AbstractRecent advances in the Laue method of X-ray data collection from protein crystals have allowed very short-lived reaction intermediates to be observed successfully
International audienceLight absorption can trigger biologically relevant protein conformational chan...
AbstractTime-resolved ultraviolet-visible spectroscopy was used to characterize the photocycle trans...
AbstractTransient absorption spectroscopy in the time range from −1ps to 4ns, and over the wavelengt...
AbstractRecent advances in the Laue method of X-ray data collection from protein crystals have allow...
When polychromatic X-rays are shined onto crystalline material, they generate a Laue diffraction pat...
To understand how signaling proteins function, it is crucial to know the time-ordered sequence of ev...
Time-resolved Laue diffraction is an elegant approach by which polychromatic X-ray pulses are used i...
Serial femtosecond crystallography using ultrashort pulses from x-ray free electron lasers (XFELs) e...
Many biological processes depend on detecting and responding to light. The response is often mediate...
AbstractVisualizing the three-dimensional structures of a protein during its biological activity is ...
The thesis presented here describes the application of intense, pulsed X-rays from a synchrotron to ...
SummaryIn the bacterial photoreceptor photoactive yellow protein (PYP), absorption of blue light by ...
AbstractNew crystallographic techniques make it possible to observe directly all of the intermediate...
Photoactive yellow protein (PYP), isolated from Ectofhiorhodospira halophila, is a water soluble, 14...
International audienceThe development of serial crystallography over the last decade at XFELs and sy...
International audienceLight absorption can trigger biologically relevant protein conformational chan...
AbstractTime-resolved ultraviolet-visible spectroscopy was used to characterize the photocycle trans...
AbstractTransient absorption spectroscopy in the time range from −1ps to 4ns, and over the wavelengt...
AbstractRecent advances in the Laue method of X-ray data collection from protein crystals have allow...
When polychromatic X-rays are shined onto crystalline material, they generate a Laue diffraction pat...
To understand how signaling proteins function, it is crucial to know the time-ordered sequence of ev...
Time-resolved Laue diffraction is an elegant approach by which polychromatic X-ray pulses are used i...
Serial femtosecond crystallography using ultrashort pulses from x-ray free electron lasers (XFELs) e...
Many biological processes depend on detecting and responding to light. The response is often mediate...
AbstractVisualizing the three-dimensional structures of a protein during its biological activity is ...
The thesis presented here describes the application of intense, pulsed X-rays from a synchrotron to ...
SummaryIn the bacterial photoreceptor photoactive yellow protein (PYP), absorption of blue light by ...
AbstractNew crystallographic techniques make it possible to observe directly all of the intermediate...
Photoactive yellow protein (PYP), isolated from Ectofhiorhodospira halophila, is a water soluble, 14...
International audienceThe development of serial crystallography over the last decade at XFELs and sy...
International audienceLight absorption can trigger biologically relevant protein conformational chan...
AbstractTime-resolved ultraviolet-visible spectroscopy was used to characterize the photocycle trans...
AbstractTransient absorption spectroscopy in the time range from −1ps to 4ns, and over the wavelengt...
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