Sciatica pain arises from the sciatic nerve which is the single largest nerve in our body. It consists of individual nerve roots, which branching out from the lower back of the spine to the back of each leg and combining together forms the sciatic nerve. The origination of the sciatic pain lies in the lower back of the body and radiates down the buttock to the sciatic nerve.

Causes of the sciatica pain

Arthritis: If an individual is diagnosed with arthritis, then he or she can expect a throbbing pain or numbness down till the leg.
Herniated disc: Another cause could be a herniated disc in the lower back of the body.
Spondylosis: Spondylosis in the lower back would also be a reason for the development of the sciatica pain.
PIVD/DISC bulge
Other causes are a spinal injury, diseased degenerative disc, infection on and around the lower back. The pain would worsen, if an individual is in an occupation where he or she has to stand or sit for hours at length. The lifting of heavy things would strain the sciatic nerves as well.

How to identify sciatica pain?
Sciatica pain varies from infrequent to a constant throbbing down the lower back. So initially it is difficult to detect whether it is sciatic pain or not. But when the constant pain in the lower back leads right down till the toes and foot, it is really time for an individual to get in touch with a doctor. The pain can give a burning sensation almost searing making it difficult for the person to stand up or walk properly. Along with the pain, one can feel fatigued. An involvement of the spinal cord is rare in the sciatic pain but is possible.

Treatment for sciatica pain
Sciatica can be treated in both surgical and non-surgical way. Surgical treatment is rare as sciatica tends to respond well with non-surgical treatments. If the pain continues for over a month despite treatment, surgical treatment will be considered. The non-surgical pain treatment would include physical exercises and oral medications along with natural treatment.

Medications: Painkiller medications prescribed by the doctor can be used to reduce sciatica. Medicines like aspirin, non-steroidal or oral steroids can help reduce the pain.
Steroid injection: Epidural steroid injection acts faster as it is injected in the affected area, thus providing relief from the pain quickly.
Exercise: Early morning exercises can be quite helpful.
Percutaneous Endoscopic Discectomy: The surgical treatment of Percutaneous endoscopic disc dissectomy constitutes a large part of interventional pain physicians and it has evolved considerably in terms of surgical technique and instrumentation. Percutaneous endoscopic discectomy is a relatively new technique for removing lumbar disc herniation. It involves using an endoscope to visualize the disc removal. The discectomy is performed through a posterolateral approach using specially developed instruments. The advantage of percutaneous endoscopic discectomy is that the disc is approached posterolaterally through the triangle of Kambin without the need for bone or facet resection thus preserving spinal stability. The procedure is day care and is done under local anaesthesia.

Sciatica Pain - 5 Ways You Can Treat It!

If you have a desk job that involves sitting right in front of your computer throughout the day or for a major part of the day, you could be unknowingly putting yourself at augmented risk of reduced hip mobility. The hips are one of the major muscles in your body that are used in a number of activities you do everyday.

Causes of Hip Immobility-

1. Sitting for long hours at the same place and working. This is common to people who work in front of the computer screens for extended hours continuously.

2. Toxic Synovitis, which is an inflammation of the hip joint. It causes pain and stiffness.

3. Juvenile Arthritis

4. Rheumatoid arthritis

5. Tendinitis or inflammation of the tendons that causes severe discomfort in movement

6. Ankylosing spondylitis that mainly affects the spine. It can cause extreme pain and discomfort in the movement of the hips. This makes it difficult to sit, stand or lie down.

7. Injuries

8. Fractures and breakage

9. Muscle and tissue ruptures near the hip region

10. Sprains and strains

11. Lack of proper blood circulation

12. Pain and injuries in the lower back region which can spread to the hip, causing stiffness and swelling

Physiotherapy for Hip Mobility-

Physiotherapy alias physical therapy is considered as one of the fastest growing allied areas of present generation medicine. Being an important rehabilitative service needed in a community and a vital therapeutic supplement of the medical profession, it's the treatment of diseases and disabilities using physical exercises, heat radiations, cold therapy, hydrotherapy, acupuncture and therapeutic massage. 

As doctors, physiotherapists or physical therapists are essential in helping the patient to recover and rehabilitate from a state of incapacity, due to genetic defect or the result of an accident or an illness. Physiotherapy for Hip Mobility involves certain exercises. Below give are some of the most common exercises for hip mobility-.

Lying Hip Rotations. One has to lie on the back on a padded mat, then put one leg over the other, exactly over the knee on one s lower thigh. Now, use either a towel or the hands to get to the leg that is placed below and without hyperextending, slowly pull this leg s knee closer to the chest.

Butterfly Movements and The Frog Posture.

The Kneeling Lunge. Here, one has to lunge forward with one knee on a padded mat. Then position the foot carefully beyond the knee that is put forward. Place your hands over the knees; straighten hip of the rear leg while leaning with the hips forward. Hold this particular stretch and repeat with the opposite side.

The Squatting Position.

The Pigeon Posture. In this, your knees need to be right below the hip on the padded mat. Then lower the outer side of the right buttock to the mat. You have to position your right heel in such a manner that it is exactly in front of the left hip. Hold this stretch for about 5-6 breaths and exhale deeply through the nose.

Bending forwards or backwards, guided and assisted by a physiotherapist.

Stretching Exercises.

Hot compresses on the area of inflammation.

Ice packs can also be applied alternately on the spot of injury.

Massage helps to regulate blood circulation and is an important part of physiotherapy.

Physiotherapy for Hip Mobility

Hip replacement surgery is a method wherein a defective hip joint is removed and replaced with an artificial hip joint. This procedure is only opted for after all the other treatments have failed to yield the desired effects. Hip replacement surgery removes damaged or diseased parts of a hip joint and replaces them with new, man-made parts. The goals of this surgery are to:

Relieve pain

Help the hip joint work better

Improve walking and other movements.

Who Should Have Hip Replacement Surgery?

The most common reason for hip replacement is osteoarthritis in the hip joint. Your doctor might also suggest this surgery if you have:

Rheumatoid arthritis (a disease that causes joint pain, stiffness, and swelling)

Osteonecrosis (a disease that causes the bone in joints to die)

Injury of the hip joint

Bone tumors that break down the hip joint.

Your doctor will likely suggest other treatments first, including:

Walking aids, such as a cane

An exercise program

Physical therapy

Medications.

These treatments may decrease hip pain and improve function. Sometimes the pain remains and makes daily activities hard to do. In this case, your doctor may order an x ray to look at the damage to the joint. If the x ray shows damage and your hip joint hurts, you may need a hip replacement.

The Procedure-

Hip replacement surgery is a procedure that can either be performed by traditional means or a minimally invasive procedure. The primary difference between the two procedures is the size of the incision. The procedure begins with the doctor administering local anesthesia, though in certain cases, general anesthesia is also administered.

An incision is then made along the hip and the muscles that are connected to the thigh bone are shifted, so that the hip joint is exposed.

An equipment is then used to remove the ball socket of the joint by cutting the thighbone.

The artificial joint is then fixed to the thighbone and it is allowed to adhere properly.

Once the joint is fixed, the ball of the thighbone is then put in the hip socket.

The fluids from the incision area are then allowed to drain.

The hip muscles are then put in place and the incision is closed.

Post -surgery-

After the surgery, the recovery stage begins. The period of hospital stay post-surgery usually lasts for 4-6 days. A drainage tube is attached to the bladder to get rid of waste products from the body. Physical therapy begins immediately after the surgery and you will be able to walk after a few days with walking aids. The physical therapy continues for a few months after the surgery.

After care-

It is advised to avoid activities that involve twisting your leg for at least half a year. You should also avoid crossing the leg along the mid portion of your body. Your physiotherapist will provide you with exercises that aid to help you recover. Avoid climbing stairs and sit on chairs that have strong back support.

Know Everything About Hip Replacement Surgery

Radiology is a special branch of medical science that uses various techniques of imaging for the diagnosis and the treatment of several types of diseases in the body. The different types of imaging techniques used in radiology are X-rays, Computerised Tomographic scan (CT Scan), ultrasound, Magnetic Resonance Imaging (MRI) and nuclear medicine which includes Positron Emission Tomography(PET).

Role played in evaluating hip replacement
Hip replacement surgeries have become extremely common in the recent times, and radiological evaluation remains the mainstay of the overall hip replacement procedure. Thus, the role played by radiology is quite significant in such situations. All the specific anatomical landmarks and the measurements are used to make sure the placement is perfect during the hip replacement surgery. Radiological imaging helps in the assessment of the following conditions that are as discussed below.

The length of leg
The inequality in the length of the two legs is prevalent after a hip replacement surgery which can create a great deal of discomfort and inconvenience to the patients. A greater difference in the length of the two legs increases the chances of dislocation, and this is a situation where radiological evaluation plays a crucial role. With the help of radiological imaging, the length of the legs can be made almost equal.

The horizontal center of rotation
In this case, horizontal center of rotation helps in the assessment of the acetabular component of the prosthesis. This is calculated by the measurement of the distance between the center of the head of the femur and the acetabular teardrop. This distance should be bilaterally equal, and it is just not possible without the help of the imaging techniques of radiology.

Acetabular inclination
The acetabular inclination is the angle formed between the face of the cup and the transverse axis. If the angle is less, then it results in a stable hip, but the abduction is limited. On the other hand, if the angle increases then there are high chances of dislocation of the hip. Thus, with the help of radiological evaluation, proper and effective angular inclination is given which is optimum for the patient.

The stem positioning of the femur
The main aim of the stem positioning of the femur in a hip replacement surgery is placing the stem in a position which is neutral within the shaft. To get a proper idea of the positioning, the imaging techniques are of utmost importance which cannot be achieved perfectly without the imaging.

Thus, the crucial role the different techniques of radiological imaging plays during the overall procedure of a hip replacement surgery can be perceived. With the use of the different imaging techniques, the results obtained are closer to perfection.

How Radiological Evaluation Can Help In Case Of Hip Replacement?

The shoulders are the most mobile joints in your body. Shoulder joints undergo wear and a tear over time and hence become unstable. Shoulder arthritis is one of the painful conditions affecting the shoulder joints. Arthritis not only takes a toll on the tendons and muscles, but also affects the ligaments and joints too. They usually cause symptoms such as joint pain, resulting in limited mobility.

Treatment:

Nonsurgical or Lifestyle treatments:

Take rest or avoid the activities that provoke pain or change the way of your arm movements.
Physical therapy boosts shoulder mobility.
Non-steroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen or aspirin alleviate pain and inflammation.
Corticosteroid injections in the shoulders can also help to ease the pain and inflammation, although temporarily.
Applying moist heat or ice packs over the shoulders for about half an hour at least thrice a day brings relief.
Drugs such as methotrexate can be administered in case one is suffering from rheumatoid arthritis (a chronic disease attacking multiple joints of the body).
Dietary supplements such as chondroitin and glucosamine may help reduce pain.
Surgical treatments (if your pain results in disability and does not lessen with nonsurgical options)

Join replacement surgery or arthroplasty involves replacing the damaged parts of the shoulder with a prosthetic (artificial) joint.
Few mild forms of arthritis may be treated using the Arthroscopic procedure (minimally invasive surgery). It requires a surgeon to ease the joint pain by making small incisions to  clean out  the joint. A tiny camera fitted into the joint guides the surgeon through the surgery.
Resection arthroplasty is a method that involves the surgical removal of the bone from the collar bone and substituting it with a scar tissue to treat arthritis of particular joints.

Everything You Need To Know About Shoulder Arthritis Treatment

Paralysis refers to the loss of muscle function in a part of the body. It happens due to an error in the messages passage between the brain and the muscles. Paralysis can be complete or partial in nature and might occur on one or both sides of the body. Most of the times, paralysis occurs due to stroke or an injury but it might also take place as a result of diseases related to nerve, autoimmune diseases or even polio. Now let us briefly look into symptoms and causes of paralysis after which, we will take see how sound therapy can be effective in treating the problem. 

Symptoms of Paralysis 

The major symptom of paralysis is the inability of a person to move part of his or her body or even being not able to move at all. It can occur suddenly or over a period of time. The problem can even be stop-start in nature. The problem of Paralysis can affect any part of the body, which includes: 

1. One arm or leg

2. The hands 

3. The face 

4. One particular side of the body 

5. Both the legs 

6. Both arms and legs 

Tips on How Sound Therapy Can Help Treat This Problem

Paralysis usually occurs after one has suffered a stroke, which results in the brain getting badly damaged. The brain faces the challenge to develop new paths or re-routing of information to compensate for the damaged area. Under this situation, sound therapy can come to good effect. 

Sound Therapy is specifically designed to balance the frequencies of each paralysis symptom and bring it to a normal balanced stage, hence allowing the body to restore its healthy balance.

1. It is an extremely effective and easy way to help create new paths in the brain and thus re-form vital connections between more distant regions of the brain. 

2. The complex, multiple layers of harmonic and melodic information within the classical music helps to stimulate many parts of the brain. 

3. Thus sound helps to create a form as well as structure to assist with the different forms of sensory processing. 

4. Sound Therapy also helps in improving the integration of the cerebellum, which is an area near the stem of the brain and controls a number of automatic functions along with overall sensory and motor integration. 

5. The filtering which results in the sudden burst of high-frequency sound assists in stimulating increased firing of neurons. 

6. When neuron fires, it sends a message to other neurons in chemical as well as in electrical form. The process of firing off a message also creates new inter-neuronal connections known as dendrites. 

7. This goes to show that Sound Therapy can build new brain connections, thus increase the neural network.

Paralysis - How Sound therapy Can Help?

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