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Sugar transfer mechanism specificity

Examination of the formulas of the insulin-sensitive sugars reveals that all have a similar configuration in carbons 1, 2, and 3. These considerations brought Levine to conclude that sugar transport does not occur by simple diffusion but through a specific insulin-sensitive transfer mechanism. [Pg.515]

This enzyme catalyzes the phosphoryl transfer from MgATP to glucose or analogous sugars. Of specific interest in the study of the reaction mechanism of... [Pg.82]

See other pages where Sugar transfer mechanism specificity is mentioned: [Pg.325] [Pg.325] [Pg.327] [Pg.338] [Pg.137] [Pg.325] [Pg.327] [Pg.1492] [Pg.766] [Pg.487] [Pg.63] [Pg.244] [Pg.148] [Pg.415] [Pg.967] [Pg.1181] [Pg.660] [Pg.1143] [Pg.1152] [Pg.1153] [Pg.275] [Pg.371] [Pg.233] [Pg.44] [Pg.578] [Pg.598] [Pg.609] [Pg.659] [Pg.57] [Pg.10] [Pg.297] [Pg.518] [Pg.25] [Pg.447] [Pg.2252] [Pg.2266] [Pg.2306] [Pg.2134] [Pg.249] [Pg.596] [Pg.671] [Pg.108] [Pg.29] [Pg.485] [Pg.38] [Pg.371] [Pg.59] [Pg.386] [Pg.388]

See also in sourсe #XX -- [ Pg.325 , Pg.327 , Pg.338 ]

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Specific Mechanisms

Specifications sugar

Specificity mechanism

Sugar specificities

Sugar transfer specificity

Sugars mechanism

Transfer mechanism

Transfer specific