Overview

A cell's ability to control replication of its DNA is fundamental to its normal development or transformation into a cancerous state. DNA replication is also a crucial step in the cell cycle, and recent improvements in our understanding of cell cycle control have promoted a fresh surge of interest in the subject. This book is intended for postgraduate students, postdoctoral researchers, and academic staff. Possibly some third-year undergraduate readership.

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9780199635856

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Reviews

This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice

This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volumeis the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice

This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice

This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science<br> Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science<br> Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work for upper-division undergraduates, graduate students, and faculty. --Choice<br>

<br> This volume is largely successful in capturing the key issues of the eukaryotic DNA replication field, including enzymology of the replication fork, the structure of replication origins, and the regulation of DNA replication, and in summarizing recent progress. An attractive feature of the volume is the juxtaposition of chapters that highlight contributions from the genetically tractable budding and fission yeasts with chapters that highlight contributions of the more biochemical and cell biological approaches necessary in Xenopus and mammalian cells. --Science<br> Eight thoughtful reviews with clear figures and diagrams written by experts in the field. Together, these reviews provide a framework for thinking about cellular DNA replication in which students, teachers, and researchers should be able to integrate developments in this fast-moving field. --Science<br> Provides a current survey of research. . . .A generally well-written, heavily referenced, and well illustrated work

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