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1.0 The Past and the Future
2.0 Molecular Architecture and Composition of Cells
3.0 Metabolism and Metabolic Fluxes
4.0 Synthesis of Polymers and Assembly
5.0 Regulation and Physiology
6.0 Chromosomes, Genomics, and Evolution
7.0 Genetics
8.0 Environmental Ecology and Molecular Pathogenesis
9.0 Biotechnology
10.0 Bioinformatics and Systems Biology
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EcoSal location: Tables of Contents
2.0 Molecular Architecture and Composition of Cells
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What's New
5.6.3
Stationary-Phase Gene Regulation in
Escherichia coli
?
(Regine Hengge) (12-16-2011)
7.2.6
Homologous Recombination-Experimental Systems, Analysis, and Significance
(Andrei Kuzminov) (12-01-2011)
1.1.2
Escherichia coli
and the Emergence of Molecular Biology
(AGNES ULLMANN) (07-15-2011)
4.4.7
The DNA Exonucleases of
Escherichia coli
(Susan T. Lovett) (06-10-2011)
4.2.2
Translation Initiation
(Yves Méchulam, Sylvain Blanquet, and Emmanuelle Schmitt) (06-10-2011)
More..
What's Coming
Chapters in the Works
2.0 Molecular Architecture and Composition of Cells
2.0
Molecular Architecture and Composition of Cells
[Executive Editor, Curtiss]
2.1
Introduction and Overview
[Section Editor, Frederick C. Neidhardt]
2.2
Cytology
[Section Editor, Brett Finlay]
2.2.1
Biofilms
Roberto Kolter
2.2.2
Intracellular Voyeurism: Examining the Modulation of Host Cell Activities by Salmonella enterica Serovar Typhimurium
[SECTION EDITOR: BRETT FINLAY]
JASON SZETO AND JOHN H. BRUMELL
2.2.3
The Cytology of Bacterial Conjugation
[SECTION EDITOR: BRETT FINLAY]
MATTHEW W. GILMOUR, TREVOR D. LAWLEY, AND DIANE E. TAYLOR
2.2.4
Outer Membrane Vesicles
[SECTION EDITOR: BRETT FINLAY]
AMANDA J. M
c
BROOM AND META J. KUEHN
2.2.5
Bioplaque Formation during Infection
Scott Hultgren
2.2.6
Imaging Techniques for the Study of Escherichia coli and Salmonella Infections
[SECTION EDITOR: BRETT FINLAY]
ELISABETH TORSTENSSON, PETER KJÄLL, AND AGNETA RICHTER-DAHLFORS
2.3
Membranes, Wall and Surface Compartments
[Section Editor, Hiroshi Nikaido]
2.4
Appendages
2.4.1
Flagella
2.4.2
Fimbriae
[Section Editor, Andreas Bäumler (S.e.); David Low (E.c.)]
2.4.2.1
Fimbriae: Classification and Biochemistry
[SECTION EDITORS: ANDREAS J. BÄUMLER AND DAVID LOW]
DAVID G. THANASSI, SEAN-PAUL NUCCIO, STEPHANE SHU KIN SO, AND ANDREAS J. BÄUMLER
2.4.2.2
Regulation of Fimbrial Expression
[SECTION EDITORS: ANDREAS J. BÄUMLER AND DAVID LOW]
IAN BLOMFIELD AND MARJAN
van der
WOUDE
2.5
Ribosomes
[Section Editor, Michael O'Connor]
2.5.1
How We Got to Where We Are: the Ribosome in the 21st Century
[SECTION
EDITOR:
MICHAEL
O'CONNOR]
PETER B. MOORE
2.5.2
Structure of the Ribosome
[Section Editor, Michael O'Connor]
Jamie Cate
2.5.3
Assembly of the 30S Ribosomal Subunit
[SECTION EDITOR: MICHAEL O'CONNOR]
GLORIA M. CULVER AND NARAYANASWAMY KIRTHI
2.5.4
Structural Basis for the Decoding Mechanism
[SECTION EDITOR: MICHAEL O'CONNOR]
STEVEN T. GREGORY
2.5.5
Era and Other Essential, Ribosome-Associated GTPases
[Section Editor, Michael O'Connor
Paul March
2.5.6
Modification of the Ribosome and the Translational Machinery during Reduced Growth Due to Environmental Stress
[SECTION EDITOR: MICHAEL O'CONNOR]
ANTÓN VILA-SANJURJO
2.5.7
Antibiotic Resistance Mechanisms, with an Emphasis on Those Related to the Ribosome
[SECTION
EDITOR:
MICHAEL
O'CONNOR]
KATHERINE S. LONG AND BIRTE VESTER
2.6
The Nucleoid: an Overview
[SECTION EDITOR: AKIRA ISHIHAMA]
AKIRA ISHIHAMA
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