Nicolas Caramello
@ncaramel.bsky.social
Postodoctoral researcher within the Synchrotron Group at the Institut de Biologie Structurale, Grenoble.
Time-resolved crystallograper with a particular interest in photochemistry and light signalling pathways.
XFEL and Synchrotron dweller.
Time-resolved crystallograper with a particular interest in photochemistry and light signalling pathways.
XFEL and Synchrotron dweller.
The article also gives a bit more detail into the physical phenomena causing the baseline artefacts encountered when recording spectra in crystals, and it proposes strategies to minimise them.
June 3, 2025 at 7:37 PM
The article also gives a bit more detail into the physical phenomena causing the baseline artefacts encountered when recording spectra in crystals, and it proposes strategies to minimise them.
It is also the first published article coming out of the TR-icOS setup, at the @esrf.fr. And likely the first of many!
You can read about the user experience on TR-icOS here:
esrf.fr/home/news/ge...
(3/3
You can read about the user experience on TR-icOS here:
esrf.fr/home/news/ge...
(3/3
Scientists unveil the mechanism of light-sensing proteins that regulate internal clock
esrf.fr
May 19, 2025 at 4:21 PM
It is also the first published article coming out of the TR-icOS setup, at the @esrf.fr. And likely the first of many!
You can read about the user experience on TR-icOS here:
esrf.fr/home/news/ge...
(3/3
You can read about the user experience on TR-icOS here:
esrf.fr/home/news/ge...
(3/3
towards the signalling state (assessed via time-resolved in crystallo spectroscopy).
Since this protonation step is conditioned by the singlet/triplet equilibrium of the spin-correlated radical pair, the relevance of CraCRY as a magnetoreception model system is discussed.
(2/3)
Since this protonation step is conditioned by the singlet/triplet equilibrium of the spin-correlated radical pair, the relevance of CraCRY as a magnetoreception model system is discussed.
(2/3)
May 19, 2025 at 4:21 PM
towards the signalling state (assessed via time-resolved in crystallo spectroscopy).
Since this protonation step is conditioned by the singlet/triplet equilibrium of the spin-correlated radical pair, the relevance of CraCRY as a magnetoreception model system is discussed.
(2/3)
Since this protonation step is conditioned by the singlet/triplet equilibrium of the spin-correlated radical pair, the relevance of CraCRY as a magnetoreception model system is discussed.
(2/3)