. The TFCC, distal radioulnar joint, wrist ligaments, extensor carpi ulnaris tendon, ulnar nerve region, small wrist bones, and surrounding soft tissues can all contribute to pain. A patient may feel clicking or weakness and assume the TFCC is torn, but the pain may come from instability, tendon irritation, arthritis, fracture, nerve irritation, or referred pain.
MPM uses a diagnosis-first approach to determine whether TFCC findings match the patient’s symptoms, exam, and functional limitations. This matters because not every TFCC finding causes pain, and not every case of ulnar-sided wrist pain is a TFCC tear. The treatment plan should be based on the true pain generator and stability pattern.
TFCC injury fits within MPM’s Musculoskeletal issues Zone of Expertise, with important overlap in Hypermobility when EDS, joint laxity, repetitive sprains, distal radioulnar joint instability, or load intolerance contribute to symptoms. This matters because the TFCC helps stabilize the wrist during gripping, lifting, rotation, and weight-bearing through the hand.
MPM uses the Zones of Expertise framework to evaluate whether symptoms are cartilage-related, ligament-related, instability-related, tendon-related, nerve-related, inflammatory, or referred from another region. For some patients, the TFCC is the primary pain generator. For others, TFCC findings may be one part of a broader wrist instability, hypermobility, or chronic sprain pattern that requires coordinated care.
I cannot say enough good things about Manhattan Pain Medicine. From the moment I walked in, I felt truly cared for and taken seriously. Dr. Nino Mikaberidze, Director of Rheumatology, is exceptional — knowledgeable, compassionate, and incredibly thorough. She takes the time to listen, explains every...
The best care I've received as a chronic pain patient. I traveled from out of state to visit Manhattan Pain Medicine because I could not find knowledgeable doctors in my hometown for my hypermobility, and Ehlers-Danlos syndrome symptoms and comorbidities. Let me tell you, it was worth every travel e...
I was injured in a bicycle accident over 8 years ago. I’ve suffered throughout the years since my accident with nothing seeming to work. PT, Yoga, lifestyle changes, NOTHNG! I finally made an appointment with Dr Kane and I’m feeling an improvement in my life. I no longer stay up all night in pain, a...
One of the best experiences, if not the best, I have ever had at the doctor’s office. From the front desk to the nurses to the PA assisting the doctor this was a great experience. Dr.Nino actually listened to me and came up with a game plan. Would recommend this practice to as many people as I could...
I have very unique & severe nerve pain from CRPS which has no known specific cure. Dr. Siefferman has a huge tool box, far greater than the other 23 Drs. I have seen. He saved me from jumping off a bridge and continues to help me with both treatments and advice. Dr. S. is in a different league!
After two years of searching and feeling lost and let down, I finally found real help at Manhattan Pain Medicine. With Dr. Siefferman, Adam Rosenberg, Dr. Mikaberidze, and the whole team, I feel heard, supported and understood. Every symptom is being considered and I’m finally getting answers with m...
Why is Dr Dr. Tayyaba Ahmed one of the top pevic Floor specialists - 1- She wants to know a full history of what led the patient to get to this point. 2 - She listens intensley to the patient 3- She does not rush you 4- Extremely skilled at giving pelvic floor injections 5- I thank my luck stars she...
The staff was friendly and helpful. Dr. Siefferman was thoughtful, listened, asked questions and proposed simple safe ways to come to further conclusions regarding my pain and discomfort. The office staff including Dr. Siefferman is responsive even after the initial in-person visit. Very pleased.
Dr. Siefferman is a brilliant provider. While my pain is still a work in progress, Dr Siefferman always gives me options and explains his reasoning behind things. He listens to my feedback and concerns. I never feel rushed; and am grateful he works to meet me where I am. I highly recommend him.
What a great find! They listen to me, I listen to them and the diagnosis is made and a plan developed to develop an approach to treat all of my chronic pain. I wish I could have discovered this type of treatment sooner. This doctor and group give me hope.
A TFCC injury affects the triangular fibrocartilage complex, a group of cartilage and ligaments on the pinky side of the wrist. The TFCC helps stabilize, support, and cushion the wrist, especially during gripping, rotation, lifting, and weight-bearing through the hand. A TFCC injury may involve a tear, sprain, degeneration, or instability pattern. Patients often notice ulnar-sided wrist pain, clicking, popping, weakness, reduced grip ability, pain with rotation, or a feeling that the wrist is unstable. (Cleveland Clinic)
A TFCC tear often causes pain on the pinky side of the wrist. Patients may also notice clicking, popping, weakness, grip difficulty, pain with forearm rotation, pain with lifting, pain with sports, or a feeling of wrist instability. Symptoms may worsen when turning a doorknob, opening a jar, pushing up from a chair, swinging a racket, lifting weights, or bearing weight through the wrist. Similar symptoms can also occur with wrist sprain, extensor carpi ulnaris tendon injury, arthritis, fracture, nerve irritation, or distal radioulnar joint instability.
TFCC injuries may occur after a fall onto an outstretched hand, twisting injury, racket or stick sports, repetitive loading, degeneration, or instability. Mayo Clinic notes that TFCC injuries are common after falls or twisting injuries in sports such as tennis, golf, hockey, and other stick-handling sports. (Mayo Clinic) Some patients have anatomy or mechanics that increase load on the ulnar side of the wrist. Hypermobility and EDS may also contribute when ligament laxity or distal radioulnar joint instability places more stress on the TFCC.
TFCC injury is evaluated through medical history, physical examination, ulnar-sided wrist tenderness, wrist and forearm motion testing, grip assessment, instability testing, imaging review, and sometimes diagnostic ultrasound or MRI. MRI can be useful as a preliminary diagnostic tool, while wrist arthroscopy is considered the diagnostic gold standard when definitive confirmation is needed. (NCBI) Diagnosis should also consider other causes of pinky-side wrist pain, including wrist sprain, fracture, tendon injury, arthritis, nerve irritation, and distal radioulnar joint instability.
Diagnostic ultrasound may help evaluate selected TFCC-related findings, such as joint fluid, cysts, tendon involvement, soft tissue changes, and dynamic distal radioulnar joint instability. It may also help guide injections when a specific target is identified. However, TFCC ultrasound is technically demanding and operator-dependent. MRI is often used for internal wrist detail, and arthroscopy may be needed in selected cases. MPM uses ultrasound when it may help clarify the pain generator, assess dynamic instability, or improve procedural precision.
Some minor or stable TFCC injuries may improve without surgery. Nonsurgical care may include rest, bracing or splinting, activity modification, anti-inflammatory medication when appropriate, corticosteroid injection, hand therapy, and gradual return to activity. Cleveland Clinic notes that simple treatments such as rest and physical therapy are often enough for some TFCC tears, while surgery may be needed for more severe tears. (Cleveland Clinic) The likelihood of improvement depends on tear type, stability, symptoms, chronicity, and functional demands.
PRP, BMAC, and prolotherapy may be considered only in selected cases after diagnosis, anatomy, stability, chronicity, risks, goals, and evidence are reviewed. Mayo Clinic notes that some TFCC injuries may be treated without surgery using approaches that can include splinting, corticosteroid injections, or platelet-rich plasma followed by hand therapy. (Mayo Clinic) These options should not be described as guaranteed TFCC repair, cartilage restoration, wrist stabilization, or a replacement for surgery when surgery is medically indicated. MPM discusses regenerative options carefully and only when the treatment target is clear.
Surgery or hand specialist referral may be appropriate when pain persists despite appropriate nonsurgical care, when there is significant instability, severe tear, mechanical symptoms, reduced rotation, loss of function, or suspected distal radioulnar joint instability. Surgery may also be considered after major trauma or when imaging and exam findings suggest a structural injury that is unlikely to respond to conservative care alone. MPM may help clarify whether symptoms fit a nonsurgical pain management pathway or require referral to a hand surgeon.
Before care begins, our team helps patients understand the practical side of treatment, including insurance verification, out-of-network benefits, cost-share estimates, self-pay options, and billing questions. We believe patients should have as much clarity as possible before moving forward.
A TFCC injury affects the triangular fibrocartilage complex, a group of cartilage and ligaments on the pinky side of the wrist. The TFCC helps cushion and stabilize the wrist, especially where the forearm bones meet the wrist and where the distal radioulnar joint helps control rotation. When the TFCC is injured, patients may feel pain on the ulnar side of the wrist, clicking, popping, weakness, reduced grip ability, pain with rotation, or a sense that the wrist is unstable.
TFCC pain can interfere with small but important daily tasks, such as turning a doorknob, opening a jar, lifting a bag, typing, pushing up from a chair, playing tennis or golf, doing yoga, or bearing weight through the hand. Because the painful area is small, patients may feel dismissed even though the injury can significantly affect function.
TFCC injuries can happen suddenly or gradually. Acute injuries may occur after a fall onto an outstretched hand, a twisting injury, or a sports-related load. Mayo Clinic notes that TFCC injuries are common after falls or twisting injuries in sports such as tennis, golf, hockey, and other stick-handling sports.
Other TFCC injuries develop over time. Degeneration, repetitive stress, positive ulnar variance, wrist instability, or chronic overload may increase strain on the TFCC. Patients with EDS or hypermobility spectrum disorder may also be more vulnerable to wrist instability or recurrent sprain patterns because connective tissue laxity can affect joint support.
Pinky-side wrist pain is not always a TFCC tear. Similar symptoms can come from distal radioulnar joint instability, extensor carpi ulnaris tendon injury, wrist sprain, fracture, ulnar impaction syndrome, arthritis, nerve irritation, inflammatory disease, or referred pain. Some patients have imaging findings that do not fully explain their symptoms. Others have significant pain even when early imaging is unclear.
This is why MPM evaluates the full clinical pattern. The key question is not only whether a TFCC abnormality exists, but whether it matches the patient’s pain, exam, instability, and functional limitations.
MPM begins with a detailed history and physical examination. The clinician reviews how symptoms started, whether there was a fall or twisting injury, where pain occurs, what motions provoke it, whether the wrist clicks or pops, whether grip is weak, and whether the wrist feels unstable.
The exam may assess ulnar-sided tenderness, wrist range of motion, forearm rotation, distal radioulnar joint stability, grip strength, tendon involvement, swelling, nerve symptoms, and pain with loading. Prior X-rays, MRI, injections, splinting, hand therapy, or orthopedic evaluations are reviewed.
MRI is often useful as a preliminary diagnostic tool for TFCC injury, while arthroscopy is considered the diagnostic gold standard when definitive confirmation is required. Diagnostic ultrasound may help in selected cases, especially for dynamic instability, surrounding soft tissue findings, or ultrasound-guided procedures, but it should be interpreted by clinicians experienced with wrist anatomy.
Treatment depends on the tear type, stability, duration of symptoms, activity demands, imaging findings, and whether the distal radioulnar joint is stable. Some TFCC injuries improve with nonsurgical care. This may include rest, bracing or splinting, activity modification, anti-inflammatory medication when appropriate, corticosteroid injection, hand therapy, and gradual return to activity. Cleveland Clinic lists nonsurgical options including anti-inflammatory medication, bracing or splinting, cortisone injections, and physical or occupational therapy.
Hand therapy may focus on protecting the wrist, improving motion, restoring grip, strengthening stabilizers, and reducing stress during rotation and loading. Patients may need to avoid provocative lifting, pushing, twisting, or weight-bearing while the wrist calms down.
Ultrasound-guided injections may be considered when a specific pain generator is identified and when conservative care has not been sufficient. Injections may help reduce inflammation or clarify whether pain is coming from a specific region of the wrist. The target should be selected based on anatomy, symptoms, exam findings, and imaging.
Some patients ask about PRP, BMAC, prolotherapy, or regenerative medicine for TFCC injury or wrist instability. These options may be discussed only in selected cases. They should not be presented as guaranteed TFCC repair, cartilage restoration, permanent wrist stabilization, or surgery prevention. The decision depends on the diagnosis, tear pattern, stability, chronicity, risks, evidence, and patient goals.
Hand surgery or orthopedic referral may be appropriate when there is persistent pain, significant instability, mechanical symptoms, severe tear, suspected distal radioulnar joint instability, failed conservative care, or major functional limitation. Surgery may also be considered when a structural tear is unlikely to respond to nonsurgical care alone.
MPM does not frame referral as a failure. For selected TFCC injuries, hand specialist evaluation is the most appropriate step.
TFCC injury symptoms should be evaluated when pinky-side wrist pain persists, worsens, follows a fall or twisting injury, causes clicking, popping, swelling, grip weakness, instability, numbness, reduced rotation, or functional limitation. Patients should seek timely evaluation after trauma, visible deformity, severe swelling, suspected fracture, loss of sensation, worsening weakness, inability to use the hand, fever, redness, or rapidly worsening pain.
MPM approaches TFCC injury through a diagnosis-first, function-focused model. The evaluation considers TFCC injury, chronic sprain, distal radioulnar joint instability, extensor carpi ulnaris tendon involvement, ligament injury, arthritis, hypermobility, EDS, nerve irritation, and referred pain.
For patients looking for TFCC injury treatment in Manhattan, MPM offers a careful pain medicine perspective that can work alongside hand therapy, orthopedics, hand surgery, sports medicine, and rehabilitation. The goal is to identify whether the TFCC is the true pain generator, clarify whether the wrist is stable, and build a plan that supports grip, rotation, lifting, and daily function.
