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Mutations in the ExbB Cytoplasmic Carboxy Terminus Prevent Energy-Dependent Interaction between the TonB and ExbD Periplasmic Domains

Journal of Bacteriology, 2011-10, Vol.193 (20), p.5649-5657

2011

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The Intrinsically Disordered Region of ExbD Is Required for Signal Transduction

Journal of bacteriology, 2020-03, Vol.202 (7)

2020

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From Homodimer to Heterodimer and Back: Elucidating the TonB Energy Transduction Cycle

Journal of bacteriology, 2015-11, Vol.197 (21), p.3433-3445

2015

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Going Outside the TonB Box: Identification of Novel FepA-TonB Interactions In Vivo

Journal of bacteriology, 2017-05, Vol.199 (10), p.E00649

2017

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Mutations in Escherichia coli ExbB Transmembrane Domains Identify Scaffolding and Signal Transduction Functions and Exclude Participation in a Proton Pathway

Journal of Bacteriology, 2013-06, Vol.195 (12), p.2898-2911

2013

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Taking the Escherichia coli TonB Transmembrane Domain “Offline”? Nonprotonatable Asn Substitutes Fully for TonB His20

Journal of Bacteriology, 2011-08, Vol.193 (15), p.3693-3701

2011

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Identification of Functionally Important TonB-ExbD Periplasmic Domain Interactions In Vivo

Journal of Bacteriology, 2012-06, Vol.194 (12), p.3078-3087

2012

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Same Periplasmic ExbD Residues Mediate In Vivo Interactions between ExbD Homodimers and ExbD-TonB Heterodimers

Journal of Bacteriology, 2011-12, Vol.193 (24), p.6852-6863

2011

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ExbD Periplasmic Domain Contains Distinct Functional Regions for Two Stages in TonB Energization

Journal of Bacteriology, 2012-06, Vol.194 (12), p.3069-3077

2012

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ExbB Cytoplasmic Loop Deletions Cause Immediate, Proton Motive Force-Independent Growth Arrest

Journal of Bacteriology, 2013-10, Vol.195 (20), p.4580-4591

2013

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Interactions in the TonB-Dependent Energy Transduction Complex: ExbB and ExbD Form Homomultimers

Journal of Bacteriology, 1998-11, Vol.180 (22), p.6031-6038

1998

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ExbB and ExbD Do Not Function Independently in TonB-Dependent Energy Transduction

Journal of Bacteriology, 2002-09, Vol.184 (18), p.5170-5173

2002

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His20 Provides the Sole Functionally Significant Side Chain in the Essential TonB Transmembrane Domain

Journal of Bacteriology, 2007-04, Vol.189 (7), p.2825-2833

2007

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FepA with Globular Domain Deletions Lacks Activity

Journal of Bacteriology, 2002-10, Vol.184 (19), p.5508-5512

2002

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Performance of Standard Phenotypic Assays for TonB Activity, as Evaluated by Varying the Level of Functional, Wild-Type TonB

Journal of Bacteriology, 2003-08, Vol.185 (16), p.4699-4706

2003

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Deletion and Substitution Analysis of the Escherichia coli TonB Q160 Region

Journal of Bacteriology, 2007-07, Vol.189 (13), p.4662-4670

2007

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Characterization of the exbBD operon of Escherichia coli and the role of ExbB and ExbD in TonB function and stability

Journal of Bacteriology, 1995-08, Vol.177 (16), p.4742-4747

1995

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Regions of Escherichia coli TonB and FepA proteins essential for in vivo physical interactions

Journal of Bacteriology, 1997-05, Vol.179 (10), p.3213-3221

1997

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His(20) provides the sole functionally significant side chain in the essential TonB transmembrane domain

Journal of bacteriology, 2007-04, Vol.189 (7), p.2825-2833

2007

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Aerobic regulation of the Escherichia coli tonB gene by changes in iron availability and the fur locus

Journal of Bacteriology, 1990-05, Vol.172 (5), p.2287-2293

POSTLE, K

1990

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TonB Interacts with Nonreceptor Proteins in the Outer Membrane of Escherichia coli

Journal of Bacteriology, 2002-03, Vol.184 (6), p.1640-1648

2002

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Identification of TonB homologs in the family Enterobacteriaceae and evidence for conservation of TonB-dependent energy transduction complexes

Journal of Bacteriology, 1996-03, Vol.178 (5), p.1363-1373

1996

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His sub(20) Provides the Sole Functionally Significant Side Chain in the Essential TonB Transmembrane Domain

Journal of bacteriology, 2007-04, Vol.189 (7), p.2825-2833

2007

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His 20 Provides the Sole Functionally Significant Side Chain in the Essential TonB Transmembrane Domain

Journal of bacteriology, 2007-04, Vol.189 (7), p.2825-2833

2007

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Role of the TonB amino terminus in energy transduction between membranes

Journal of Bacteriology, 1994-04, Vol.176 (8), p.2326-2338

1994

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Mutations in the ExbB Cytoplasmic Carboxy Terminus Prevent Energy-Dependent Interaction between the TonB and ExbD Periplasmic Domains

The Intrinsically Disordered Region of ExbD Is Required for Signal Transduction

From Homodimer to Heterodimer and Back: Elucidating the TonB Energy Transduction Cycle

Going Outside the TonB Box: Identification of Novel FepA-TonB Interactions In Vivo

Mutations in Escherichia coli ExbB Transmembrane Domains Identify Scaffolding and Signal Transduction Functions and Exclude Participation in a Proton Pathway

Taking the Escherichia coli TonB Transmembrane Domain “Offline”? Nonprotonatable Asn Substitutes Fully for TonB His20

Identification of Functionally Important TonB-ExbD Periplasmic Domain Interactions In Vivo

Same Periplasmic ExbD Residues Mediate In Vivo Interactions between ExbD Homodimers and ExbD-TonB Heterodimers

ExbD Periplasmic Domain Contains Distinct Functional Regions for Two Stages in TonB Energization

ExbB Cytoplasmic Loop Deletions Cause Immediate, Proton Motive Force-Independent Growth Arrest

Interactions in the TonB-Dependent Energy Transduction Complex: ExbB and ExbD Form Homomultimers

ExbB and ExbD Do Not Function Independently in TonB-Dependent Energy Transduction

His20 Provides the Sole Functionally Significant Side Chain in the Essential TonB Transmembrane Domain

FepA with Globular Domain Deletions Lacks Activity

Performance of Standard Phenotypic Assays for TonB Activity, as Evaluated by Varying the Level of Functional, Wild-Type TonB

Deletion and Substitution Analysis of the Escherichia coli TonB Q160 Region

Characterization of the exbBD operon of Escherichia coli and the role of ExbB and ExbD in TonB function and stability

Regions of Escherichia coli TonB and FepA proteins essential for in vivo physical interactions

His(20) provides the sole functionally significant side chain in the essential TonB transmembrane domain

Aerobic regulation of the Escherichia coli tonB gene by changes in iron availability and the fur locus

TonB Interacts with Nonreceptor Proteins in the Outer Membrane of Escherichia coli

Identification of TonB homologs in the family Enterobacteriaceae and evidence for conservation of TonB-dependent energy transduction complexes

His sub(20) Provides the Sole Functionally Significant Side Chain in the Essential TonB Transmembrane Domain

His 20 Provides the Sole Functionally Significant Side Chain in the Essential TonB Transmembrane Domain

Role of the TonB amino terminus in energy transduction between membranes

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