DNA Topology and Its Biological Effects

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Continuous changes occur in the coiling, supercoiling, and catenation of DNA molecules during gene transcription and cell division. The activity of DNA is thus heavily influenced by its topology, yet this influence is not widely appreciated or understood. This book explains the biological implications of DNA superstructure for readers who are presumed not to know higher mathematics. It is an introductory text, but not an elementary one, and will be valuable for molecular biologists at graduate student level and beyond.

Table of Contents

Articles

J.C. Wang, N.R. Cozzarelli
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i-ix
Horace R. Drew, Maxine J. McCall, Chris R. Calladine
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1-56
Andrew A. Travers, Aaron Klug
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57-106
Ann Hochschild
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107-138
Nicholas R. Cozzarelli, T. Christian Boles, James H. White
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139-184
Maxim D. Frank-Kamenetskii
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185-215
James J. Champoux
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217-242
Tao-Shih Hsieh
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243-263
Wai Mun Huang
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265-284
Akihiko Kikuchi
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285-298
Mitsuhiro Yanagida, Rolf Sternglanz
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299-320
James C. Wang, Leroy F. Liu
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321-340
Hideo Ikeda
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341-359
N. Patrick Higgins, Ari M. Ferro, Baldomero M. Olivera
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361-370
Leroy F. Liu
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371-389
Milan Potmesil, Robert Silber
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391-407
Wai Mun Huang
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409-457
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459-480