Books > Medicine > Other branches of medicine > Pathology > Medical microbiology & virology
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Bacterial Growth and Division - Biochemistry and Regulation of Prokaryotic and Eukaryotic Division Cycles (Hardcover)
Loot Price: R2,358
Discovery Miles 23 580
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Bacterial Growth and Division - Biochemistry and Regulation of Prokaryotic and Eukaryotic Division Cycles (Hardcover)
Expected to ship within 10 - 15 working days
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How does a bacterial cell grow during the division cycle? This
question is answered by the codeveloper of the Cooper-Helmstetter
model of DNA replication. In a unique analysis of the bacterial
division cycle, Cooper considers the major cell categories
(cytoplasm, DNA, and cell surface) and presents a lucid description
of bacterial growth during the division cycle.
The concepts of bacterial physiology from Ole Maaloe's Copenhagen
school are presented throughout the book and are applied to such
topics as the origin of variability, the pattern of DNA
segregation, and the principles underlying growth
transitions.
The results of research on "E. coli" are used to explain the
division cycles of Caulobacter, Bacilli, Streptococci, and
eukaryotes. Insightful reanalysis highlights significant
similarities between these cells and "E.coli."
With over 25 years of experience in the study of the bacterial
division cycle, Cooper has synthesized his ideas and research into
an exciting presentation. He manages to write a comprehensive
volume that will be of great interest to microbiologists, cell
physiologists, cell and molecular biologists, researchers in
cell-cycle studies, and mathematicians and engineering scientists
interested in modeling cell growth.
Key Features
* Written by one of the codiscoverers of the Cooper-Helmstetter
model
* Applies the results of research on E. coli to other groups,
including Caulobacter, Bacilli, Streptococci, and eukaryotes; the
Caulobacter reanalysis highlights significant similarities with the
E. coli system
* Presents a unified description of the bacterial division cycle
with relevance to eukaryotic systems
* Addresses the concepts of the Copenhagen School in a new and
original way"
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