Laoura narges bio
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Narges Rashidi
German-Iranian actress
Narges Rashidi | |
|---|---|
Rashidi in February | |
| Born | Narges Rashidi (age&#;44&#;45) Tehran, Iran |
| Occupation | Actress |
| Years&#;active | –present |
| Height | &#;m (5&#;ft 8&#;in) |
| Spouse | Christian Straka |
Narges Rashidi (Persian: نرگس رشیدی; born [1]) is an American-German actress of Iranian descent.
Early life
[edit]Rashidi was born in Tehran, Iran.[2] Her father was an army colonel and her mother is a housewife.[1] She lived in Tehran at the time of the Iran–Iraq War.[2][3]
Rashidi moved with her family to Turkey and then Germany when she was seven.[2] She grew up in Bad Hersfeld, Germany.[4] She was introduced to acting by the summer theatre festivals in the town.[5]
Career
[edit]Rashidi has appeared in many independent films and television productions,[3] starting with the experimental film Venussian Tabutasco by Daryush
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Master
The lecture series is a joint activity of the chairs of Cell- and Developmental Biology, Microbiology, Biophysics and Bioinformatics and deals with concepts of modern molecular biology from the point of view of these different disciplines. The section Cell Biology mainly regards the eukaryotic cell and intends to elucidate the vast diversity in structure and function of molecules, organelles and cells in addition to basic principles of modern molecular cell biology. The bioinformatics section contains a large amount of examples for applications which allow the investigation of the molecular biology of a cell with bioinformatics tools. The microbiological section deals with basic molecular aspects of prokaryotic cells. Key aspects include the organization of the bacterial genome, the transcription and translation machinery, mechanisms of regulation of gene expression, transport of small molecules and macromolecules, cell division and differentiation, bacterial motility and ch
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Weinhart Group
Members of the Weinhart Group are working at the interface of Polymer Chemistry, Surface Science, Cell Biology and Tissue Engineering. Accordingly, we are a very interdisciplinary team bringing together experts in the field of chemistry, biology, biotechnology and engineering.
Currently, we are working on cell attractive, thermoresponsive monolayer or gel surfaces with high cell compatibility and short response times for application in cell sheet engineering. Therefore, an indepth characterisation of ämne surfaces in terms of hydrophilicity, roughness, thickness, softness and biocompatibiliy is essential in order to correlate cellular behaviour of mammalian cells cultured on such surfaces with the material properties of the substrate. Besides common fängelse culture and subsequent phenotypic or genotypic evaluation of the fängelse response, we also use AFM studies to measure and quantify attractive forces between cells and surfaces with respect to external parameters, s