adrenoleukodystrophy…

Copy and paste into this window to access results from our Google index.

Medical experts recommend this detailed explanation.

[ Find Organization | Index Page ]

Relevant search terms and links to related topics…

neonatal adrenoleukodystrophy, x-linked adrenoleukodystrophy, melanodermic leukodystrophy, neonatal adrenoleukodyrstophy, nald, adrenoleukodystrophy describes any of several closely related inheritable disorders, the breakdown, metabolism, certain fats, long chain fatty acids, disorders affect the adrenal glands, nervous system, testes, adrenoleukodystrophy is transmitted, an x-linked trait, neonatal form is by autosomal recessive transmission, affects approximately 1 in 20,000 to 1 in 50,000 individuals from all races, in the accumulation of long chain fatty acids, in the nervous system, adrenal gland, testes, disrupts normal activity, several, srecognized, different forms, neonatal form appears shortly after birth, includes seizures, delayed neurological development, death occurring in infancy, young childhood, childhood cerebral form appears in mid-childhood, at 4-8 years, forms appear, adolescence, one-third of affected people develop neurological symptoms, half develop abnormal adrenal function, childhood form, early symptoms include hyperactivity, difficulty at school, difficulty understanding spoken material, deterioration of handwriting, crossed eyes, strabismus, possibly seizures, the disease progresses, further signs of damage, white matter, the brain appear, changes in muscle tone, stiffness, contracture deformities, swallowing difficulties, coma, major component of adrenoleukodystrophy, development of impaired adrenal gland function, similar to addison disease, deficiency of steroid hormones, very significant development but one, adequately treated, corticosteroids, neonatal type, seizures, delayed neurological development, frequent respiratory infections, darkening, the skin color, increased skin pigmentation, childhood, adolescent type, hyperactivity, decreasing school performance, decreased understanding of verbal communication, aphasia, crossed eyes, swallowing difficulties, changes in muscle tone, muscle spasms, spasticity, progressive nervous system deterioration, paralysis, hearing loss, visual impairment, blindness, deteriorating fine motor control, eventually, lead to a vegetative state, symptoms of adrenal gland failure, muscular weakness, asthenia, wasting, loss of weight, muscle mass, decreased appetite, increased skin pigmentation, blood levels showing elevated long chain fatty acids, skin biopsy, fibroblast culture showing elevated levels of long chain fatty acids, mri, the head showing damage, white matter, the brain, white matter, specific type of brain tissue, head ct shows damage, white matter, the brain, chromosome study, neolatal form, defects at chromosome 7q21-q22, adrenal dysfunction is treated, supplemental steroids, cortisol, a specific treatment, adrenoleukodystrophy is not available, a diet low in long chain fatty acids, administration of special oils has been demonstrated to lower the blood levels, the long chain fatty acids, oils, lorenzo's oil, son, the family who discovered the treatment, regimen is presently under evaluation, the treatment of adrenoleukodystrophy, childhood form of adrenoleukodystrophy, progressive disease that leads to a vegetative state in approximately two years after neurologic symptoms develop, child, live in this condition, ten years, death occurs, later onset forms, significantly less dangerous, adrenal crisis, vegetative state, long-term coma, child develops symptoms suggestive of adrenoleukodystrophy, child, adrenoleukodystrophy who is experiencing increased difficulty, genetic counseling, prospective parents, a family history of adrenoleukodystrophy, carrier state in females, diagnosed in 85%, the cases using a very long fatty acid assay, a dna probe study by specialized laboratories, intrauterine diagnosis of adrenoleukodystrophy is available, done by evaluation of cells from chorionic villus sampling, from amniotic cells, amniocentesis.