Amyloid proteins meet physics: from X-rays and neutrons over electrons to magnetism

Contribution List

3. Coherent Electron Diffractive Imaging in single particle cryo-EM

Henning Stahlberg (EPFL, Electron diffraction and imaging)

05/09/2022, 09:00

Visualising amyloid deposits by X-rays and electrons

4. X-ray nanotomography of biological tissues by ptychographic tomography

Ana Diaz (PSI, cSAXS beamline, X-ray ptychography imaging)

05/09/2022, 09:30

Visualising amyloid deposits by X-rays and electrons

5. X-ray phase contrast tomography at the TOMCAT beamline: a focus on brain imaging

Anne Bonnin (PSI, Tomcat beamline, X-ray phase contrast imaging)

05/09/2022, 09:50

Visualising amyloid deposits by X-rays and electrons

6. Copper bound to amyloid-beta: from structure and reactivity insights to its targeting as therapeutic approach

Peter Faller (University of Strasbourg, EPR & X-ray)

05/09/2022, 10:30

Visualising amyloid deposits by X-rays and electrons

7. Soft X-Ray Spectromicroscopy for Nanoscale Chemical Characterization at the SIM Beamline of the SLS

Armin Kleibert (PSI, SIM beamline, photo-emission electron microscopy)

05/09/2022, 11:00

Visualising amyloid deposits by X-rays and electrons

8. Alanine switches protein crystal formation to amyloid fibril formation

Rebecca Sternke-Hoffmann (PSI, BIO Department)

05/09/2022, 11:20

Visualising amyloid deposits by X-rays and electrons

9. The structural and dynamics landscape of proteins using NMR

Roland Riek (ETH, NMR)

05/09/2022, 13:00

Studying amyloid dynamics and metal ions by X-rays and magnetism

10. X-ray absorption spectroscopy provides insight in the oxidation state and local structure of metal sites

Maarten Nachtegaal (PSI, SuperXAS, X-ray spectroscopy)

05/09/2022, 13:30

Studying amyloid dynamics and metal ions by X-rays and magnetism

11. Insights Into Amyloid-Copper Interaction From Soft X-Ray Absorption Spectroscopy

Jan Dreiser (PSI, Xtreme beamline for XMCD, X-ray magnetic circular dichroism)

05/09/2022, 13:50

Studying amyloid dynamics and metal ions by X-rays and magnetism

12. Probing the effects of lipids and lipid membrane on amyloid aggregation

Ayyalusamy Ramamoorthy (The University of Michigan, Ann Arbor, NMR)

05/09/2022, 14:30

Studying amyloid dynamics and metal ions by neutrons and magnetism

13. Identifying the role of co-aggregation of Alzheimer’s Amyloid-β with amorphous protein aggregates of non-amyloid proteins

Jinming Wu (PSI, BIO Department)

05/09/2022, 15:00

Studying amyloid dynamics and metal ions by neutrons and magnetism

14. Protein dynamics: what can we learn from neutron spectroscopy

Fanni Juranyi (PSI, FOCUS, neutron spectroscopy)

05/09/2022, 15:20

Studying amyloid dynamics and metal ions by neutrons and magnetism

15. Amyloid fibrils: sustainable building blocks for materials science

Viviane Lütz Bueno (PSI, SANS, neutron scattering)

05/09/2022, 15:40

Studying amyloid dynamics and metal ions by neutrons and magnetism

2. none

05/09/2022, 21:00