Results 261 to 270 of about 126,982 (292)
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1982
The classical experiments of Monod’s group (Cohen and Monod 1957) have made biochemists aware of the importance of transport as the first biochemical reaction in the metabolism of a substance. Though the transport of substances through membranes occurs without a permanent alteration of its chemical structure (there are only a few exceptions), the ...
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The classical experiments of Monod’s group (Cohen and Monod 1957) have made biochemists aware of the importance of transport as the first biochemical reaction in the metabolism of a substance. Though the transport of substances through membranes occurs without a permanent alteration of its chemical structure (there are only a few exceptions), the ...
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Sugar Transport in Mycoplasma gallisepticum
Journal of Bacteriology, 1969Mycoplasma gallisepticum cells were found to contain two different sugar transport systems, one for d -glucose and α-methyl- d -glucoside (α-MG) and the other for d -mannose and d -fructose.
S, Rottem, S, Razin
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The Human Erythrocyte Sugar Transporter Presents Two Sugar Import Sites
Biochemistry, 1999The human erythrocyte sugar transporter presents sugar import (e2) and sugar export (e1) sites simultaneously. This study asks whether the sugar transporter exposes only one or multiple import sites. We approached this question by analysis of cytochalasin B binding to the human erythrocyte sugar export site in the presence of sugars that bind to the ...
S, Hamill, E K, Cloherty, A, Carruthers
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Distinct Substrate Transport Mechanism Identified in Homologous Sugar Transporters
The Journal of Physical Chemistry B, 2019SWEETs and their prokaryotic counterparts SemiSWEETs were recently classified as transporters that translocate sugar across cellular membranes. SemiSWEETs are commonly used as a model system to infer biological properties of SWEETs; however, this presumes that the homologues are comparable to begin with.
Kevin J. Cheng +3 more
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Role of Intestinal Disaccharidases in Sugar Transport
Protoplasma, 1967A number of observations show that intestinal sucrase is closely located, in the brush borders, to the sugar transport system.
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Localization shift of a sugar transporter contributes to phloem unloading in sweet watermelons
New Phytologist, 2020Yi Ren, Honghe Sun, Shaogui Guo
exaly