Cooa

Activation Mechanism of the CO Sensor CooA Journal of Biological

Figure 1 from Heme Displacement Mechanism of CooA Activation Semantic

Heme displacement mechanism of CooA activation mutational and Raman

Activation Mechanism of the CO Sensor CooA Journal of Biological

COMediated Allostery in CooA Burstyn Lab UWMadison

PDF Structure of the CO sensing transcription activator CooA

Roles of Heme Axial Ligands in the Regulation of CO Binding to CooA

The Chelix in CooA Rolls upon CO Binding to Ferrous Heme Journal of

The Role of the Hydrophobic Distal Heme Pocket of CooA in Ligand

Structure of CooA and CRP A effectorfree inactive CooA Protein Data

Roles of Heme Axial Ligands in the Regulation of CO Binding to CooA

Structure of the CO sensing transcription activator CooA Nature

Structural illustration A structural comparison of effectorfree CooA

Complementation of cooA deletion A Schematic of plasmid

Heme Displacement Mechanism of CooA Activation Journal of Biological

Structural illustration A structural comparison of effectorfree CooA

Activation Mechanism of the CO Sensor CooA Journal of Biological

Heme displacement mechanism of CooA activation mutational and Raman

Spectroscopic and Redox Properties of a CooA Homologue from

The CooA protein sequence similarity network colored according to

Heme Environmental Structure of CooA Is Modulated by the Target DNA

Redoxmediated Transcriptional Activation in a CooA Variant Journal

Heme Displacement Mechanism of CooA Activation Journal of Biological

The Chelix in CooA Rolls upon CO Binding to Ferrous Heme Journal of

The Role of the Hydrophobic Distal Heme Pocket of CooA in Ligand

Ch CooA binds to a PcooF DNA fragment when exposed to either NO filled

Complementation of cooA deletion A Schematic of plasmid

Heme Displacement Mechanism of CooA Activation Journal of Biological

Heme Environmental Structure of CooA Is Modulated by the Target DNA

Figure 2 from Heme Environmental Structure of CooA Is Modulated by the

Coordination structures of the ferrous heme in CooA elucidated from the

Roles of Heme Axial Ligands in the Regulation of CO Binding to CooA

Testing the NTerminal Velcro Model of CooA Carbon Monoxide Activation

Heme Environmental Structure of CooA Is Modulated by the Target DNA

The CObound E167L CooA variant binds to its target DNA well in vivo

Heme Environmental Structure of CooA Is Modulated by the Target DNA

Roles of Heme Axial Ligands in the Regulation of CO Binding to CooA

COMediated Allostery in CooA Burstyn Lab UWMadison

Figure 1 from The Role of the Hydrophobic Distal Heme Pocket of CooA in

In vitro DNAbinding activities of selected CooA homologs purified from

Vibrational coherence spectroscopy of the heme domain in the COsensing

Mechanism of the COsensing heme protein CooA new insights from the

Binding of CO at the Pro2 Side Is Crucial for the Activation of CO

Effect of DNA Binding on Geminate CO Recombination Kinetics in CO

Structure of CooA a Bacterial CO Sensor and Transcription Factor

Effect of DNA Binding on Geminate CO Recombination Kinetics in CO

Regulatory transcription factor CooAdriven carbon monoxide partial

Effect of DNA Binding on Geminate CO Recombination Kinetics in CO

Figure 1 from Dissociation and Recombination between Ligands and Heme

Transcription Activation by CooA the COsensing Factor

Guanidine HydrochlorideInduced Unfolding of the Three Heme

Transcription Activation by CooA the COsensing Factor

CooA a COsensing transcription factor from Rhodospirillum rubrum is

Functionally critical elements of CooArelated CO sensors Abstract

Characterization of a COresponsive Transcriptional Activator from

Effect of DNA Binding on Geminate CO Recombination Kinetics in CO

Frontiers Regulation of Multiple Carbon Monoxide Consumption Pathways

Spectroscopic Interrogation of Thiolate Hydrogen Bonding in the CO

Effect of DNA Binding on Geminate CO Recombination Kinetics in CO

Functionally Critical Elements of CooARelated CO Sensors Journal of

Analysis of the L116K Variant of CooA the Hemecontaining CO Sensor

CooA a COsensing transcription factor from Rhodospirillum rubrum is

Mechanism of the COsensing heme protein CooA new insights from the

Dissociation and Recombination between Ligands and Heme in a COsensing

Redox Properties and Coordination Structure of the Heme in the CO

Redoxcontrolled Ligand Exchange of the Heme in the COsensing

Redox Properties and Coordination Structure of the Heme in the CO

Ligandswitching Intermediates for the COsensing Transcriptional

Redoxcontrolled Ligand Exchange of the Heme in the COsensing

Binding of CO at the Pro2 Side Is Crucial for the Activation of CO

Redoxcontrolled Ligand Exchange of the Heme in the COsensing

CooA a COsensing transcription factor from Rhodospirillum rubrum is

Spectroscopic Interrogation of Thiolate Hydrogen Bonding in the CO

Figure 1 from Roles of Heme Axial Ligands in the Regulation of CO

Redoxcontrolled Ligand Exchange of the Heme in the COsensing

Mechanism of the COsensing heme protein CooA new insights from the

Redoxcontrolled Ligand Exchange of the Heme in the COsensing

Mechanism of the COsensing heme protein CooA new insights from the

Analysis of the L116K Variant of CooA the Hemecontaining CO Sensor

Changing the Ligand Specificity of CooA a Highly Specific Hemebased

Transcription Activation by CooA the COsensing Factor

Mapping CooARNA Polymerase Interactions Journal of Biological Chemistry

Transcription Activation by CooA the COsensing Factor

Guanidine HydrochlorideInduced Unfolding of the Three Heme

Functionally Critical Elements of CooARelated CO Sensors Journal of

Spectroscopic Interrogation of Thiolate Hydrogen Bonding in the CO

Redox Properties and Coordination Structure of the Heme in the CO

Spectroscopic Interrogation of Thiolate Hydrogen Bonding in the CO

Guanidine HydrochlorideInduced Unfolding of the Three Heme

Mapping CooARNA Polymerase Interactions Journal of Biological Chemistry

Spectroscopic Interrogation of Thiolate Hydrogen Bonding in the CO

Binding of CO at the Pro2 Side Is Crucial for the Activation of CO

Redox Properties and Coordination Structure of the Heme in the CO

Evidence for Displacements of the Chelix by CO Ligation and DNA

Analysis of the L116K Variant of CooA the Hemecontaining CO Sensor

CooA a COsensing transcription factor from Rhodospirillum rubrum is

Mechanism of the COsensing heme protein CooA new insights from the

Biochemistry Vol 38 No 9 ACS Publications

Regulatory transcription factor CooAdriven carbon monoxide partial

| Visible spectra of a 2.2 μM (A) CooA-1 and (B) CooA-2. Dotted lines ...

Visible spectra of a 22 M A CooA1 and B CooA2 Dotted lines

Investigation of the Role of the NTerminal Proline the Distal Heme

Chromofluorogenic probes for carbon monoxide detection Chemical

Changing the Ligand Specificity of CooA a Highly Specific Hemebased

The proposed coordination structure of the heme in ChCooA a and

The Heme Pocket Afforded by Gly117 Is Crucial for Proper Heme Ligation

PDF Mechanism of the COsensing heme protein CooA New insights from

DFT Analysis of Axial and Equatorial Effects on HemeCO Vibrational

Dissociation and Recombination between Ligands and Heme in a COsensing

PDF Regulatory transcription factor CooAdriven carbon monoxide

TeamMETU TurkeyResults DiscussionCooA Expression and Purification

The Heme Pocket Afforded by Gly117 Is Crucial for Proper Heme Ligation

DFT Analysis of Axial and Equatorial Effects on HemeCO Vibrational

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Cocoa in Nigeria Rainforest

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