 Movement disorders    the term refers to a class of neurological conditions, which lead to either an increased/abnormal movement or a scarcity of involuntary and voluntary movements.

Types of Movement Disorders- 
The most common types of movement disorders are  
  Myalgia   More commonly known as muscle pain, myalgia originates in any part of the body. A person with myalgia will experience achiness and soreness in the muscles, which may range from severe to mild.

Myalgia does not occur from an underlying disease. Rather, the pain develops over time, mostly due to prolonged sitting, lying down, a strenuous physical activity, strains or sprains.

  Muscular dystrophy   This refers to a group of genetic disorders that lead to weakness and loss of muscle mass. The abnormal genes cause muscle degeneration and usually begins in early childhood. Myotonic, Facioscapulohumeral (FSHD), and Limb-girdle are a few forms of muscular dystrophy.

Muscular dystrophy is characterized by symptoms like   difficulty jumping and running, muscle stiffness and pain, walking on toes, waddling gait, trouble swallowing and breathing etc.

  Dystonia   The condition involves continuous involuntary muscle contractions with repetitive, twisting movements. Dystonia may affect either a specific body part (known as focal dystonia) or the full body (known as generalized dystonia).

  Huntington s Disease   This is an inherited, neurodegenerative condition, where the brain s nerve cells break down over time. Huntington s disease usually kicks in, in the 30s or 40s. The disease results in psychiatric and cognitive symptoms   amnesia, confusion, slowness in activity etc.

  Multiple System Atrophy   This is a rare neurological disorder, which affects both the autonomic nervous system   the part of the nervous system that controls involuntary actions like digestion and blood pressure   and movement. Multiple System Atrophy leads to movement disorders like Parkinsonism or ataxia.

Symptoms of this disorder include   double or blurred vision, visual disturbances, unsteady gait, loss of balance etc.

  Tourette Syndrome   This is a disorder of the nervous system, which occurs usually between one s childhood and teenage years. The disorder is associated with vocal sounds (vocal tics) and repetitive movements (motor tics).

Physiotherapy for Movement Disorders-
In most cases, movement disorders cannot be completely cured. However, with physiotherapy, you may be able to manage the symptoms and live a better life.

Physiotherapy is based on a few physical activities or mild exercises that help improve your joint movement and builds muscle strength. This particular treatment approach centres on  

  Exercises based on daily tasks that improve muscle strength
  Activities that improve your balance and reduce the chances of falling
  Exercises to gain control over the uncontrolled movement of legs, arms, and head
  Correct posture while standing or sitting to reduce pain and increase comfort
  Cueing, repetition and movement strategies to reduce the effects of freezing
  Participating in certain functional activities that make it easier for you to move around
  The repetitive movement to trigger pathways to the brain and improve movement accuracy
  Exercise to reduce fatigue and increase stamina
  Hydrotherapy and relaxation therapy to ease muscle stiffness

Neurological disorders affect people in different ways. Physiotherapy for movement disorders is tailored according to the patient s goal and needs so that they are able to achieve maximum physical potential.

Movement Disorders - Its Types, Symptoms & Physiotherapy Treatment!

Clubfoot is a deformity of the foot in infants. The condition is usually present from birth. This happens when the tissues linking the muscles to the tendons are shorter than usual, as a result of which the infant s foot appears twisted and out of shape. The condition can be mild or severe, depending on the symptoms. Often times, babies who are born with clubfoot have it in both the legs.

How to identify if your child has clubfoot?

Since the condition is present from birth, the symptoms are also easily observable. Identifying the following signs can help detect if your child is born with clubfoot-

  A foot that turns downward and inward and toes that point towards the opposite foot
  The affected foot may appear half an inch shorter than the normal foot size
  The heel of the affected foot may be smaller in size than it normally should be
  The calf muscle on the affected leg will be underdeveloped (appear slightly smaller)
  If the condition is severe, the foot may be twisted upside down

Despite its unusual shape, clubfoot does not cause pain or discomfort. The doctor will most likely notice the symptoms after the infant s birth. He/she will recommend appropriate treatment of the condition, or refer to an orthopaedic who specializes in muscle and bone ailments.

What is the treatment of clubfoot?

Clubfoot is curable so parents need not worry about their child living with a lifelong deformity.

Depending on the severity of the condition, the orthopaedic will either use devices, resort to stretching methods, or will recommend surgery.

  Ponseti Method (stretching and casting) - It is the standard treatment worldover. It starts at birth or anytime within two weeks of age and has best results in younger kids. It involves stretching the clubfoot and casting it in correct position several times over the months to restore the foot shape.
  French Functional Method (stretching and taping) - The doctor will stretch the affected foot and tape it in position several times over a couple of months to realign the shape. It, however, has very limites following.
  Surgery - Surgeries may be needed in older neglected kids or adults. The surgeon performs a surgical procedure (Achilles tenotomy) to lengthen the tendon of the clubfoot and realigns the joints and bones. Following the surgery, the child will need to be in a cast for about 2 months. Further, to prevent the recurrence of the condition, the child will be advised to wear braces for a year at least.
  Devices - They are adjunctive maintenance devices which are used by doctors in treatment of clubfoot. They are applied to the body to stabilize and limit or protect the movement of the damaged joint.

Parents should seek medical intervention if their baby is born with clubfoot. If the condition is not treated early, the child may face difficulty walking, or may even develop other disorders affecting the joints, like arthritis.

Clubfoot - Ways To Identify & Treat It Well!

Pregnancy places a lot of demand on the expectant mother. While the emotional demands are not very evident, the physical ones are. The mother has to ensure that the developing baby gets all the required nutrients through her. Some of them are very critical, and not getting adequate amounts of these manifest as problems, which cannot be rectified later. Calcium supply and associated problems that may arise is one such example.
If there is a reduced supply of calcium and the bones and teeth are not formed properly, taking any amount of calcium is not going to correct the situation later, after delivery.

The bones which are forming in the developing baby are dependent on the mother for adequate supply of calcium. It is common knowledge that calcium is an integral component of bones, teeth, and skeleton. Hypocalcemia, which is a condition where there is reduced amounts of calcium in the body, can be quite severe during pregnancy.
In addition to the growing baby s needs, calcium also plays a vital role in the pregnant mother for muscular contractions, nerve conduction, hormone secretion, and blood clotting. So adequate intake of calcium during pregnancy is essential.
Now, the question arises as to how much calcium is good enough. For a normal female, about 1000 mg of calcium is required on a daily basis. This goes up by another 200 to 300 mg for a pregnant woman, especially during the third trimester when the bone and teeth formation is in full speed. This extra amount of calcium should be continued even after pregnancy, as calcium continues to be provided to the baby during the lactation phase.

Some of the symptoms of reduced calcium intake during pregnancy are aching muscles, brittle nails, weakened bones, severe cramping, and dry skin. If there is suspected hypocalcemia, it is best to seek medical advice. It is not advisable to take supplements without medical supervision. Increased amounts of calcium can produce a different set of symptoms.

While these are evident symptoms, there are other detrimental effects on the baby too. Calcium deficiency affects development of heart and associated structures and puts the newborn at a higher risk of developing hypertension. The baby s fat percentage and triglycerides are also increased. The bone mineral density is reduced. The delivery period could be prolonged, as muscular contractions and nerve conduction are severely impacted when there is less calcium in the system. Recovery from labor is also delayed.

It is possible that you are taking adequate amounts of calcium, but its absorption is affected. Reducing caffeine intake helps in better absorption of calcium. Iron, which is often given during pregnancy, prevents calcium absorption and so needs to be spaced out.

Calcium & Bone Disorders - How to Know If Your Are Suffering From Them?

Most bone fractures mend very easily with proper medical treatment and rest. However, in rare cases, a fracture caused by trauma may not mend even after adequate treatment. When a broken bone fails to heal, it is known as non-union. There are two major reasons for non-union:

  Bone lacks adequate stability

All broken bones require stability to heal. In case of a fracture, doctors place the dislocated bone in its original place and use an external device to hold the broken part in place. Usually, this stability is provided by a splint or cast, but can also be offered by frames and rods as well. However, if the broken bone lacks the required support, it may not set or heal properly, leading to the non-union.

  Fracture lacks proper blood supply

Even with proper stability, a broken bone requires a proper blood supply to start the healing process. The blood carries oxygen and other chemicals that aid in the repair of the bone and makes it crucial during the recovery stage. However, if the blood supply is disrupted, the bone cannot heal and leads to non-union.



Risk factors of non-union:

You are more likely to suffer from non-union if one or more of the following is true in your case-

  People who engage in cigarette smoking and any other form of nicotine addiction have a higher risk of non-unions after a fracture
  Older people can often face non-union, which is why fractures may take longer to heal in these people
  Severe anaemia can often restrict proper blood flow to the broken bone, thus inhibiting the healing procedure
  Similarly, people suffering from diabetes face a greater risk of non-unions
  Lack of proper nutrition may also be blamed for the non-union
  Non-union risks may increase because of side effects from certain medication, such as prednisone, ibuprofen, and aspirin. Consult your doctor in such a case, so that proper precautions can be taken accordingly.

Non-surgical treatment can be used for treating the non-union. Electromagnetic and ultrasound waves are passed through the skin and into the affected bone, in order to treat the non-union. In most cases, this treatment is very effective in curing the fracture. However, if the non-surgical treatment proves ineffective, surgical procedures, such as bone grafts and allograft can be utilized.

Trauma And Nonunion - The Various Risks Involved With It!

Bone loss is a silent condition that occurs over the years as you age. It is a condition when the bones become weak and fragile. Many people may not even know that that they are suffering bone loss until it leads to serious conditions such as Osteoporosis. Bone loss resulting in osteoporosis is more in women than men. It is estimated that one of every three women above 50 years suffers from osteoporosis related fracture.

What causes bone loss?
Bones are made of minerals, calcium, and phosphate. Bones are being constantly destroyed and refoemed within the body. As long as your body balances the process, your bones stay strong and healthy. However when the bone decay out grows the bone formation process, bone loss and a host of other problems occur. Some of the common causes bone loss are:

With growing age, the body starts to reabsorb phosphate and calcium instead of keeping it in the bones. This makes the bones weak. When the process continues for a long time, it leads to osteoporosis.
If your diet doesnot contain high calcium foods, then your bones donot get enough calcium.
Smoking and drinking can make your bones weak.
Medical conditions like rheumatoid arthritis, chronic kidney disease can cause bone loss.
Sometimes medicines can also result in bone loss.
What are the symptoms of bone loss?

Receding gums: Our teeth are connected to the jaw bone and if the jaw starts losing bone then it causes receding of gums. Loss of jaw bone is linked to lower bone mineral density.
Decreased grip strength: Hand grips strength decreases due to low bone density.
Weak and brittle fingernails: You may find your fingernails have become weak and brittle.
Cramps,muscle pain, and joint ache: Pain in muscles and joints are an important indicator of vitamin D deficiency, which is a vital component for healthy bones. Cramps in legs and foot at night are an indicator of deficiency of potassium and calcium in the bones.
Height loss: This is a common problem that comes with age. But there are other factors that lead to height loss such as poor posture and fractured vertebra. Poor posture can cause bone loss.
Overall low fitness: If you notice that your overall fitness has declined which includes your balance, muscle strength then you may be suffering from bone loss.
Can homeopathy treat osteoporosis?
Homeopathy has the most effective and holistic approach to treat osteoporosis. Homeopathy doesn t intend to cure bone loss, instead, it tries to treat the underlying health condition that leads to osteoporosis. Some of the important homeopathy remedies are:

Calcaria Phos: It is a very effective remedy for osteoporosis It helps in increasing the absorption of calcium from the food. It is a bone builder and creates new cells.
Calcaria Iod: This is a great remedy to treat loss of bones as well as loss of muscles and fat.
Alendronate: Alendronate is given to patients suffering from osteoporosis which is caused by steroid treatment. It reduces the release of calcium from the bones to the blood.
Calcitonin - Salmon: Calcitonin-Salmon is a man-made hormone used to treat osteoporosis.

Bone Loss - Can Homeopathy Help Treating it

Osteoporosis is a disease that affects the bones of a patient. This is most commonly found in women, especially in those women who are close to or going through, menopause. Hormonal changes around this period in a woman's life usually lead to various changes in her body. One of these changes include loss of bone tissue which can leave the patient with brittle and weak bones, a condition that is also known as osteoporosis. This condition literally imbibes the word porous, meaning hollow bones. It is born from an acute deficiency of calcium and vitamin D. The DEXA Scan or bone density test, also known as the Dual Energy X-ray Absorptiometry Scan, is one of the most effective tests that can help you in detecting this kind of damage or thinning bones. Here's why.

    Fractures: The DEXA Scan is an important one because it sends low energy beam to areas like your joints and tissues to show how susceptible you are to fractures. It does so by measuring the strength of the tissues as well as the bones to see how brittle they may be.
    Other Ailments: Measuring the thinning of your bones can also point to the presence of other ailments that may have gone unnoticed or undetected, earlier. These can include kidney disease, hyperparathyroidism which happens due to overactive secretions of the said gland, as well as liver disease due a malfunctioning liver, intestinal disease and various disorders in the intestinal tract, and a serious vitamin D deficiency. With this scan, you can get an insight into the other parts of the body affected by the bone density and whether or not they are functioning properly.
    Estrogen: Simply checking the estrogen levels cannot ascertain whether or not you have osteoporosis, as a high estrogen level can be credited to a particularly heavy period cycle. It does not show the bone health the way a DEXA Scan does.
    Easy and Standardised: This method of scanning usually happens with the help of a mounted X ray machine type, hand held gadget which can be extended to conduct the scan. This is an easy and standardised method that releases low levels of radiation which also makes it a healthier option.
    Bone Density Scores: The T Scores and Z scores point towards the bone density and help in diagnosing the condition efficiently. With a systematic scoring system, it is a sure shot test for osteoporosis.

Osteoporosis is a serious condition. The first step in treating the same is to get a detailed scan like the DEXA scan done, so as to test the extent of the bone thinning to ensure that proper and timely treatment takes place.

Why is the DEXA scan important for osteoporosis patients?

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