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FTIR analysis of GPCR activation using azido probes

Nature chemical biology, 2009-06, Vol.5 (6), p.397-399

2009

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Tracking G-protein-coupled receptor activation using genetically encoded infrared probes

Nature (London), 2010-04, Vol.464 (7293), p.1386-1389

2010

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Two protonation switches control rhodopsin activation in membranes

Proceedings of the National Academy of Sciences - PNAS, 2008-11, Vol.105 (46), p.17795-17800

2008

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Functional Role of the “Ionic Lock”—An Interhelical Hydrogen-Bond Network in Family A Heptahelical Receptors

Journal of molecular biology, 2008-07, Vol.380 (4), p.648-655

2008

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Retinal orientation and interactions in rhodopsin reveal a two-stage trigger mechanism for activation

Nature communications, 2016-09, Vol.7 (1), p.12683-12683, Article 12683

2016

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Sequential Rearrangement of Interhelical Networks Upon Rhodopsin Activation in Membranes: The Meta IIa Conformational Substate

Journal of the American Chemical Society, 2010-04, Vol.132 (13), p.4815-4821

2010

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Electron crystallography reveals the structure of metarhodopsin I

The EMBO journal, 2004-09, Vol.23 (18), p.3609-3620

2004

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Highly conserved tyrosine stabilizes the active state of rhodopsin

Proceedings of the National Academy of Sciences - PNAS, 2010-11, Vol.107 (46), p.19861-19866

2010

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Conformations of the Active and Inactive States of Opsin

The Journal of biological chemistry, 2001-10, Vol.276 (42), p.38487-38493

2001

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The Role of Glu181 in the Photoactivation of Rhodopsin

Journal of molecular biology, 2005-10, Vol.353 (2), p.345-356

2005

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Rhodopsin Activation Switches in a Native Membrane Environment

Photochemistry and photobiology, 2009-03, Vol.85 (2), p.437-441

2009

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Structural and functional properties of metarhodopsin. III: Recent spectroscopic studies on deactivation pathways of rhodopsin

Physical chemistry chemical physics : PCCP, 2007-01, Vol.9 (14), p.1648-1658

2007

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Vibrational spectroscopy as a tool for probing protein function

Current Opinion in Chemical Biology, 2000-10, Vol.4 (5), p.518-523

2000

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Structure and Thermotropic phase Behavior of Fluorinated Phospholipid Bilayers: A combined Attenuated Total Reflection FTIR Spectroscopy and Imaging Ellipsometry Study

The journal of physical chemistry. B, 2008-07, Vol.112 (28), p.8250-8256

2008

Volltextzugriff (PDF)

Structural Impact of the E113Q Counterion Mutation on the Activation and Deactivation Pathways of the G Protein-coupled Receptor Rhodopsin

Journal of molecular biology, 2008-06, Vol.380 (1), p.145-157

2008

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Nanoscale Patterning in Mixed Fluorocarbon−Hydrocarbon Phospholipid Bilayers

Journal of the American Chemical Society, 2007-07, Vol.129 (29), p.9037-9043

2007

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Adaptation of pineal expressed teleost exo-rod opsin to non-image forming photoreception through enhanced Meta II decay

Cellular and molecular life sciences : CMLS, 2011-11, Vol.68 (22), p.3713-3723

2011

Volltextzugriff (PDF)

Coupling of Protonation Switches During Rhodopsin Activation

Photochemistry and photobiology, 2007-03, Vol.83 (2), p.286-292

2007

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Modulating Rhodopsin Receptor Activation by Altering the pKa of the Retinal Schiff Base

Journal of the American Chemical Society, 2006-08, Vol.128 (32), p.10503-10512

2006

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The Molecular Origin of the Inhibition of Transducin Activation in Rhodopsin Lacking the 9-Methyl Group of the Retinal Chromophore: A UV−Vis and FTIR Spectroscopic Study

Biochemistry (Easton), 2000-08, Vol.39 (30), p.8895-8908

2000

Volltextzugriff (PDF)

Membrane Curvature Revisited—the Archetype of Rhodopsin Studied by Time-Resolved Electronic Spectroscopy

Biophysical journal, 2021-02, Vol.120 (3), p.440-452

2021

Volltextzugriff (PDF)

Rhodopsin with 11-cis-Locked Chromophore Is Capable of Forming an Active State Photoproduct

The Journal of biological chemistry, 2002-10, Vol.277 (43), p.40229-40234

2002

Volltextzugriff (PDF)

A Conserved Proline Hinge Mediates Helix Dynamics and Activation of Rhodopsin

Structure (London), 2020-09, Vol.28 (9), p.1004-1013.e4

2020

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Membrane Curvature Effects on Rhodopsin Activation Investigated by Time-Resolved Electronic Spectroscopy

Biophysical journal, 2020-02, Vol.118 (3), p.241a-242a

2020

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FTIR Studies On The Activation Mechanism Of Rhodopsin; Possible Extension To General GPCR's

Biophysical journal, 2009-02, Vol.96 (3), p.373a-373a

2009

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FTIR analysis of GPCR activation using azido probes

Tracking G-protein-coupled receptor activation using genetically encoded infrared probes

Two protonation switches control rhodopsin activation in membranes

Functional Role of the “Ionic Lock”—An Interhelical Hydrogen-Bond Network in Family A Heptahelical Receptors

Retinal orientation and interactions in rhodopsin reveal a two-stage trigger mechanism for activation

Sequential Rearrangement of Interhelical Networks Upon Rhodopsin Activation in Membranes: The Meta IIa Conformational Substate

Electron crystallography reveals the structure of metarhodopsin I

Highly conserved tyrosine stabilizes the active state of rhodopsin

Conformations of the Active and Inactive States of Opsin

The Role of Glu181 in the Photoactivation of Rhodopsin

Rhodopsin Activation Switches in a Native Membrane Environment

Structural and functional properties of metarhodopsin. III: Recent spectroscopic studies on deactivation pathways of rhodopsin

Vibrational spectroscopy as a tool for probing protein function

Structure and Thermotropic phase Behavior of Fluorinated Phospholipid Bilayers: A combined Attenuated Total Reflection FTIR Spectroscopy and Imaging Ellipsometry Study

Structural Impact of the E113Q Counterion Mutation on the Activation and Deactivation Pathways of the G Protein-coupled Receptor Rhodopsin

Nanoscale Patterning in Mixed Fluorocarbon−Hydrocarbon Phospholipid Bilayers

Adaptation of pineal expressed teleost exo-rod opsin to non-image forming photoreception through enhanced Meta II decay

Coupling of Protonation Switches During Rhodopsin Activation

Modulating Rhodopsin Receptor Activation by Altering the pKa of the Retinal Schiff Base

The Molecular Origin of the Inhibition of Transducin Activation in Rhodopsin Lacking the 9-Methyl Group of the Retinal Chromophore: A UV−Vis and FTIR Spectroscopic Study

Membrane Curvature Revisited—the Archetype of Rhodopsin Studied by Time-Resolved Electronic Spectroscopy

Rhodopsin with 11-cis-Locked Chromophore Is Capable of Forming an Active State Photoproduct

A Conserved Proline Hinge Mediates Helix Dynamics and Activation of Rhodopsin

Membrane Curvature Effects on Rhodopsin Activation Investigated by Time-Resolved Electronic Spectroscopy

FTIR Studies On The Activation Mechanism Of Rhodopsin; Possible Extension To General GPCR's

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