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Molecular Biology of Saccharomyces [Paperback]

Item : Molecular Biology of Saccharomyces [Paperback]
Price : $160.99 (see below)
Category : Books
Author Author : Grivell, L.A.
ISBN-10 ISBN-10 : 9401051046
ISBN-13 ISBN-13 : 9789401051040
Publisher Publisher : Springer
Pages Pages : 153
Binding Binding : Paperback
Item ID : 101301823

At a fundamental research level, the yeasts offer valuable opportunities for modelling regulatory and metabolic processes in multicellular eukaryotic organisms: this volume deals with the multifunctional chromosome regulatory proteins, topoisomerase and nuclear transport. A combination of biochemical and genetic approaches applied to the yeast translation system is also currently yielding a wealth of data, while the mating pheromone signal transduction pathway in yeasts provides a valuable analogue of the signal transduction components used by multicellular organisms, including receptors, G proteins, protein kinases and transcription factors.
With a well-established history of fermantation studies, yeasts remain the first-choice vehicle for production of heterologous eukaryotic proteins. Interest is diversifying, as an increasing number of non-Saccharomyces species are now being utilised for the production of specific heterologous proteins.
Molecular biologists, microbiologists and biochemical geneticists will find this volume an authoritative and valuable update on a vibrant area of research.
At a fundamental research level, the yeasts offer valuable opportunities for modelling regulatory and metabolic processes in multicellular eukaryotic organisms: this volume deals with the multifunctional chromosome regulatory proteins, topoisomerase and nuclear transport. A combination of biochemical and genetic approaches applied to the yeast translation system is also currently yielding a wealth of data, while the mating pheromone signal transduction pathway in yeasts provides a valuable analogue of the signal transduction components used by multicellular organisms, including receptors, G proteins, protein kinases and transcription factors.
With a well-established history of fermantation studies, yeasts remain the first-choice vehicle for production of heterologous eukaryotic prol#'

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