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Sialic acids are a barrier to the entry of non-influenza orthomyxoviruses. [PDF]

open access: yesPLoS Pathog
Dupré G   +5 more
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Comprehensive Isomer-Resolved Ganglioside Profiling by HILIC-nanoESI-MS/MS. [PDF]

open access: yesAnal Chem
Troppmair N   +6 more
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D-glyceric aciduria due to GLYCTK mutation: Disease or non-disease? [PDF]

open access: yesMol Genet Metab Rep
Kingma SDK   +6 more
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Studies on the Biosynthesis of Neuraminic Acid

Nature, 1956
IN recent years neuraminic acid1 and several of its derivatives, such as sialic acid and lactaminic acid, have been shown to be constituents of mucoproteins, gangliosides and related naturally occurring substances. Although the chemical structure of neuraminic acid has not been established as yet, its elementary composition and some of its chemical ...
K I, ALTMAN, K, LAUENSTEIN
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Studies on Neuraminic Acid

Archives of General Psychiatry, 1965
Derivatives of neuraminic acid 1,2 (or sialic acids) are widely distributed in tissues. In brain, neuraminic acid is found in especially high concentration in gray matter, 3,4 the pineal body, 5 and the hypophysis. 6 As a component of gangliosides, N-acetylneuraminic acid accumulates in the brains of patients with infantile amaurotic familial idiocy. 7,
J P, GREEN, R P, ATWOOD, D X, FREEDMAN
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Utilization of Neuraminic Acid Receptors by Mycoplasmas

Journal of Bacteriology, 1969
Erythrocytes and H-HeLa cells were treated with neuraminidase and then compared with untreated cells for their ability to adsorb to mycoplasma colonies or be agglutinated by suspensions of the mycoplasmas. Of the 17 mycoplasma serotypes examined, only 4 were found to use neuraminic acid receptors; these were Mycoplasma ...
R J, Manchee, D, Taylor-Robinson
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Determination of neuraminic acid in cerebral tissues

Analytical Biochemistry, 1960
Abstract The concentration of neuraminic acid was determined in the gray matter of the insular and temporal cortex as well as of the basal ganglia, and in the white matter of normal autopsy human brains. Samples from the cerebral tissues were separated into two fractions: a water-soluble lipid and a lipid-free residue.
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