Kinetic isotope effects (KIEs) are a powerful tool in the study of enzymatic mechanism and function. Standardization of how data are reported would allow for comparisons of data collected under different conditions, in different laboratories, or by different assays, and will contribute to the assessment of their fit to different models and support of quantitative and qualitative conclusions. This paper will provide suggestions and examples as to how KIE data should be presented in publications of enzyme reaction mechanisms. The importance of following the Standards for the Reporting of Enzymological Data committee׳s recommendations when reporting KIE studies are outlined and a particular focus is placed on procedures for calculating, propag...
Kinetic Isotope effects (KIEs) have long served as a probe for the mechanisms of both enzymatic and ...
The Michaelis–Menten equation is usually expressed in terms of kcat and Km values: v = kcat[S]/(Km +...
Kinetic Isotope effects (KIEs) have long served as a probe for the mechanisms of both enzymatic and ...
AbstractKinetic isotope effects (KIEs) are a powerful tool in the study of enzymatic mechanism and f...
Background: Isotope labeling experiments (ILEs) are increasingly used to investigate the functioning...
A variety of biological and organic reaction mechanisms are studied using powerful tools from experi...
International audienceApproaches to determine chlorine kinetic isotope effects (Cl-KIEs) on enzymati...
Because of the progressive isotopic enrichment of substrate during the time course of an enzymatic r...
Methods for calculation of kinetic isotope effects and their application to reactions catalysed by e...
The use of isotope labels has had a fundamentally important role in the determination of mechanisms ...
The utilization of isotopic labeling is still growing in its use among chemists; the use of hydrogen...
Kinetic isotope effects (KIEs), originally a tool for the physical organic chemist and mechanistic e...
During the conversion of one molecule to another, new bonds are formed, old bonds broken, and other ...
The final arbiter of enzyme mechanism is the ability to establish and test a kinetic mechanism. Isot...
International audienceAnalysis of enzyme kinetic data to obtain valid information requires attention...
Kinetic Isotope effects (KIEs) have long served as a probe for the mechanisms of both enzymatic and ...
The Michaelis–Menten equation is usually expressed in terms of kcat and Km values: v = kcat[S]/(Km +...
Kinetic Isotope effects (KIEs) have long served as a probe for the mechanisms of both enzymatic and ...
AbstractKinetic isotope effects (KIEs) are a powerful tool in the study of enzymatic mechanism and f...
Background: Isotope labeling experiments (ILEs) are increasingly used to investigate the functioning...
A variety of biological and organic reaction mechanisms are studied using powerful tools from experi...
International audienceApproaches to determine chlorine kinetic isotope effects (Cl-KIEs) on enzymati...
Because of the progressive isotopic enrichment of substrate during the time course of an enzymatic r...
Methods for calculation of kinetic isotope effects and their application to reactions catalysed by e...
The use of isotope labels has had a fundamentally important role in the determination of mechanisms ...
The utilization of isotopic labeling is still growing in its use among chemists; the use of hydrogen...
Kinetic isotope effects (KIEs), originally a tool for the physical organic chemist and mechanistic e...
During the conversion of one molecule to another, new bonds are formed, old bonds broken, and other ...
The final arbiter of enzyme mechanism is the ability to establish and test a kinetic mechanism. Isot...
International audienceAnalysis of enzyme kinetic data to obtain valid information requires attention...
Kinetic Isotope effects (KIEs) have long served as a probe for the mechanisms of both enzymatic and ...
The Michaelis–Menten equation is usually expressed in terms of kcat and Km values: v = kcat[S]/(Km +...
Kinetic Isotope effects (KIEs) have long served as a probe for the mechanisms of both enzymatic and ...