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Spinal Surgery Disorders
Treatment of Neurological Problems
Treatment of Nerve And Muscle Disorders
Treatment of Hip Disorders
Neuro Physiotherapy Treatment
Treatment of Knee Injury
Pregnancy Exercise Therapy
Treatment of Sports Injuries
Treatment of Splinting
Treatment of Spondylosis
Arthritis And Pain Management Treatment
Heat Therapy Treatment
Post Pregnancy Classes
Orthopedic Physical Therapy
Treatment of Shin Splints
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Sir myself shyam iam facing with backpain for 2 days. If I sit it's panning more. So. Please suggest me medicine sir.
We have created a revolutionary 7 Step Program to eliminate your back pain and keep it away. Through this program you can recover fully and keep future pain at bay.
To fully recover from an injury or an episode of physical pain everybody needs to move through 7 stages of recovery. Future injury, greater health costs and ongoing frustration are assured if shortcuts are taken or treatment is prematurely ceased.
Every individual will commence at different stages of this process. Some will move more quickly through some stages whilst others move more slowly. Everybody is different.
Step 1 - Tissue Normalization
First we bring the injury under control, so your tissues can begin to heal. This helps the injured part to function smoothly with the rest of the body.
Step 2 - Muscle Activation
An injury is extremely painful, and makes movement difficult. By activating injured muscles early, you'll recover sooner.
Step 3 - Static Control
Develop sufficient strength and control of your injured body part to hold a neutral position whilst other parts are moving.
Step 4 - Dynamic Control
Develop the strength to control the injured body part during movement. By increasing endurance, you'll be able to maintain dynamic control.
Step 5 - Functional Rehabilitation
You're well on your way to full recovery. This stage customises your rehabilitation to your specific needs.
Step 6 - Functional Fitness
This stage is ensures you have the necessary physical fitness, power, endurance, body awareness, strength and flexibility to perform physically.
Step 7 - Maintenance Program
To make sure you don't experience a recurring injury, we tailor a program to keep you fighting fit, monitor your progress and continue to supervise rehabilitation.
I am 25 year old. Recently My right shoulder is paining. The reason is taking water in the with heavy weight suddenly balance in not controlled to my right shoulder almost happens to broken. I settled my shoulder with my own. And I am using painkiller but when I tried lift my shoulder free suddenly its freezing. Is there any tablet to remove blood clot in my shoulder.
Sir my dad age is 55 he is having pain in left hand joint between elbow and forearms pls prescribe any cure.
THE INTERVERTEBRAL DISC
At its simplest, the spine gets most of its movement from each cotton reel sitting on its discal pillow and careening about in all directions.The back compartment has to control the movement.The intervertebral discs are the pillows and they are vital to the spine. Their high bursting pressure thrusts the vertebrae apart while at the same time gluing them together. Each has a vigorous incompressibility, like standing on a breadboard balanced on a beach ball. They give the spine aquivering up-thrusting romp which makes it whippy a light so it can tip around freely in the air without flopping over like a broken reed.Each disc consists of a squirting liquid centre called the nucleus and a tough meshed outer wall called the annulus fibrosis. The annulus in turn is made up of approximately twelve thin fibrous layers (called lamellae) which make up the wall.
For maximum strength in bending, each successive lamella is made of fibers running in diagonally opposing directions,like the walls of a radial car tyre. This creates a tenacious multi-layered tubular lattice running around the rim of the disc which is bonded strongly to the vertebrae above and below.
Thus the disc wall not only holds the vertebrae firmly together; it also keeps the nucleus under pressure.The lamellae at the back of the disc are even thinner and bunched closely together.
This gives the inter space more freedom to pull apart so the spine can bend forward-its most frequent act-but it also means it is weaker, introducing a precarious trade-off between freedom to bend and the possibility that over-bending could break down the wall.Often the L5 discs are kidney-shaped, which exposes a longer flank and increases the holding power of the back wall.
However , kidney-shaped discs have the disadvantage of rankling more inthe acute back corners when torsion strains are applied to the disc. You will see later how heavy duty lifting and twisting actions can make the wall perish at these points.
The nucleus of the disc has a unique molecular make-up which allows it to attract fluid to keep itself hydrated under pressure. (when healthy nuclear material is taken from a disc and set in a saucer of fluid it swells by 300 percent). This powerful attractive force from the nucleus maintains the high pressures within the disc so it is not squashed dry, as a normal sponge would be, by the powerful and ever-present forces bearing down upon it.When a disc is young,the nucleus is nearly 90 percent water but as it gets older it is less able to hold it. Even so, the strong suction on water creates very high intradiscal pressures.
Apart from making the disc unsquashable, it forces the disc walls outwards, which has ingenious benefits for the spine. The strength of the walls fighting back against the outward force stiffens them and gives each link between the vertebrae invaluable tensile strength.
This dynamically braces each link and keeps the spine taut all the way down its length.In the world of physics, a disc operating like this is called an ‘hydraulic sack’. Compression of a contained fluid results in forces being distributed outwards and evenly in all directions through that fluid. In the realm of backs, this is very important and the fluid content of any disc is very critical to its high performance.
Our vertical posture enhances the tensile strength of the spine. It adds to the pressurizing of the fluid sucks and converts the spine into a spring –loaded rod which can flip up straight again after bending.
Without these tensile properties, the human back would not be the long slender thing it is. We would need a hugely bulky muscular apparatus to haul us up straight again once we had doubled over.But vertical posture does have its down side. It means the segments at the bottom of the stack get squashed by carrying so much weight. Compression down through the spine is the single most important cause of low back pain.