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807. WE-Heraeus-Seminar — Physical Modes of Action of Membrane‐Active Compounds
07. Apr 2024 - 10. Apr 2024 • Physikzentrum Bad Honnef, Deutschland
Veranstalter:
Wilhelm and Else Heraeus-Foundation
Zusammenfassung:
Lipid bilayers are formed by spontaneous self‐assembly of amphiphilic lipid molecules. They represent the structure‐giving matrix and hydrophobic barrier of cell membranes and other biological membranes. Technically, they may form, for example, liposomes that are being used as smart drug delivery systems. The seminar aims at discussing the physical effects of amphiphilic or lipophilic peptides, drugs, and other membrane‐interacting solutes of natural or synthetic origin on the key properties of lipid membranes.
Eintrags-ID:
1602206
Verwandte Fachgebiete:
2
Workshop — Chemotaxis – from basic physics to biology
13. Mai 2024 - 17. Mai 2024 • Dresden, Deutschland
Veranstalter:
Max Planck Institute for the Physics of Complex Systems (mpi-pks)
Eintrags-ID:
1547577
Verwandte Fachgebiete:
3
12th IMXP 2024 — International symposium on medical application of X-ray phase contrast & photon counting
27. Jun 2024 - 28. Jun 2024 • Garching, Deutschland
Veranstalter:
Technical University Munich and Klinikum rechts der Isar
Zusammenfassung:
We are pleased to invite you to the 11th IMXP 2023 where we will gather, as in the past, renowned speakers and guests dedicated to showing advances in technology development and image processing with the latest findings in biomedical applications, such as phase-contrast, photon counting, and dark-field imaging. This year, the international symposium will be extended to 2 full days filled with presentations, poster session and time to interact with experts in the field.
Eintrags-ID:
1566938
Verwandte Fachgebiete:
4
818. WE-Heraeus-Seminar — The Cytoskeleton as Active Matter
30. Sep 2024 - 04. Okt 2024 • Physikzentrum Bad Honnef, Deutschland
Veranstalter:
Wilhelm and Else Heraeus-Foundation
Zusammenfassung:
Controlling matter to the point where simple stimuli can change mechanical properties and lead to force generation up to a controlled shape change represents a holy grail of modern science. While active matter research is advancing in an impressive pace, we are still far from a situation where we can claim the understanding and control required for such active materials to become part of our every-day live. While we are not able to control active matter the way we want, every cell in our body is able to do exactly that. Cells are active, non-equilibrium systems that are able to switch their mechanical properties in seconds from stiff to soft and even from solid to liquid and vice versa. This is possible because cells can precisely control the properties of their intracellular mechanical support structure, the cytoskeleton. In this WE-Heraeus Seminar, we will unite todays leading experts in the field of an active matter description of the cellular cytoskeleton to push the next generation of students and postdocs to the current knowledge level in a single seminar.
Eintrags-ID:
1602030
Verwandte Fachgebiete:


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