Warning: count(): Parameter must be an array or an object that implements Countable in /homepages/3/d427643697/htdocs/clickandbuilds/Joomla/MyCMS3/libraries/cms/application/cms.php on line 471
Mikrofluidik - Biomedical Student Symposium 2017

 The registration and the lectures will take place in the lecture hall of psychiatry in the von Siebold-Straße 5

Workshop AG Köster: Mikrofluidik

"We offer a short seminar focusing on the theory and manufacturing of microfluidic devices. In the beginning of the seminar we will briefly go over the reasons why microfluidic devices are necessary as well as explaining how the devices are  manufactured. In the second portion participants will have hands-on experience with the manufacturing process. The seminar will conclude with taking measurements and data analysis."

Prof. Dr. Sarah Köster

Georg-August-University Göttingen, Institute for X-Ray Physics, Research Group „Experimental Biophysics“

Research Interests

Biological cells are extremely complex systems, combining numerous different components and functions. Cellular dynamics are governed by biological and biochemical processes, but also to a considerable extent by biophysics. This includes phenomena like forces and motion generated by the cell, confinement in the dense cytoplasm, assembly and disassembly of cytoskeletal filaments or network structures, the mechanical response of the cell to external stimuli, as well as concentration gradients inside the cell. The involved length- and force scales are nano-/micrometers and pico-/nanonewton, respectively, and thereby very small. Timescales to be considered, however, range from sub-second to hours or days. To achieve our aim of imaging the dynamics of biological matter in real-time and in situ, we combine experimental techniques that can be used to investigate biological systems exactly on these scales with different imaging and scattering methods. Importantly, we study both in vitro model systems and whole cells. Model systems, which usually include one or several reconstituted cellular components, are simplified but can reveal certain underlying principles of biophysical phenomena which may then be of help in understanding the cellular system. For an overview of the scientific questions and experimental techniques we are interested in, please go to the research page.

Research Group ''Nanoscale Imaging of Cellular Dynamics''

Prof. Dr. Sarah Köster


Drucken E-Mail