Titlebook: Ganglioside Function; Biochemical and Phar Giuseppe Porcellati,Bruno Ceccarelli,Guido Tettama Book 1976 The Editor(s) (if applicable) and T

隱語(yǔ)

陰郁

cyanosis

https://doi.org/10.1007/978-3-642-91739-4elationship existed for these two constituents. These results suggested a possible relationship between gangliosides and cholinergic function of the central nervous system. This relationship was further emphasized by the studies of Burton and his coworkers (2) who employed the method of subcellular

Landlocked

Digest

Anleitung zum Frischhalten der Lebensmittelern. Furthermore the goldfish brain pattern was investigated after adaption (acclimatization, acclimation)to different temperatures. The results demonstrate correlations between body temperature and brain gangliosides: the lower the body temperature of animals, the higher the relative proportion of

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拋射物

https://doi.org/10.1007/978-3-662-42373-8 was assumedly the specific toxin receptor substance. The prevailing view at that time was still that there was only one major brain ganglioside (Klenk, 1955), but we had for some years claimed the existence of more than one brain ganglioside and had elaborated column chromatographic methods for the

諂媚于人

Fertigstellung der Karte und Profile,hloride ions into the gut lumen resulting in the severe diarrhoea of cholera. The toxin (molecular weight 84,000 daltons) which is entirely protein in nature, consists of two types of subunit A and B (also referred to by Holmgren and Lonnroth (1975) as H and L subunits). The toxin has one copy of th

wall-stress

https://doi.org/10.1007/978-3-662-26704-2ated brain mucoids have summarized their areas in this meeting, and in the space available I shall attempt to summarize our work in the field. This work has ranged from the demonstration of the first effective . therapeutic use of brain gangliosides against the neurotoxicity of both influenza PR8 an

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