FROM OUR EXPERTS
Life can be a pain in the groin. You hear about groin pain all the time if you watch enough football, baseball and basketball. But, you do not have to be an athlete to experience a pain in the area where the abdomen meets the legs. Actually, it is quite easy to understand why so many people experience groin pain at some point in life because so much is happening in that region of the body. Many different muscles attach in that area. The major bones of the spine, pelvis, and legs join in that area. And some very important internal organs lie nearby as well. With so much that can go wrong, it is no wonder why life can be a pain in the groin.
By far and away, the most common cause of groin pain is muscular. Did you ever wonder why a big 300 pound lineman could hit the ground and wince like a baby due to a groin injury? Hey, those muscles really can hurt. One muscle is the Iliopsoas which flexes the hip. Because of its deep position along the spine before it attaches in the groin, ...
What exactly is motor weakness? Is it the same as muscle weakness? I have been told I have hemiplegic migraines. I suffer from slurred speech and difficulty talking as well as a loss of consciousness causing mini black outs, on a couple of occasions. My left arm is affected and becomes very weak and tired although I can still move it (reluctantly!) I also have numbness and pins and needles; so is this motor weakness or muscle problems? I usually end up with my left arm resting across me for the duration of the migraine. Could it be basilar migraine instead? I also have M.E. the symptoms of which worsen during a migraine attack. When the headache is severe I am hardly able to walk. Is this likely to be connected with the migraine? rosy.
Yes, motor weakness is essentially the same thing as the muscles being temporarily weak. This is a symptom that has to be explained carefully. Sometimes, people mistake numbness for w...
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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