Restless leg syndrome (RLS) is a common and sometimes
devastating condition. I see it quite frequently
in many of my chronic pain patients. In
fact, it contributes to quite a bit of chronic pain, because of the difficulty
it causes in terms of getting a good night's rest, and because it in and of
itself can be rather painful. And there
are diseases associated with chronic pain which can result in so-called
Restless Leg Syndrome is a nighttime condition that has a huge impact on
daytime functioning for those afflicted.
The diagnosis of RLS is mostly arrived at through interviews
with the patient, and basically involves four important features:
is a compelling need to move, usually associated with unpleasant
sensations in the legs, which have been described variously as painful,
electric or "creepy-crawly."
sensations of RLS are worse or exclusively present at rest.
sensations are at least partial...
Practically everyone experiences low back pain at some point in life. Some experience it more frequently than others. If you struggle with frequent episodes of low back pain, here are some tips to help you prevent it.
1. Think BEFORE You Lift : By thinking about how to lift properly, you can prevent 90 percent of the causes for a sudden, sharp pain in the back. Place your feet shoulder width apart, bend the knees and tighten up your abdominal wall; all of this is done before you lift.
2. Provide a Good Base of Support : Think as if you are a chair; one leg is pretty wobbly. Two legs are better than one, especially with the feet widely placed for extra support. Place a hand down on a counter top for even more support and now you are a three-legged chair. And both legs and arms in contact with something solid will give your spine the most stable base of support possible.
Studies show muscle weakness after total knee replacement (TKR) is common months and even years after the surgery. This study compares the force produced during a single-leg press after TKR. Nine patients with TKR were compared to nine adults without TKR (the control group). This is the first study to measure force produced by the leg after TKR in a weight-bearing position. It's unique because force is examined across several joints using many muscle groups. This gives a better idea of what's going on in a fully weight-bearing position. Other studies have reported on forces in one joint at a time. Often only the knee extensor muscles are tested. The authors report that there is much less force through the leg with the joint replacement. These measures were lower when compared to the patient's healthy leg and when compared to the control group. This shows that the entire leg, not just one set of muscles, has less power. The researchers suggest that the loss of force in the leg with the TK...
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