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Titlebook: Allosteric Regulatory Enzymes; Thomas Traut Book 2008 Springer-Verlag US 2008 Aspartat.DNA.Glycogen.Nucleotide.RNA.enzymes.metabolism.tran

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Phosphofructokinasephoenolpyruvate and activated by AMP. The larger enzyme uses ATP, and has additional regulatory sites. A special site for fructose-2,6-bisphosphate has resulted in this activator being obligatory for many versions of the enzyme. The larger enzyme is also activated by ADP/AMP, and inhibited by ATP, and citrate.
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Introduction To V-Type Enzymesp to 30-fold. To be included in this category, enzymes must have at least a doubling in .max, so that this allosteric effect can be physiologically or experimentally meaningful. When these enzyme activities are part of a regulatory switch, the change in activity may exceed 100,000-fold.
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https://doi.org/10.1007/978-3-658-32594-7to make the binding range narrower, so that saturation is approached below [L] = 10.d, by changing the affinity for the ligand. The effect of negative cooperativity is to extend the binding range so that saturation is never approached under physiological concentrations of the ligand.
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Development of Consumer Finance in East Asiaof the microbial enzymes have one regulatory site, while the enzyme from . and most eukaryotes normally has two. Regulation at these sites by nucleotide effectors permits the enzyme to alter its selection for any of the four ribonucleotide substrates.
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A. Da Ronch,R. Spinabelli,A. Braggiottiate or allosteric effector. GAP is an inhibitor, since by activating the GTPase rate it limits the time for the protein to be active. Guanine nucleotide exchange factors (GEFs) lower the affinity for the tightly bound GDP and promote replacement by GTP.
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