Scoliosis is the abnormal twisting and curvature of the spine. It is usually first noticed by a change in appearance of the back. There are several types of scoliosis based on the cause and age when the curve develops; the majority of patients have no known cause.

Typical signs include:
1. Visibly curved spine
2. One shoulder being higher than the other
3. One shoulder or hip being more prominent than the other
4. Clothes not hanging properly
5. A prominent ribcage
6. A difference in leg lengths

Back pain is common in adults with scoliosis. Young people with scoliosis may also experience some discomfort, but it's less likely to be severe. Seeking medical advice If you or your child has signs of scoliosis, make an appointment to see your spine specialist. They can examine your back and can refer you for an X-ray for confirmation. If you or your child are diagnosed with scoliosis, it is important to see a scoliosis specialist to talk about treatment options.

What causes scoliosis?
In around eight out of every 10 cases, a cause for scoliosis is not found. This is known as idiopathic scoliosis. A small number of cases are caused by other medical conditions, including:
1. Congenital scoliosis: Caused by birth defects.
2. Neuromuscular scoliosis: Common conditions are
- cerebral palsy
- a condition associated with brain damage
- muscular dystrophy
- a genetic condition that causes muscle weakness
- marfan syndrome
- a disorder of the connective tissues
3. Idiopathic Scoliosis: What causes idiopathic scoliosis is still unknown.
4. Adult scoliosis: In adults, age related changes in the discs and joints of the spine and a reduction in bone density may cause scoliosis. Adults can also experience worsening over time of previously undiagnosed or untreated scoliosis.

Diagnosing scoliosis
Scoliosis can usually be diagnosed after a physical examination of the spine, ribs, hips and shoulders. You may be asked to bend forward to see if any areas are particularly prominent. For example, one of your shoulders may be higher than the other or there may be a bulge in your back. Scans The specialist will take an X-ray to confirm the diagnosis of scoliosis.The X-ray images will also help determine the shape, direction, location and angle of the curve. The medical name for the angle the spine curves is known as the Cobb angle.In some cases, scans such as a magnetic resonance imaging (MRI) scan or a computerised tomography (CT) scan may also be recommended. Treating scoliosis in children If your child has scoliosis, their treatment will depend on their age and how severe it is. The main treatment options are:
- observation
- casting
- bracing
- surgery

Observation treatment is not always necessary for very young children because their condition often corrects itself as they grow. However, if the curve does not correct itself, it can reduce the space for the internal organs to develop in, so careful monitoring by a specialist is important. Casting in some cases affecting young children, the spine may need to be guided during growth in an attempt to correct the curve.

In a child aged under two years of age, this can sometimes be achieved by using a cast. A cast is an external brace to the trunk made out of a lightweight combination of plaster and modern casting materials. The cast is worn constantly and cannot be removed, but is changed regularly to allow for growth and remodelling. Bracing If the curve of your child's spine is getting worse, your specialist may recommend they wear a back brace while they are growing.

A brace cannot cure scoliosis or correct the curve, but it may stop the curve from getting worse. If a brace is used, it will need to be carefully fitted to your child's spine. Braces are often made of rigid plastic, although flexible braces are sometimes available. In general, modern back braces are designed so they are difficult to see under loose fitting clothing. It's usually recommended that the brace is worn for 23 hours a day, and is only removed for baths and showers.

However, it should be removed during contact sports and swimming. Regular exercise is important for children wearing a brace.The brace will usually have to be worn for as long as your child's body is still growing. For most children, this will mean they can stop wearing it when they are around 16 or 17 years old. Surgery is recommended, if your child scoliosis is severe and in case, other treatments have been unsuccessful, corrective surgery may be recommended. They type of surgery will depend on your child's age.

Surgery in children for younger children, generally those under the age of 8 to 9, an operation may be carried out to insert growing rods. These rods aim to allow for continued controlled growth of the spine while partially correcting the scoliosis. After surgery to insert the rods, your child will need to return to their specialist every 4 to 6 months to have the rods lengthened to keep up with the child's growth. In some cases, rods that can be lengthened using external magnets during an outpatient appointment may be used.

Surgery in teenagers and young adults operation where the spine is straightened using metal rods attached with screws, hooks, and/or wires, and bone grafts are used to fuse the spine in place. This metalwork will usually be left in place permanently, unless they cause any problems. After the operation, most children can return to school after a few weeks and can play sports after a few months. Possible complications of scoliosis Physical complications of scoliosis are rare, although serious problems can develop if it's left untreated.

Emotional issues having a visibly curved spine or wearing a back brace may cause problems related to body image Lung and heart problems In particularly severe cases of scoliosis the rib cage can be pushed against the heart and lungs, causing breathing problems and making it difficult for the heart to pump blood around the body. Nerve compression In some cases of scoliosis, particularly those affecting adults, the bones in the spine compress nearby.

All About Scoliosis

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. 

All About Hip Replacement

A broken bone is medically termed as a fracture.Fractures are linked with age as bones tend to become weak as one ages, so, the chances of a fracture occurring also increases. Fractures are usually classified into four types-
1. Closed fracture - In this type of fracture, the breaking of the bone does not result in an open wound
2. Open fracture- The opposite of closed fracture, the bone breaks through the skin. This may result in infections
3. Non-displaced fracture - in this type of fracture, the bone cracks but is not shifted out of its regular position.
4. Displaced fracture - A displaced fracture occurs when the affected bone is shifted out of its natural position.

Causes
Fractures can be caused by a number of factors, they are
1. Road accidents
2. When someone falls from a height
3. When the bone is directly exposed to a strong blow
4. When the bone is exposed to a repetitive force from activities such as sprinting
5. Osteoporosis, which is a condition where the bones become weak
6. The bones in the body tends to weaken with age, so at this time they become highly susceptible to fractures

Symptoms
1. Swelling in the area accompanied by pain
2. Limited movement of the affected joint
3. Muscle spasms
4. The affected area may also become numb

Diagnosis
The first step to diagnose a fracture is the knowing about the medical history of the patient and conducting a physical exam. The diagnosis is further confirmed by using imaging tests such as -
1. Magnetic resonance imaging (MRI) - In this procedure, images of internal body parts are taken with the help of a magnetic field and pulses of radio energy. MRIs can pick up signs of fractures very quickly, that is within the first week of injury. It is also easier to distinguish fractures from other related injuries in case of MRI.
2. X-rays -X-rays are a procedure that involves sending x-ray particles through an area to detect a fracture. Signs of a fracture may take several weeks to show up in x-rays.
3. Bone scan - In bone scans, some radioactive material is put inside the body through intravenous methods. These material tend to accumulate in the fractured area which then shows up in the images as a bright spot. If you wish to discuss about any specific problem, you can consult an Orthopedist.

How Is A Fracture Diagnosed?

Spinal stenosis is a condition where a part of the spinal column becomes narrow. There are generally two types of spinal stenosis- lumbar stenosis and cervical stenosis. Lumbar stenosis is the form of the condition that affects the lower back. It is also the most common type of spinal stenosis.

Common Causes of Lumbar Spinal Stenosis
Some people may be born with a narrow spinal canal, but in most cases the condition is caused post birth. Here is a look at some of the most common causes for the spinal stenosis.

Overgrowth of bone- Osteoarthritis can sometimes cause bone spur formation, which in turn can lead to the stenosis at the lumbar region of the spine. This usually occurs in adults, as osteoarthritis is common after a certain age.
Herniated discs- A soft cartilage exists between the vertebrae, which cushions any impact on them. However, this cartilage dries up over time, and with age may lead to formation of crack on the exterior, which in turn causes suppression of the inner soft material and nerves of the spine.
Stiffened ligaments- The ligaments in the spine may become thick and stiffened over time and age. Due to the thickness of the ligaments, a bulge may occur in the spinal column and lead to lumbar spinal stenosis.
Injuries to the spine- Lumbar spinal stenosis may often be brought on by an injury to the spine. A spinal fracture resulting from an accident may narrow down the spine, which can cause the issue.
Tumours- A tumour may affect anyone at any point of time. These tumours may occur between the spinal cord and the vertebrae or between two bones in the vertebrae.
Symptoms of Lumbar Spinal Stenosis
Often the spinal stenosis may lie dormant and not produce any noticeable symptoms. However, it can still be diagnosed using an MRI or CT scan. However, all forms of the condition gradually progress and produce severe symptoms. This is why the treatment should be started as soon as the lumbar spinal stenosis is diagnosed, for the best result.

Here are common symptoms associated with the disorder

Numbness and tingling in the leg and foot.
Pain in the back
Leg cramps after long spells of standing or walking.
Weakness in the legs and feet.
If you observe any of the symptoms mentioned above, make sure that you visit an orthopaedist, so that the condition can be diagnosed and treatment can be initiated at soon as possible.

Lumbar Canal Stenosis - What Causes It?

Broken bone is commonly known as bone fracture a d it occurs when an exorbitant amount of force is applied causing the bone to split or shatter. While some minor fractures lead to cracks and crannies, others may lead to complete breakage of the bones. Despite being hard, bones are formed in such a way that they can absorb pressure to only a certain extent, beyond which they break. Statistically, the incidence of broken bones are most common in children and in old age people.

Causes of Bone Fracture
Bone fracture can be caused due to a number of reasons; both intentional and accidental. Some of them include:
1. Accidents and injuries: Sports injuries, being hit by a car and tripping and falling are some of the typical episodes.
2. Old age: Diseases such as osteoporosis and brittle bone disease are common in aged people. As bones tend to become more fragile among the aged, they are at a greater chance of bone fractures.

Type of bone fractures
Primarily bone fractures are of four types, based on the way the bone splits. They are:

Complete fracture: This type of fracture refers to a complete breakage of the bone wherein the fracture may occur at various parts of the bone.
Incomplete fracture: In this type of fracture, the bone partially breaks instead of splitting entirely.
Compound fractures: This is a type of a fracture wherein the bone breaks past the skin. It is also known as an open fracture.
Simple fracture: In this type of a fracture, the bone breaks without causing an open wound on the skin.
Treatment of bone fractures
In case of a broken bone, the immediate course of action would be to reach for the first aid box. This can be done to stabilize the bone prior to hospitalization. Icing the injury, elevating the injured area to prevent further swelling and covering the wound with bandages are common measures. In many cases, people also make household splints (made of newspapers) to keep the bone stabilized. Hospitalization and especially surgery, can be also opted for in case of severe fractures.

Bone Fracture - Understanding the Types + Causes

The bones and joints orchestrate very well with each other for smooth movements of various joints and the spine. However, due to various reasons, some identified and others unknown, there could be inflammation of the areas where the bones join the muscles leading to impaired movement. The range of motion could be reduced or it could be painful, thereby, limiting movement. Spondyloarthritis includes a group of inflammatory diseases that involves the bones and joints and enthuses which are areas where the ligaments and tendons attach to the bones. This causes conditions like plantar fasciitis, ankylosing spondylitis, psoriatic arthritis and reactive arthritis. The term spondyloarthritis is a blanket term to describe any of the above-mentioned conditions.

Read on to know a little more in detail about it:

Causes: While the exact etiology is not identified for sure, most patients with spondyloarthritis have an autosomal dominant gene (HLA-B27). Chronic infections could trigger the onset of the disease too.

Symptoms:

1. In all forms of spondyloarthritis, there is always inflammation of the spine, joints and entheses. If the fingers or toes are involved, there could be swelling leading to what are typically known as 'sausage digits'.

2. There is sacroiliitis which is inflammation of the joint between the pelvis and the spine, and spondylitis which is inflammation of the joints between the spines. 3. Family history and autosomal dominant gene.

Diagnosis:

A detailed medical history and physical examination form the cornerstone of a confirmed diagnosis. In addition, radiographic examination and diagnostic blood tests also could be done to confirm the diagnosis. Radiographs, especially, of the spine and the low back show typical changes including sacroilitis in suspected cases of spondyloarthritis. If the spine does not show these changes, but there is a high likelihood of spondyloarthritis, then MRI (magnetic resonance imaging) can be used to confirm the diagnosis.

As a final step, a blood test for the HLA-B27 gene can also be confirmatory. However, it is not true that a person with the gene will definitely develop the disease.

Treatment:

The most important aspect of treatment is the use of pain medications and anti-inflammatory drugs (NSAIDs) which help manage pain and inflammation.
Corticosteroid injections may sometimes be given directly into the joint spaces or the membranes to provide quick relief of these symptoms.
ESWT / RSWT has a definite role to cure enthesopathy. Plantar fasciitis, and achillodynia can be cured with ESWT. Even small joints of hand and feet are amenable to treatment with RSWT. It is nonoperative and noninvasive treatment and has no side effects.
Very rarely, stronger drugs such as methotrexate or sulfasalazine may be used.
Another set of drugs known as TNF-blockers (tumor necrotizing factor blockers) are also shown to be highly effective in controlling the pain of the spine and joints.
In very severe cases, surgery may be required to correct joint damages or correct severe degenerative changes.
Exercise plays a very vital role in controlling the issue and improving range of motion.

What You Should Know About Spondyloarthritis?

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