TFCC Tears: Non-Surgical Treatment in Palm Beach

The triangular fibrocartilage complex (TFCC) is a cartilage and ligament structure on the ulnar (small finger) side of the wrist that stabilizes the joint between the radius and ulna and cushions the carpal bones. TFCC tears cause ulnar-sided wrist pain, weakness, and clicking, and are common in athletes and active individuals.

Image-guided orthobiologic treatment of TFCC tears offers a precision non-surgical approach at Palm Beach Regenerative for appropriately selected patients. Schedule a visit to find out if you qualify.

What Are TFCC Tears (Wrist)?

TFCC tears are classified as traumatic (Type 1, from a fall or rotational injury) or degenerative (Type 2, from age-related wear). The location and type of tear significantly influence whether non-surgical treatment is appropriate.

Signs and Symptoms

• Pain on the ulnar (small finger) side of the wrist
• Pain worsening with forearm rotation or weight-bearing through the wrist
• Clicking or clunking with wrist movement
• Weakness of grip
• Wrist instability with loading

Common Causes and Risk Factors

• Fall on an outstretched hand with a rotational component
• Repetitive forearm rotation in racket sports, gymnastics, or golf
• Age-related TFCC degeneration
• Positive ulnar variance (longer ulna than radius)

How It Is Diagnosed

MRI of the wrist (with or without arthrogram) is the primary imaging tool for TFCC evaluation. Diagnostic ultrasound-guided wrist injection can assess for the characteristic pain relief that confirms TFCC involvement.

Conventional Treatment Options

• Wrist immobilization splinting for acute tears
• Physical therapy for wrist stabilization
• Intra-articular wrist steroid injection for inflammation
• Arthroscopic TFCC debridement or repair for persistent cases

The Palm Beach Regenerative Approach

Dr. Ghattas uses ultrasound-guided injection of platelet preparations into the wrist joint and directly around the TFCC to support the fibrocartilage's healing response and reduce the inflammatory component of the tear.

Peripheral (outer edge) TFCC tears have better blood supply and greater healing potential. Central tears with poor blood supply may have more limited response to biological treatment and may ultimately require arthroscopic evaluation.

The BioMod Advantage: MLS Robotic Laser Therapy applied to the ulnar wrist reduces intra-articular inflammation around the TFCC and supports fibrocartilage recovery. Xymogen joint support protocols provide the nutritional building blocks for fibrocartilage healing.

Like all medical procedures, orthobiologic treatments have potential risks and benefits. Results vary by individual. Not all patients are candidates. Dr. Ghattas will discuss your specific situation, realistic expectations, and all treatment options, including when surgery or other interventions may be more appropriate.

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