Nanoscopium beamline

Nanoscopium is the only scanning hard X-ray nanoprobe beamline at Synchrotron Soleil @synchroSOLEIL, dedicated to fast multimodal & multi-lengthscale imaging.

[Nanoscopium beamline @NBeamline]

Our @Nbeamline paper on multi-scale scanning XRF- and complementary tomography appeared in Sci Rep 12, 16924 (2022) @SciReports. Our robust, holistic workflow, and data reconstruction, opens the way towards routine multimodal 3D characterization of intact samples. @synchroSOLEIL

[Nanoscopium beamline @NBeamline]

Experiments profiting from the highly coherent X-ray beam of Nanoscopium @NBeamline @synchroSOLEIL contributed to validate a new broadband coherent diffractive imaging approach in collab with H. Merdji & W. Boutu https://t.co/qhBxUY8KbT, Nature Photonics https://t.co/tGEytdZrNv.

[Nanoscopium beamline @NBeamline]

The role of the Golgi apparatus as a manganese-ion storage compartment under subcytotoxic manganese levels was studied by scanning nano-X-ray fluorescence imaging at Nanoscopium.@NBeamline @synchroSOLEIL
https://t.co/HknkaxBp9l

[Nanoscopium beamline @NBeamline]

Please find our updated beamline WEB-page at https://t.co/GVxs2qkJHL.

[Nanoscopium beamline @NBeamline]

Interdisciplinary research reveals new potential biosignature in the early Earth's sedimentary environment @synchroSOLEIL ; @NBeamline .

[CNRS Terre & Univers @CNRS_INSU]

#ResultatScientifique 🔎Aux origines de la #vie sur #Terre : la recherche des signatures biologiques disparues
➡️ https://t.co/WHUeVloXiq
🤝 @IC2MP @AubineauJeremie @A_El_Albani | @UnivPoitiers @DR08_CNRS
📕 @NatureComms | https://t.co/CTSTKODQyC

[Nanoscopium beamline @NBeamline]

The incoming chair-women of the International Advisory Committee of the prestigious X-ray Microscopy conference series, responsible of the #Nanoscopium (@NBeamline) beamline represents #SynchrotronSoleil (@synchroSOLEIL) in the rapidly developing field of X-ray imaging.

[Nanoscopium beamline @NBeamline]

High sensitivity X-ray Fluorescence nano-imaging performed at Nanoscopium revealed the intracellular distribution of Re-labeled proteins in CHO cells (S. Hotachy et al in Chem. Sci., 2018, 9, 4483, https://t.co/DpQ1Wpu8zb).
Figure: CHO cells incubated with Re-Homeodomain.