The longest nerve in the body is the sciatic nerve. The sciatic nerve starts from the lower part of the spine, through your hip to the back of the leg. So when it is said sciatica, we refer to pain in this nerve. Since the nerve covers the spine, hip and leg, sciatic pain is felt in the areas through which it passes. The lower leg muscles and sensation in the legs, thighs and feet are controlled by this nerve.

Symptoms usually include
1. Pain that radiates from the lower back to the hip and to the leg
2. Sharp, tingling, dull, constant or burning pain
3. Loss of bladder or bowel control
4. Sneezing or coughing increases pain
5. Moving the leg gets difficult so usual activities like walking, sitting and standing become painful

Homeopathic remedies are easy and gentle on the body. Homeopathy aims to boost the body's immune system so it can fight all its weaknesses. The following remedies may prove to be useful:

A) ammonium muriaticum: it is taken for chronic pain in the heel or for chronic backache or when straightening the knee gets difficult as hamstrings contract. It is also taken for limping.

B) bellis perennis: in periosteum injuries, stiffness and deep aches in the spine bellis perennis is used. It is also used for tailbone injuries. It is also helpful for nerve pains during pregnancy.

C) calcarea fluorica: if the vertebra degenerates after trauma to the spine, then calcarea fluorica can be useful.

D) cicuta: the worst back injuries with serious trauma and muscles spasms are treated with cicuta.

E) hypericum: hypericum is suggested for tailbone injuries, temporary paralysis, spinal concussions and for sharp pain that tingles and moves upwards.

F) rhus tox: if after lifting weights, overexerting muscles and exposure to anything wet, you feel tearing and burning pain, then rhus tox is beneficial. Cramps that get better after heat application, but get worse after exposed to the cold are also treated with rhus tox.

G) ruta: stiffness and pain from back injuries, twisting the wrong way and bruises are prescribed with ruta.

Best Homeopathic Remedies for Sciatica Pain

Care for shoulder pain and related problems

Shoulder problems usually happen because of internal problems or external trauma. People who are into any form of manual labour, pick up a lot of heavy things regularly or play sports experience shoulder pain at some point of time or other. Shoulder pain can be detected by physical examination, mri, x-ray, ultrasound and medical history.

The most common types of shoulder problems are arthritis, fracture, dislocation, frozen shoulder, rotator cuff tear, and rotator cuff disease. Cures for the different shoulder pains are different. Follow these simple ways to help you manage the pain.

1. Rest the hurtful shoulder: you need to take ample rest. Using the arm which is affected is not a good idea and needs to be avoided. If your job involves manual labour, it is advised that you stay at home to rest.

2. Ice pack healing: applying ice pack on the wound is also advised around 3-4 times in a day. This varies as per the kind of shoulder pain, so doctor's advice must be followed.

3. Be consistent with exercise: depending upon the source of pain, physiotherapist will advise certain sets of shoulder exercises. It is very important that they should be performed diligently for fast recovery.

4. Support it well: wearing a sling is extremely important and should not be taken lightly at any point of time. A good support will ensure there is no mislocation and faster recovery.

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Shoulder Pain Care - 4 things you must not ignore!

The deltoid muscle is situated around the shoulder joint that makes up the shoulder. It is classified into three parts - front, side and rear deltoids. It is one of the most frequently used muscles in the body, its major functions are abduction and forward elevation of the arm.

Causes
A deltoid strain is a condition where you experience pain and tenderness in the shoulder area due to various causes like overuse of the deltoid muscle. It is very common in weightlifting and various sports such as cricket. It may even lead to partial loss of function in the deltoid muscle. Deltoid strain may be caused due to overworking of the muscle without adequate rest. It may also be caused due to lengthening of the deltoid muscle under stress or direct trauma to the muscle.

There are three types of deltoid strains

Grade 1 deltoid strain: It is characterized by tight muscles with some possible swelling. There may be mild pain when you use your shoulders for any activity.
Grade 2 deltoid strain: This strain is a result of a major injury to the deltoid muscle; there may be visible swelling and pain while carrying out activities that require movement of the shoulder. Lifting your arm to the front or the sides becomes difficult and painful.
Grade 3 deltoid strain: This form of deltoid strain is the most severe of the three; it may cause the shoulders to become immobile. You usually will experience excessive pain and severe swelling. You might not be able to move your arm and carry out any activity that requires the shoulders.
Diagnosis
The diagnosis of a deltoid strain starts with a physical exam where the doctor will understand the symptoms of the deltoid strain. Various imaging tests such as x-rays may be required for the diagnosis. The basic treatment for shoulder strain comprises of the RICE protocol (rest, ice, compression and elevation) which is used to treat grade 1 and grade 2 strains. Grade 3 strains may require surgery in addition to the above treatment methods. In case of excess pain, the doctor may prescribe non-steroidal anti-inflammatory drugs to ease the pain.

All About Deltoid Strain!

From marathon runners to footballers, amongst athletes, 'pulling a hamstring' is the most common type of injury. The hamstring is a group of four muscles at the back of your thigh. When one of these muscles gets overloaded or begins to tear, it is known as a hamstring injury. While a hamstring injury is painful, it does not indicate the end of an athlete's career.

Minor hamstring injuries may heal by themselves. In cases where one of the muscles is torn, surgery is required to repair and reattach the muscles. Recovery time depends on the severity of the injury. Stretching and exercising the muscles of the leg are the most important parts of rehabilitation. The healing of a hamstring injury can be divided into four stages.

1. Acute phase: The first five days after a hamstring injury is known as the acute phase of rehabilitation. The aim of treatment at this phase is to reduce inflammation and keep the other muscles from atrophy. For minor hamstring injuries resting the leg, using ice packs and keeping the leg elevated can accelerate the healing process. Once the pain and swelling has decreased, patients can use a cane or crutch to exercise the leg.

2. Subacute phase: From the fifth day to the 3rd week after the injury, the focus of the treatment shifts from minimizing swelling to strengthening the leg and increasing the range of possible motions. At this time, an athlete can resume cardiovascular training. Swimming and other forms of aquatic training are said to be especially beneficial to the treatment of hamstring injuries.

3. Remodeling phase: The remodeling phase continues upto 6 weeks after the injury. Strengthening the leg is the focus of this stage of treatment. Using ankle weights can be beneficial towards strengthening the leg muscles. It is important to be careful about the weight being used and to gradually increase this weight to avoid an added injury.

4. Functional stage: This stage can last upto 6 months until the athlete can regain full function of his or her leg. As the athlete's gait gets back to normal, they may start jogging and short sprints. Gradually, more sport specific exercises may be added to the workout.

There is no fixed time when an athlete can return to active sports after a hamstring injury. While players with minor injuries may return to the field after 3 weeks, athletes with muscles tears may take upto 6 months to recover completely. Hamstring injuries tend to reoccur and hence before they can get back to active sports, an athlete must pass an isometric strength test and flexibility test. This ensures that there are no subtle after effects of the injury that can increase the risk of a repeat injury.

Hamstring Injury Recovery and Return to Sports

Most of the arthritic conditions don t have any cures. Ankylosing Spondylitis is also a type of arthritis that does not have a cure. It is a kind of arthritis of the spine; it affects the vertebrae. It primarily affects the spine, but it may also affect other areas such as shoulders, hills, hips, ribs, small joints of the feet and hands etc. In very advanced stages, it may also affect eyes, lungs and heart. 

However, what really makes it scary is Ankylosis. When Ankylosis takes place, there is formation of new bony structures in the spine. These structures cause some sections of the spine to fuse and make the spine immobile. 

Symptoms of Ankylosing Spondylitis 

  Pain and Stiffness 

One may feel a constant pain coupled with stiffness in areas like buttocks, lower back, hips etc. These symptoms may go on for months. It often starts at the sacroiliac joint. 

  Bony Fusion 

The formation of bony structures in the spine in advanced stages may affect movement of the back, neck, hips etc., and may also impair the ability to perform daily activities. The formation of bony structures may go to the extent of fusing the ribs in the rib cage to the breastbone or spine. This may limit the ability to expand the chest while taking deep breaths. 

  Pain in Ligaments and Tendons 

Ankylosing Spondylitis may also affect the tendons and ligaments that attach the muscles to the bones. This may precipitate pain and stiffness beneath or behind the heels. 

Cause of Ankylosing Spondylitis 

The cause of this disorder is not yet known, yet a genetic link cannot be ruled out. It has been observed that most of the people affected with Ankylosing Spondylitis carry a specific gene in them. People carrying this gene are susceptible to spondylitis. However, there are about 10% people who carry this gene, but don t have any sign of Ankylosing Spondylitis. So, a sure determinant of cause of this disease is not completely known. 

Diagnosis of Ankylosing Spondylitis 

To diagnosis Ankylosing Spondylitis, the physician has to look at several factors. 

These include: 

  Symptoms exhibited by the patient 

  Physical Findings 

  X-Rays of pelvis and back regions 

  Taking chest measurements while taking deep breaths 

  Laboratory tests Based upon the complete diagnosis, physician can positively determine if the condition is indeed Ankylosing Spondylitis. 

Treatment 

While a cure for Ankylosing Spondylitis is still not on the horizon, there are some treatments which can reduce pain and discomfort and thereby improve daily activities. Goals of treatment Since the disease can t be cured, the goal is to reduce pain and stiffness, prevent deformity, maintain a good posture, and help perform daily activities. In fact, if treatment is proper, the patient may lead to a semblance of a normal life. However, it calls for a team approach. The team must include a physical therapist and an occupational therapist, apart from a rheumatologist. If the patient is suffering from bony growth, the doctor may go for an osteotomy.

Ankylosing Spondylitis - How To Handle It?

Hip arthroscopy is a minimally invasive surgical procedure in which doctors view the joint problem without making any cuts through the skin and other soft tissues. Hip Arthroscopy is performed to treat several hip problems.

In Hip Arthroscopy, the doctors insert an arthroscope (a small camera) into the hip joint. The pictures are displayed on a video monitor with the help of an arthroscope. The surgeons will use these images to guide the surgical instrument.

As the surgical instrument and arthroscope are very thin, the surgeons make a very small incision compared to the one that is done in open surgery. As a result, patients feel less pain and stiffness in joints. This type of surgery also takes less time to recover and one can return to their normal life within a short period of time.

Hip Anatomy:

The hip is a socket and ball joint. The socket is formed by a part of a large pelvis bone called acetabulum. The ball joint is on the upper end of the femur (thighbone). Articular cartilage is a slippery tissue that covers the surface of the socket and ball. It creates a frictionless and smooth surface that helps the bones to glide across each other easily. Strong fibrocartilage is ringed on the acetabulum called labrum. It creates a gasket around the socket.

The joint is surrounded by a ligament, which creates a capsule to hold the joint together. The inner surface of the capsule is lined by a membrane called synovium. It produces a synovial fluid that helps in lubricating the joints.

When to Recommend Hip Arthroscopy?

If a person is suffering from chronic pain and does not respond to any other nonsurgical treatment, including physical therapy and medication, doctors may recommend a person opt for hip arthroscopy.

Hip arthroscopy helps a person to get relief from many problems that cause painful symptoms including damaged articular cartilage, labrum, or other soft tissues. The damage can be the result of any form of injury. However, there are other orthopedic conditions that can also lead to damage. The orthopedic conditions include:

Femoroacetabular Impingement (FAI):

In this type of disorder, an extra bone is developed on the femoral head (cam impingement) or along the acetabulum (pincer impingement). The overgrowth of the bone is known as spurs that damage the soft tissues surrounding the hip joint. In most cases, the bone spurs develop in either part. However, there are cases in which the bone spurs develop in both femoral head and acetabulum.

Dysplasia:

In this condition, the hip socket is abnormally shallow. Due to this problem, more stress is put on the labrum in order to keep the femoral head within the socket. This may raise the condition of the labral tear.

Snapping Hip Syndrome:

In this condition, the tendon rubs across the hip joint repeatedly. This type of popping or snapping is generally harmless and can be repaired without any treatment. However, the tendon may be fully damaged due to continuous rubbing in some cases.

Other conditions where hip arthroscopy is recommended include synovitis, hip joint infection, and labral tear.

Arthroscopic Femoroacetabular Surgery:

If the diagnosis results show that damage is caused by femoroacetabular impingement and a patient is not getting relieved from pain by any nonsurgical method, doctors recommend going for Arthroscopic Femoroacetabular Surgery.

In this type of surgery, the doctor repair and clear out the damage of the articular cartilage and labrum. He may also trim the rim of the acetabulum bone and shave the bump of the femoral head.

Arthroscopic Labral Repair:

If patients are not getting relief from conservative treatment, doctors recommend Arthroscopic Labral Repair. In this type of surgery, surgeons cut out and remove the damaged or torn part of the labrum. He further repairs the torn part by sewing it.

Take Away:

Both treatment methods are minimal incision processes and require fewer hospital stays. However, it is always advisable to consult a doctor before opting for any treatment.

Know More About Hip Arthroscopic Surgery!

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