Custom Orthosis for Upper Extremities

Your knees are hinge joints that allow for the forward-and-backward motions within the joint.

The knee is one of the largest joints in your body, made up of a complex system of bones, tendons, and ligaments. Because of this, the knee can be easily injured due to overexertion or repetitive motions. Additionally, knee pain can be caused due to an underlying ailment. Some of the most common causes of knee pain are sprains, strains, fractures, tears, dislocation, tendinitis, bursitis, and arthritis.

There are some actions you can take on your own to relieve your knee pain, including wearing properly fitted shoes, using hot and cold remedies, stretching, and taking breaks from physical activity when noticing painful flare-ups. However, physical therapy is the best way to find consistent, long-lasting relief for your knee pain. Through manual therapy, strength training, flexibility training, balance training, and pain-specific exercises, physical therapy can get your knees moving comfortably once again.

Frequently consulting with a physical therapist is the best way to continually manage your knee pain. Having a regular physical therapy checkup ensures that your joints are working at their peak performance. In addition, any problems will be discovered early, preventing the onset of arthritis and joint injury. If you do have arthritis or have had surgery, then a regular physical therapy check-up is especially important, in order to make sure that your knee pain remains at bay.

Our physical therapists will examine your knee for signs of misalignment or structural damage, in addition to examining your stance, posture, gait, and range of motion. If needed, additional tests (such as x-rays) may be conducted. This will help determine the cause of your knee pain so we can treat it accordingly. After your initial evaluation is complete, your physical therapist will prescribe a physical therapy plan specifically for you, aimed at relieving unnatural stresses and strains, and normalizing your joint function.