Kinetics of Enzyme Catalysis

·
· ACS In Focus Cartea 27 · American Chemical Society
Carte electronică
100
Pagini
Eligibilă
Evaluările și recenziile nu sunt verificate Află mai multe

Despre această carte electronică

Kinetics of Enzyme Catalysis provides an introduction to the fundamentals of understanding an enzyme's catalytic mechanism and how activity is regulated, which is key to understanding biology and many diseases. Kinetics is at the core of enzymology, as it must be for the study of catalysts. Kinetics of Enzyme Catalysis examines simple kinetics and then applies those ideas to enzyme mechanisms, leading to rate equations for several key mechanisms and, as important, illustrating some key principles. A reader should therefore come away empowered with some mathematical tools allowing the analysis of catalytic cycles not discussed here and also with the understanding to predict some behaviors of enzyme kinetics without any math. Methods are discussed in some detail, and with them some considerations for avoiding pitfalls and collecting reliable data. In addition, introductions are presented to the important areas of studying inhibitors, of the origins of the catalytic power of enzymes, and the use of rapid-reaction technology.

Despre autor

Bruce A. Palfey became interested in enzymes and kinetics during his undergraduate biochemistry major at Penn State University. Afterwards, these interests were put on hold while he worked as a technician doing developmental neurobiology at the Wistar Institute and then while he earned an M.S. degree from Drexel University doing organic synthesis. He finally returned to enzymology, studying the reaction mechanisms of a flavin-dependent enzyme at the University of Michigan for a Ph.D. in Biological Chemistry. He continued studying flavoenzymes at Michigan as a postdoc, then as a lecturer, and then jumped to the tenure-track. He is now an Associate Professor in Biological Chemistry at Michigan and the Associate Director of the Program in Chemical Biology. His advanced graduate course on kinetics has become a rite of passage for students at Michigan studying enzyme mechanisms.

Rebecca L. Switzer earned a B.S. degree in chemistry from Indiana State University, during which she became interested in the intersection of biology and chemistry. She moved on to the University of Michigan for her graduate studies, earning a Ph.D. in biological chemistry in 2009. Her graduate work focused on mechanistic enzymology of flavoenzymes. Following her graduate studies, Rebecca continued to study enzymes but shifted her focus to drug discovery for her postdoctoral studies at the University of Iowa which centered on discovering novel small molecule inhibitors of DNA methyltransferases. Rebecca joined the faculty at Bucknell University, a primarily undergraduate liberal arts institution in Pennsylvania, in 2014, where she is currently an Assistant Professor of Chemistry. At Bucknell, Rebecca teaches general chemistry and biochemistry. Her research group is using biochemical and biophysical techniques to understand the activity, regulation, and inhibition of DNA methyltransferases.

Evaluează cartea electronică

Spune-ne ce crezi.

Informații despre lectură

Smartphone-uri și tablete
Instalează aplicația Cărți Google Play pentru Android și iPad/iPhone. Se sincronizează automat cu contul tău și poți să citești online sau offline de oriunde te afli.
Laptopuri și computere
Poți să asculți cărțile audio achiziționate pe Google Play folosind browserul web al computerului.
Dispozitive eReader și alte dispozitive
Ca să citești pe dispozitive pentru citit cărți electronice, cum ar fi eReaderul Kobo, trebuie să descarci un fișier și să îl transferi pe dispozitiv. Urmează instrucțiunile detaliate din Centrul de ajutor pentru a transfera fișiere pe dispozitivele eReader compatibile.