Treatments for Meniscal Tears

The meniscus is cartilage that provides a cushion between the femur (thigh bone) and the tibia (shin bone). A torn meniscus causes weakness in the affected knee. After surgery to repair a meniscal tear, patients receive physical therapy to strengthen the knee. Therapy can last anywhere from three weeks to four months.

During the restorative phase of physical therapy, patients work on strengthening muscles that support the knees, primarily the quadriceps and the hamstrings. The goal is for the patient to regain normal mobility, such as the ability to sit in and get up from a chair, or to go up and down stairs.

balance board for meniscal tearUsing a balance board helps improve the patient’s balance, agility and coordination, and it also increases core strength.

 

 

 

exercise for meniscal tearExercises to strengthen the quadriceps are important, as these muscles provide support to the knee.

Use It or Lose It: Osteoporosis and Exercise

Osteoporosis weightlifting graphicOsteoporosis is a disease in which bones become thin and brittle. The weakened bones are more likely to break, sometimes with little or no trauma, especially the bones of the wrists, hips and spine. These fractures can lead to severe pain, loss of height, and permanent disability. Although osteoporosis primarily affects those over 60, the time to start thinking about prevention is much earlier; even children can take steps to reduce the risk of this disease.

Healthy bones are continuously broken down and rebuilt, gaining mass when the rate of rebuilding exceeds the rate of breaking down. Bones reach their greatest mass around age 30, and usually start to lose mass sometime after age 35. The thicker your bones are at their peak, the less likely they are to get too thin when you’re older. While you can’t add mass after bone thickness peaks, you can take steps to avoid losing the mass you have.

Weight-bearing exercise increases bone mass in those who are young enough to build bone. Walking, running and stair climbing are everyday activities that require your bones to support your weight. A diet with sufficient calcium and vitamin D is also necessary for building bones. Once you’ve passed the age where you can add mass, it’s vital to continue weight-bearing exercise in order to keep from losing too much of the bone you have.

Risk factors for osteoporosis include a family history of the disease, lack of exercise, weighing less than 127 pounds, getting too little calcium and vitamin D, and excessive cola drinking. Women are four times more likely than men to get osteoporosis.

For those who already have osteoporosis, exercise is a good way to improve balance, which can prevent falls that might break weakened bones. Walking is a good choice, because it brings weight to bear on the bones without the added impact of an activity like running, which could stress weakened bones to the point of breaking. Strength training can also help slow mineral loss, but people with osteoporosis may need to avoid activities that stress the spine, such as excessive forward bending and heavy lifting. A physical therapist can design a strength-training program that will allow someone with osteoporosis to exercise safely.

Passive wrist flexion splint

DSC00034This splint is used by patients who have wrist fractures or other conditions that cause stiffness in the wrist or an inability to bend the wrist forward. The handle is used to gently stretch the wrist.

 

 

Don’t let your golf game cause back pain

The twisting motion of a golf swing can cause back pain. Golfers are particularly susceptible to lumbar strain and oblique abdominal strain.

Golfers can benefit from stretching the hips and trunk before and after playing. These stretches improve your ability to rotate your trunk. Core strengthening exercises can also help golfers avoid back pain, and should be done three to four times per week.

A physical therapist can evaluate inherent weaknesses that may contribute to muscle strains. The therapist can then tailor an individual exercise program to improve strength and flexibility. This reduces the risk of injury.

Core Strengthening Exercises for Back Pain

Senior physical therapist Lisa Gemmel demonstrates exercises that help to strengthen the core muscles. When your core muscles are strong, you are less likely to experience back pain.

Bridging Exercise

Bridging Exercise With Marching

Birdman Exercise

Birdman Exercise #2

Exercising While Lying on Mat

Second Exercise While Lying on Mat

Neck Pain From Cervical Disk Displacement

The cervical disks are located between the vertebrae in the spine. When a cervical disk displaces backwards, or backwards and to one side, it can cause irritation to nearby nerves and result in pain, numbness and weakness in the neck and arms.  This condition is most commonly caused by poor posture or degenerative changes.

Treating Neck Pain

Neuromuscular re-education and strengthening of the middle and lower trapezius muscles (postural muscles located across your upper back) are important in treating patients with neck pain to prevent increased use of the upper trapezius (muscles that shrug your shoulders), which can add compression to the spine. Manual and verbal cues from the therapist can help you focus on the correct muscles. Stretching tight chest muscles will help keep your spine aligned and therefore decrease pull on neck muscles. Manual therapy, including active release techniques, joint mobilizations and manual traction, help restore lost motion and decrease muscle spasms, which are secondary effects of neck pain.

 

Degenerative Disc Disease – Passive Range of Motion of the Hip

Passive Range of Motion for Degenerative Disc Disease

Increase hip flexion
Increasing hip flexion
increase hip internal rotation
Increasing hip internal rotation

Degenerative disc disease refers to pain caused by the breakdown of discs in the spine. A physical therapist can do passive range of motion exercises to minimize the patient’s pain and increase function.

Passive range of motion to increase hip internal rotation and to increase hip flexion can both help to decrease pain and improve function.