LCL Injury and Laxity in Manhattan, NY

121 Services ( View All )

About LCL Injury and Laxity

The Lateral Collateral Ligament (LCL) is one of the four major knee ligaments. The purpose of the LCL is to help keep the knee stable, especially on the outside of the knee. An LCL injury can be caused by a varus stress, lateral rotation of the knee when weight-bearing, then the LCL loses its elasticity from repeated stress, or direct force. This knee injury is less common than a medial collateral ligament (MCL) and can often lead to surgery. The causes of an LCL injury are usually when the knee pushes out beyond the range of motion. As a result, the ligament is overstretched and torn. Common causes of this injury are poor landing technique, a sudden change in direction when running, direct force such as a collision or a tackle, and twisting the knee when the foot is stationary.

Symptoms of LCL Injury and Laxity

If you have an LCL injury, you may experience symptoms in your knee such as mild to severe pain on the outer side of the knee, a snapping or tearing sound when the injury occurred, bruising of the skin around the knee, general weakness in the knee joint, numbness in the knee, stiffness, swelling and inflammation, tenderness, or a locking sensation when the knee is moved.

Treatment for LCL Injury and Laxity

Platelet Rich Plasma (PRP) therapy and Bone Marrow Concentrate containing stem cells are great non-surgical treatment options for an LCL injury. Treating an LCL injury begins with advanced diagnostics using the latest technology. Ospina Medical in New York City can devise a treatment plan that is tailored to your specific injury to reduce pain and reduce laxity and instability of the LCL with Regenexx regenerative medicine procedures.

If you have been diagnosed with or suspect an LCL injury or have symptoms that may be related to LCL instability, contact our medical team at Ospina Medical. We offer advanced LCL treatments at our clinic in Midtown Manhattan in New York City.

Related Procedures

*Individual results are not guaranteed and may vary from person to person. Images may contain models.