The bones of the knee are the femur (thigh bone), tibia (shin bone) and patella (kneecap). view
Knee fractures may involve the lower end of the thigh bone (femur), upper end of the shin bone (tibia), the kneecap (patella), or any combination of the three. view
The main bone in the leg (tibia) breaks into two or more pieces depending on how bad the injury. view
Knee dislocations are true orthopedic emergencies. In addition to the knee joint being out of place, the nerves and blood vessels that supply the leg are at risk for injury and can threaten the viability. view
Leg compartment syndrome occurs when the pressure within the front, back, or outer leg compartments rises above the blood pressure needed for the heart to pump blood to the thigh. view
A knee ligament injury can be a sprain in which a ligament around the knee gets stretched or the ligament can be partially or completely torn. view
The menisci are two C-shaped cartilage disks that sit between the thigh bone (femur) and the shin bone (tibia) and provide stability, support, and cushioning for the knee. view
Patellofemoral syndrome encompasses a spectrum of conditions that can involve the kneecap (patella), quadriceps muscle group, iliotibial band (ITB), hamstrings, as well as the thigh bone (femur) and shin bone (tibia). view
Knee arthritis is the loss of the cartilage cushion in the joint contact surfaces that normally allows for smooth, pain-free gliding during knee range of motion. view
The common tendon disorders about the knee include bursitis, tendonitis, quadriceps, and patellar tendon tears. view
Stiff knee, also referred to as arthrofibrosis, is a condition that is associated with moderate to severe pain with knee motion. view
The knee is one of the most well-perfused (good blood supply) areas of the human body and because of this ample blood supply to the knee, circulating white blood cells offer excellent protection against infection. view
After injury, patients can develop decrease range of motion as a consequence of swelling, pain, and scar formation occurring with significant adhesions that bind various tissue layers. When inflammation is present, the wrist capsule thickens becoming less elastic and the tendons can get trapped in the scar adhesions that develop. The Radiocarpal joint and the Distal Radio- Ulnar joint of the wrist can both be affected. This problem is easier to prevent than to treat so an aggressive and early motion program is imperative to avoid permanent joint stiffness.
A well structured therapy program will maximize the potential of regaining wrist motion. By use of different therapy modalities combined with an Active Assisted and Passive Range of Motion program and the use of Functional Electric Stimulation, Tendon Preload/Release and Static Progressive Splinting, the best outcomes are achieved. Your surgeon at the ROC will discuss a plan to prevent this too frequent and potentially debilitating complication.