Simple, Easy, Detox.  Body Cleanse Starter Kit
Login | Not a member yet? Sign up now ! You TubeTwitterFacebook
18 / 10 / 2017
Muscular Dystrophy
 
 
  Special Programs
 
Detoxification Program
Weight Loss Program
Anti-Aging-Program
Fasting Program
   
  Study Programs
 
Ayurvedic Massage
Ayurvedic Basics
Ayurvedic Studies
Colon courses
Medical Microscopy
Correspondence Course
Study Program
   
  Colon Cleansing
 
 
One of the most frequent bowel problems that people experience today is constipation. Why is the Colon Cleansing so important? Check it out.
   
  Newsroom
 
Articles
Ayurvedic
Disease
Men Health
Treatment
Women Health
   
  Downloads
 

Pricelist for the treatments

application form for the Ayurvedic courses

adobe logo pdf You will need the free Acrobat Reader from Adobe to view and print some of the documents. 

   
 
 
 

Muscular dystrophy (MD)

 
CHILDREN'S HEALTH

Birth Defects

  •  Muscular dystrophy
  •  Huntington's disease
  •  
     

    Muscular dystrophy (MD) is a group of rare inherited muscle diseases in which muscle fibers are unusually susceptible to damage. Muscles, primarily your voluntary muscles, become progressively weaker. In the late stages of muscular dystrophy, fat and connective tissue often replace muscle fibers. In some types of muscular dystrophy, heart muscles, other involuntary muscles and other organs are affected.

    Nine major types of muscular dystrophy occur. The most common muscular dystrophies appear to be due to a genetic deficiency of the muscle protein dystrophin.

    There's no cure, but medications and therapy can slow the course of the disease.

    Signs and symptoms

    Signs and symptoms vary according to the type of muscular dystrophy. In general, they may include:

    • Muscle weakness
    • Apparent lack of coordination
    • Progressive crippling, resulting in fixation of the muscles around your joints (contractures) and loss of mobility

    Many specific signs and symptoms vary from form to form of MD. Each type is different in the age of onset, what parts of the body the symptoms primarily affect and how rapidly the disease progresses.

    Duchenne's muscular dystrophy
    The types of muscular dystrophy that are due to a genetic deficiency of the protein dystrophin are called dystrophinopathies. Duchenne's muscular dystrophy is the most severe form of dystrophinopathy. It occurs mostly in young boys and is the most common form of MD that affects children. Signs and symptoms of Duchenne's MD may include:

    • Frequent falls
    • Large calf muscles
    • Difficulty getting up from a lying or sitting position
    • Weakness in lower leg muscles, resulting in difficulty running and jumping
    • Waddling gait
    • Mild mental retardation, in some cases

    Signs and symptoms of Duchenne's usually appear between the ages of 2 and 5. It first affects the muscles of the pelvis, upper arms and upper legs. By late childhood, most children with this form of muscular dystrophy are unable to walk. Most die by their late teens or early 20s, often from pneumonia, respiratory muscle weakness or cardiac complications. Some people with Duchenne's MD may exhibit curvature of their spine (scoliosis).

    Becker's muscular dystrophy
    This type of muscular dystrophy is a milder form of dystrophinopathy. It generally affects older boys and young men, and progresses more slowly, usually over several decades. Signs and symptoms of Becker's MD are similar to those of Duchenne's. The onset of the signs and symptoms is generally later, from age 2 to 16.

    Myotonic dystrophy
    Also known as Steinert's disease, this form of muscular dystrophy produces stiffness of muscles and an inability to relax muscles at will, as well as the muscle weakness of the other forms of muscular dystrophy.

    The inability to relax muscles at will (myotonia) is found only in this type of muscular dystrophy. Although this form of MD can affect children, it often doesn't affect people until adulthood. It can vary greatly in its severity. Muscles may feel stiff after using them. Progression of this form of MD is slow. Besides myotonia, signs and symptoms of adult-onset myotonic dystrophy may include:

    • Weakening of voluntary muscles that control your arms and legs, usually beginning with the limb muscles farthest from the torso — the muscles of the feet, hands, lower legs and forearms.
    • Weakening of head, neck and face muscles, which may result in the face having a hollow, drooped appearance.
    • Weakening of muscles involved in breathing and swallowing. Weaker breathing muscles may result in less oxygen intake and fatigue. Weaker swallowing muscles increase the risk of choking.
    • Fainting or dizziness, which may indicate that the disease is interfering with the conduction of electrical signals that keep the heart rate normal.
    • Weakening of muscles of hollow internal organs such as those in the digestive tract and the uterus. Depending on which part of the digestive tract is affected, you may experience problems with swallowing as well as constipation and diarrhea. Weakness of the uterine walls may cause problems during childbirth.
    • Difficulty sleeping well at night and daytime sleepiness, and inability to concentrate because of the effect of the disease on the brain.
    • Clouding of the lenses of the eyes (cataracts).
    • Mild diabetes.
  • Fatigue

  • constipation

  • Rarely, infants have this form of muscular dystrophy, in which case it's called congenital myotonic dystrophy. The infant form is more severe, although infants with myotonic dystrophy don't experience myotonia. Signs in infants include:

    • Severe muscle weakness
    • Difficulty suckling and swallowing
    • Difficulty breathing

    The other major types of muscular dystrophy are rare. They include:

    • Limb-girdle muscular dystrophy
    • Facioscapulohumeral muscular dystrophy
    • Congenital muscular dystrophy
    • Oculopharyngeal muscular dystrophy
    • Distal muscular dystrophy
    • Emery-Dreifuss muscular dystrophy

    Limb-girdle muscular dystrophy
    Muscles usually affected first by this form of muscular dystrophy include:

    • Hips
    • Shoulders

    This form then progresses to the arms and legs, though progression is slow. Limb-girdle MD usually begins in the teen or early adult years.

    Facioscapulohumeral muscular dystrophy
    Also known as Landouzy-Dejerine disease, this form involves progressive muscle weakness, usually in this order:

    • Face
    • Shoulders
    • Abdomen
    • Feet
    • Upper arms
    • Pelvic area
    • Lower arms

    When someone with facioscapulohumeral MD raises his or her arms, the shoulder blades may stick out like wings. Progression of this form is slow, with some spurts of rapidly increasing weakness. Onset usually occurs during the teen to early adult years.

    Congenital muscular dystrophy
    Signs of congenital MD may include:

    • General muscle weakness
    • Joint deformities

    This form is apparent at birth and progresses slowly. A more severe form of congenital MD called Fukuyama type congenital muscular dystrophy may involve severe mental and speech problems as well as seizures.

    Oculopharyngeal muscular dystrophy
    The first sign of this type of muscular dystrophy is usually drooping of the eyelids, followed by weakness of the muscles of the eye, face and throat, resulting in difficulty swallowing. Progression is slow. Signs and symptoms first appear in adulthood, usually in a person's 40s, 50s or 60s.

    Distal muscular dystrophy
    This group involves the muscles farthest away from the center of the body — those of the hands, forearms, feet and lower legs. The severity is generally less than for other forms of MD, and this form tends to progress slowly. Distal MD generally begins in adulthood between the ages of 40 and 60.

    Emery-Dreifuss muscular dystrophy
    This rare form of muscular dystrophy usually begins in the muscles of the:

    • Shoulders
    • Upper arms
    • Shins

    Emery-Dreifuss MD usually begins in the childhood to early teen years and progresses slowly.

    Causes

    Muscular dystrophy is a general term for a group of inherited diseases involving a defective gene. Each form of muscular dystrophy is caused by a genetic mutation that's particular to that type of the disease.

    Duchenne's and Becker's muscular dystrophies are passed from mother to son through one of the mother's genes in a pattern called X-linked recessive inheritance. Boys inherit an X chromosome from their mother and a Y chromosome from their father. The X-Y combination makes them male. Girls inherit two X chromosomes, one from their mother and one from their father. The X-X combination determines that they are female.

    The defective gene that causes Duchenne's and Becker's muscular dystrophies is located on the X-chromosome. Women who have the defective gene that causes these muscular dystrophies are simply carriers and exhibit no signs or symptoms of the disease. The disease can "skip" a generation until another son inherits the defective gene on the X-chromosome. In some cases of Duchenne's and Becker's muscular dystrophies, the disease arises from a new mutation in a gene rather than from an inherited defective gene.

    Myotonic dystrophy is passed along in a pattern called autosomal dominant inheritance. If either parent carries the defective gene for myotonic dystrophy, there's a 50 percent chance the disorder will be passed along to a child.

    Some of the less common types of muscular dystrophy are passed along in the same inheritance pattern that marks Duchenne's and Becker's muscular dystrophies. Other types of muscular dystrophy can be passed on from generation to generation and affect males and females equally. Still others require a defective gene from both parents.

    When to seek medical advice

    Duchenne's muscular dystrophy occurs almost exclusively in boys, although it can occur in girls. Your young child may have difficulty walking, running, getting up or climbing the stairs, or may appear clumsy and fall often. These may be early indications of muscular dystrophy. A child with MD may learn to walk later than other children do and may exhibit signs of muscle weakness between the ages of 2 and 5. By school age, a child with MD may walk unsteadily and on the toes or balls of his feet. Duchenne's MD usually results in children losing the ability to walk between the ages of 7 and 12.

    If you're concerned about your child's motor abilities, clumsiness or muscle strength and development, see your doctor. Once muscular dystrophy is diagnosed, medications and physical therapy can help slow its progression.

    Because muscular dystrophies are inherited disorders, genetic counseling may be helpful if you're considering having children and to assess the risk of the disease in other family members.

    Screening and diagnosis

    A careful review of your family's history of muscle disease can help your doctor reach a diagnosis. In addition to a medical history review and physical examination, your doctor may rely on the following in diagnosing muscular dystrophy:

    • Blood tests. Damaged muscles release enzymes such as creatine kinase (CK) into the blood. High blood levels of CK suggest a muscle disease such as muscular dystrophy.
    • Electromyography. A thin-needle electrode is inserted through your skin into the muscle to be tested. Electrical activity is measured as you relax and as you gently tighten the muscle. Changes in the pattern of electrical activity can confirm a muscle disease. The distribution of the disease can be determined by testing different muscles.
    • Ultrasonography. High-frequency sound waves are used to produce precise images of tissues and structures within your body. An ultrasound is a noninvasive way of detecting certain muscle abnormalities, even in the early stages of the disease.
    • Muscle biopsy. A small piece of muscle is taken for laboratory analysis. The analysis distinguishes muscular dystrophies from other muscle diseases. Special tests can identify dystrophin and other markers associated with specific forms of muscular dystrophy.
    • Genetic testing. In the past, certain blood tests that are used to analyze DNA allowed some forms of muscular dystrophy to be diagnosed by identifying a particular mutation of the dystrophin gene. A new DNA test, called single condition amplification/internal primer (SCAIP) sequencing, allows doctors to look at the entire dystrophin gene to find multiple variations, providing more than just one type of diagnosis. Researchers are hoping that this test will soon become more widely available to the public.

    Treatment

    There's currently no cure for any form of muscular dystrophy. Research into gene therapy may eventually provide treatment to stop the progression of some types of muscular dystrophy. Current treatment is designed to help prevent or reduce deformities in the joints and the spine and to allow people with MD to remain mobile as long as possible. Treatments may include various types of physical therapy, medications, assistive devices and surgery.

    Physical therapy
    As muscular dystrophy progresses and muscles weaken, fixations (contractures) can develop in joints. Tendons can shorten, restricting the flexibility and mobility of joints. Contractures are uncomfortable and may affect the joints of your hands, feet, elbows, knees and hips.

    One goal of physical therapy is to provide regular range of motion exercises to keep your joints as flexible as possible, delaying the progression of contractures, and reducing or delaying curvature of your spine. Using hot baths (hydrotherapy) also can help maintain range of motion in joints.

    Medications
    Doctors prescribe medications to treat some forms of muscular dystrophy:

    • For myotonic dystrophy. The medications phenytoin (Dilantin, Phenytek), quinine and procainamide (Pronestyl) may be used to treat the delayed muscle relaxation that occurs in myotonic dystrophy.
    • For Duchenne's muscular dystrophy. The anti-inflammatory corticosteroid medication prednisone (Deltasone) may help improve muscle strength and delay the progression of Duchenne's MD.

    Assistive devices
    Braces can both provide support for weakened muscles of your hands and lower legs and help keep muscles and tendons stretched and flexible, slowing the progression of contractures. Other devices such as canes, walkers and wheelchairs can help maintain mobility and independence. If respiratory muscles become weakened, using a ventilator may become necessary.

    Surgery
    To release the contractures that may develop and that can position joints in painful ways, doctors can perform a tendon release surgery. This may be done to relieve tendons of your hip and knee and on the Achilles tendon at the back of your foot. Surgery may also be needed to correct curvature of your spine.

    Other treatments
    Because respiratory infections may become a problem in later stages of muscular dystrophy, it's important to be vaccinated for pneumonia and to keep up-to-date with influenza shots.

  • influenza

  • Coping skills

    For family members of people with muscular dystrophy, coping with the illness involves a major commitment of physical, emotional and financial effort. The disease presents challenges in the classroom, in the home and in all aspects of life.

    In dealing with a disease such as muscular dystrophy, support groups can be a valuable part of a wider network of social support that includes health care professionals, family, friends and place of religious worship.

    Support groups bring together people, family and friends who are coping with the same kind of physical or mental health challenge. Support groups provide a setting in which people can share their common problems and provide ongoing support to one another.

    Ask your doctor about self-help groups that may exist in your community. Your local health department, public library, telephone book and the Internet also may be good sources to locate a support group in your area.

     
     
     
    Integrated Medicine
    combines Western medicine with Complementary and Alternative medicine and mind-body-spirit approaches to health and healing.
     
    Live Blood Analysis
    Two drops of blood under a specialized high powered ultra-dark field microscope, reveals anomalies in the blood. The unique tool for prevention.
     
    Ozone-Oxygen-Therapy
    Is recognized by most as the most powerful and versatile therapy known in alternative health because it plays a vital role in maintaining the well-being of the body. Check it out why.
     
    Contact the Doctor

    contact the doctor
     
    Disclaimer
    This information is provided for general medical education purposes only and is not meant to substitute for the independent medical judgment of a physician relative to diagnostic and treatment options of a specific patient's medical condition.

    In no event will the DrEddyClinic.com be liable for any decision made or action taken in reliance upon the information provided through this web site.
     
     
    Contact Information
    Dr. Eddy Bettermann M.D.

    Mob: +60.17 545 1784         +66.89 8550 5066

    Email: dreddy@dreddyclinic.com

    Website:
    dreddyclinic.com
    dreddy-clinic.com


    Facebook:
    DrEddyBettermannMd
    biologicalmedicine
     

     


    live blood cell analysis, live blood analysis, blood cell analysis, live cell blood analysis, live blood cell analysis training, live blood analysis course,live blood cell, live cell analysis, live blood cell microscopy, live blood microscopy, nutritional blood analysis, nutritional microscopy, nutrition course

    Home    Ayurvedic Medicine    Integrated Medicine    Education    Contents    Articles    Links    Products     Search    Feedback    Contact    Forum   Site map





     
         
      contact to the Integrated - Medical -Clinic | Terms and Conditions |  
     
    Last Modified : 17/06/09 11:10 PM