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Sugar transport: Occurrence of trehalase activity in sugar cane
Planta, 1969Trehalase activity was detected in extracts of roots, leaves, and stalk tissue from sugar cane. The enzyme was not bound to cell particulates, and had a pH optimum of 6.2 and a Michaelis constant for trehalose of 1×10(-4) M. The level of enzyme detected in mature stalk tissue was too low to account for glucose transport into tissue slices.
K T, Glasziou, K R, Gayler
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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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Intestinal sugar transport in experimental diabetes
Diabetes, 1981The increased sugar transport was examined in the isolated small intestine of streptozotocin-diabetic rats. In the small intestine of these animals, the rate of glucose absorption in vivo is slightly increased, but not that of galactose of 3-O-MG (3-O-Methylglucose); however, in the isolated small intestine, the mucosal-toserosal but not the serosal-to-
T Z, Csáky, E, Fischer
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Sugar transporters in plant biology
Current Opinion in Plant Biology, 1999Sugar transporters are key players in many fundamental processes in plant growth and development. Recent results have identified several new transporters that contribute to a wide array of physiological activities, and detailed molecular analysis has provided exciting insights into the structure and regulation of these essential membrane proteins.
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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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Current Opinion in Structural Biology, 1991
Proteins that catalyse the transport of sugars may be fundamentally similar to proteins that catalyse the transport of many other substrates, both into and out of cells. The number of sugar transport proteins with known amino acid sequences has increased considerably, but there is still insufficient understanding of their three-dimensional structures ...
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Proteins that catalyse the transport of sugars may be fundamentally similar to proteins that catalyse the transport of many other substrates, both into and out of cells. The number of sugar transport proteins with known amino acid sequences has increased considerably, but there is still insufficient understanding of their three-dimensional structures ...
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Transport of Sugars in Bacteria
1979Bacteria are free-living microorganisms often confronted with a large variety of environments. The occurrence in nature of different substances as main carbon source for their nutrition and the selective advantage of metabolizing fast any of these for fast proliferation promoted the development along the evolution of different adaptive uptake and ...
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Sugar Transport, Metabolism and Signaling in Fruit Development of Litchi chinensis Sonn: A Review
International Journal of Molecular Sciences, 2021Yonghua Qinyh, Dan Wang, Guibing Hu
exaly
The transportation of sugar cane in Queensland’s sugar industry
2012The sugar industry is Queensland's most significant rural industry and one of the most important agricultural industries in Australia. Queensland's sugar industry produces 95% of Australia's sugar cane, worth almost $2 billion dollars to the state's economy (Australian Sugar Milling Council; Canegrowers 2010).
Pernase, Steffanie, Pekol, Adam
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