Pore size distributions in collagen networks (2011)
-Geometrical characterization of artificial extracellular matrices consisting of reconstituted collagen I
-Influence of collagen concentration and crosslinkers on pore size distribution
Thermal Noise Imaging: observing the topology of collagen networks (2012)
-Cooperation with Prof. E.-L. Florin, University of Texas at Austin
-Adaptation of TNI for investigations on 3D, wet samples, e.g. collagen networks
Collective cell migration (2012-2013)
-Cooperation with PD Pamela Strissel, PhD at University Clinics, Erlangen
-Correlation of macroscopic growth of artificial tumor cell colonies with collective migration of cells
Cell rheology measurements with microfluidic devices (2013-2017)
-Cooperation with Prof. Graeme Whyte, Heriot-Watt University, Edinburgh
-Practical and theoretical development of a microfluidic measurement tool to investigate cell stiffness and fluidity in a high-throughput, quantitative way
-Biological application of the setup in many national and international collaborations
FAU Erlangen-Nuremberg:
-PhD in biophysics, (2013-2017)
-Physics (M.Sc.) , 2013
-Physics (B.Sc.) , 2011
Dr.-Johanna-Decker-Gymnasium, Amberg:
Abitur, (2008)
Annual meeting of the German biophysical society, Erlangen, Germany,
2016/10/04-2016/10/06:
Janina R. Lange, Claus Metzner, Sebastian Richter, Werner Schneider, Monika Spermann, Thorsten Kolb, Graeme Whyte, Ben Fabry
Unbiased high precision cell mechanical measurements with microconstrictions
Physics of Cancer, (7th Annual Meeting), Leipzig, Germany, 2016/10/04-2016/10/06:
Janina R. Lange, Claus Metzner, Sebastian Richter, Werner Schneider, Monika Spermann, Thorsten Kolb, Graeme Whyte, Ben Fabry
Unbiased high precision cell mechanical measurements with microconstrictions
Biophysical Society 60th Meeting, Los Angeles, USA, 2016/02/27-2016/03/02:
Janina R. Lange, Julian Steinwachs, Claus Metzner, Graeme Whyte, Ben Fabry
Cell mechanical properties measured with micron-scale constrictions: influence of pressure, strain, and culture conditions
6th European Cell Mechanics Meeting, Barcelona, Spain, 2015/05/13-2015/05/15:
Janina R. Lange, Julian Steinwachs, Thorsten Kolb, Lena A. Lautscham, Irina Harder, Graeme Whyte, Ben Fabry
Microconstriction arrays for high throughput quantitative measurements of cell mechanical properties
Physics of Cancer, (5rd Annual Meeting), Leipzig, Germany, 2014/10/02-2014/10/05:
Janina R. Lange, Thorsten Kolb, Jonas Hallmen, Graeme Whyte, Ben Fabry
Cell deformability during passage through micron-scale constrictions
Biophysical Society 58th Meeting, San Francisco, USA, 2014/02/15-2014/02/19:
Janina R. Lange, Michael Haug, Thorsten Kolb, Sahradha Albert, Graeme Whyte, Ben Fabry
Nuclear deformability is critically dependent on Lamin A/B
5th European Cell Mechanics Meeting, Obergurgel, Austria, 2013/09/28-2013/10/02:
Janina R. Lange, Claus Metzner, Patrick Krauss, Pamela Strissel, Ben Fabry
Collective Migration during the Growth of mesenchymal and epithelial cell colonies
Annual Meeting of the German Physical Society (DPG), Regensburg, Germany, 2013/03/11-2013/03/15
Janina R. Lange, Claus Metzner, Patrick Krauss, Pamela Strissel, Ben Fabry
The role of collective cell migration during tumor growth
Patrick Krauss, Claus Metzner, Janina Lange, Ben Fabry
Physics of Emergent Behavior (IOP), Brighton, GB, 2013/06/23-2013/06/26:
Janina R. Lange, Claus Metzner, Patrick Krauss, Pamela Strissel, Ben Fabry
Collective migration during the growth of epithelial and mesenchymal cell colonies, Poster Prize
Patrick Krauss, Claus Metzner, Janina R. Lange, Ben Fabry
Emergence of cell colony dynamics from proliferating particles with Lennard-Jones like interactions
Biophysical Society 57th Meeting, Philadelphia, USA, 2013/02/02-2013/02/06
Tobias F. Bartsch, Martin D. Kochanczyk, Janina R. Lange, Ernst-Ludwig Florin
Three-dimensional thermal noise imaging of collagen networks
Physics of Cancer (3rd Annual Meeting), Leipzig, Germany, 2012/11/01-2012/11/03
Janina R. Lange, Claus Metzner, Julian Steinwachs, Pamela Strissel, Ben Fabry
3D topology of tumor cell colonies on a 2D substrate
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