Add to ORKGTime-resolved thermodynamics studies of heme signaling proteins and model system
Time-resolved Laue diffraction is an elegant approach by which polychromatic X-ray pulses are used i...
EN This Ph.D. thesis focuses on the heme containing gas sensor proteins. These proteins are predomin...
Below the glass-transition temperature of the solvent, heme proteins are frozen into static conforma...
Heme-based gas sensor proteins have the ability to sense diatomic molecules such as O2 (FixL, EcDos ...
International audienceIn this report, we illustrate through the study of two allosteric heme protein...
AbstractPhysiological bond formation and bond breaking events between proteins and ligands and their...
The study of heme is important to our understanding of cellular bioenergetics, especially in cancer ...
International audiencePhysiological bond formation and bond breaking events between proteins and lig...
International audienceA wide and still rapidly increasing range of heme-based sensor proteins has be...
The rate and mechanism of the kinetic energy relaxation of directly excited heme in cytochrome c was...
Heme proteins, with their natural photosensitivity, are excellent systems for the application of tim...
Haem proteins have long been the most studied proteins in biophysics, and have become paradigms for ...
Heme-based gas sensing proteins belong to a group of proteins that are present in signalling pathway...
Below the glass-transition temperature of the solvent, heme proteins are frozen into static conform...
A protein molecule possesses many conformational substates that are likely arranged in . a hierarch...
Time-resolved Laue diffraction is an elegant approach by which polychromatic X-ray pulses are used i...
EN This Ph.D. thesis focuses on the heme containing gas sensor proteins. These proteins are predomin...
Below the glass-transition temperature of the solvent, heme proteins are frozen into static conforma...
Heme-based gas sensor proteins have the ability to sense diatomic molecules such as O2 (FixL, EcDos ...
International audienceIn this report, we illustrate through the study of two allosteric heme protein...
AbstractPhysiological bond formation and bond breaking events between proteins and ligands and their...
The study of heme is important to our understanding of cellular bioenergetics, especially in cancer ...
International audiencePhysiological bond formation and bond breaking events between proteins and lig...
International audienceA wide and still rapidly increasing range of heme-based sensor proteins has be...
The rate and mechanism of the kinetic energy relaxation of directly excited heme in cytochrome c was...
Heme proteins, with their natural photosensitivity, are excellent systems for the application of tim...
Haem proteins have long been the most studied proteins in biophysics, and have become paradigms for ...
Heme-based gas sensing proteins belong to a group of proteins that are present in signalling pathway...
Below the glass-transition temperature of the solvent, heme proteins are frozen into static conform...
A protein molecule possesses many conformational substates that are likely arranged in . a hierarch...
Time-resolved Laue diffraction is an elegant approach by which polychromatic X-ray pulses are used i...
EN This Ph.D. thesis focuses on the heme containing gas sensor proteins. These proteins are predomin...
Below the glass-transition temperature of the solvent, heme proteins are frozen into static conforma...