Physioplus Multispeciality Physiotherapy Clinic

Physioplus Multispeciality Physiotherapy Clinic Is a multispeciality physiotherapy clinic where all kinds of conditions such as orthopaedic, neurolo

Permanently closed.
02/01/2014

"According to the American Orthopaedic Foot and Ankle Society, people take an average of 10,000 steps a day. High heels shift the force of each of those steps so that the most pressure ends up on the ball of the foot and on the bones at the base of the toes. (If you wear flats, the entire foot would absorb this impact.) A 3-inch heel -- most experts consider a heel "high" at 2 inches or more -- creates three to six times more stress on the front of the foot than a shoe with a modest one-inch heel.

As a result, heels can lead to bunions, heel pain, toe deformities, shortened Achilles tendons, and trapped nerves. In fact, women account for about 90% of the nearly 800,000 operations each year for bunions, hammertoes (a permanent deformity of the toe joint in which the toe bends up slightly and then curls downward, resting on its tip), and trapped nerves, and most of these surgeries can be linked back to their high-heeled shoe choice.

The problems can travel upward, too. The ankle, knee, and hip joints can all suffer from your footwear preferences. When you walk in flats, the muscles of the leg and thigh have an opportunity to contract as well as to stretch out. However, when wearing your high-heeled shoes, the foot is held in a downward position as you walk. This keeps the knee, hip, and low back in a somewhat flexed position, which prevents the muscles that cross the backside of these joints to stretch out as they normally would. Over time, this can lead to stiffness, pain, and injury. High heels can also cause lower back strain, because the heel causes your body to pitch forward more than normal, putting excess pressure on the back."

02/01/2014

What makes your knuckles pop?

If you've ever laced your fingers together, turned your palms away from you and bent your fingers back, you know what knuckle popping sounds like. Joints produce that CRACK when bubbles burst in the fluid surrounding the joint.

Joints are the meeting points of two separate bones, held together and in place by connective tissues and ligaments. All of the joints in our bodies are surrounded by synovial fluid, a thick, clear liquid. When you stretch or bend your finger to pop the knuckle, you're causing the bones of the joint to pull apart. As they do, the connective tissue capsule that surrounds the joint is stretched.

By stretching this capsule, you increase its volume. And as we know from chemistry class, with an increase in volume comes a decrease in pressure. So as the pressure of the synovial fluid drops, gases dissolved in the fluid become less soluble, forming bubbles through a process called cavitation. When the joint is stretched far enough, the pressure in the capsule drops so low that these bubbles burst, producing the pop that we associate with knuckle cracking.

It takes about 25 to 30 minutes for the gas to redissolve into the joint fluid. During this period of time, your knuckles won't crack. Once the gas is redissolved, cavitation is once again possible, and you can start popping your knuckles again.

As for the harms associated with this habit, according to Anatomy and Physiology Instructors' Cooperative, only one in-depth study regarding the possible detriments of knuckle popping has been published. This study, done by Raymond Brodeur and published in the Journal of Manipulative and Physiological Therapeutics, examined 300 knuckle crackers for evidence of joint damage. The results revealed no apparent connection between joint cracking and arthritis; however, habitual knuckle poppers did show signs of other types of damage, including soft tissue damage to the joint capsule and a decrease in grip strength. This damage is most likely a result of the rapid, repeated stretching of the ligaments surrounding the joint. A professional baseball pitcher experiences similar, although obviously heightened, effects in the various joints of his pitching arm. But assuming you haven't signed a multimillion dollar contract to constantly pop your knuckles, it hardly seems worth the possible risk to your joints.

On the positive side, there's evidence of increased mobility in joints right after popping. When joints are manipulated, the Golgi tendon organs (a set of nerve endings involved in humans' motion sense) are stimulated and the muscles surrounding the joint are relaxed. This is part of the reason why people can feel "loose" and invigorated after leaving the chiropractor's office, where cavitation is induced as part of the treatment. Backs, knees, elbows and all other movable joints are subject to the same kind manipulation as knuckles are.

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02/01/2014

HAPPY NEW YEAR 2014 TO ALL........

23/10/2013

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07/09/2013

8th sep- world physiotherapy day
HAPPY PHYSIOTHERAPY DAY.............Live healthy

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