REVISED PROCEDURE FOR THE DETERMINATION OF "SPHINGOMYELIN" IN FRESH AND FORMALDEHYDE-PRESERVED TISSUE.
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Animals↗
Biomedical subjects
G W EDGAR
Publications and source records attributed to G W EDGAR.
[NEUROCHEMICAL AND NEUROPATHOLOGICAL STUDY OF A CASE OF NIEMANN-PICK DISEASE IN A YOUNG INFANT].
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Brain Chemistry↗
A CONTRIBUTION TO THE CHEMISTRY OF THE LEUCODYSTROPHIES.
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Brain↗
PROGRESSIVE MYOCLONUS EPILEPSY AS AN INBORN ERROR OF METABOLISM COMPARABLE TO STORAGE DISEASE.
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Adolescent↗
AMAUROTIC IDIOCY AND EPILEPSY.
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Diagnosis↗
[PROGRESSIVE MYOCLONIC EPILEPSY AS A THESAURISMOSIS].
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Biochemical Phenomena↗
[Infantile amaurotic idiocy with serious changes of the white matter].
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Brain Diseases↗
Alkali-stable phospholipids during the development of the rabbit brain.
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Alkalies↗
Myelin lipids in multiple sclerosis.
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Brain↗
Biochemistry in routine neuropathology. I. Quantitative chemical determinations in formaldehyde preserved brains as an aid in the neuropathology of demyelinating conditions and lipidoses.
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Brain↗
Biochemistry in routine neuropathology. II. Determination of hexosamine in chloroform-methanol extracts of brain as a diagnostic procedure with special references to the quantitation of gangliosides.
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Brain↗
[New observations on familial idiocy with spongy degeneration of nerve centers (progressive edematous cerebral disease of infants)].
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Brain Edema↗
Myelination studied by quantitative determination of myelin lipids.
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Brain↗
Inborn errors of lipid metabolism.
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Humans↗
[Multiple sclerosis and the fundamental medical sciences].
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Humans↗
Influence of lipid solvents on sphingolipids (sphingomyelins, cerebrosides, gangliosides) in tissue sections; with reference to the histochemistry of demyelination and lipidoses.
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Cerebrosides↗
[Neurochemical studies on demyelinization and lipoidosis during growth].
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Central Nervous System Diseases↗
Myelination studied by quantitative determination of myelin lipids.
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Central Nervous System↗