|
Name |
Institute |
Poster Title |
|
Christopher Edelmaier |
University of Colorado Boulder |
Investigating How Chromosome Mechanics Contribute to Mitosis Fidelity |
|
Colm Kelleher |
Harvard University |
Biophysics of Chromosome Segregation Errors in Mammalian Oocytes |
|
Florencio Balboa Usabiaga |
Flatiron Institute |
A computational approach to centrosome separation |
|
Gunar Fabig |
Ultrastructure of k-fibers in 3D-reconstructured mammalian spindles in mitosis |
|
|
Hai-Yin Wu |
Harvard University |
Cortical Pulling Drives Pronuclear Migration and Rotation, and Spindle Positioning and Oscillation |
|
Maya Anjur-Dietrich |
Harvard University |
Forces That Move Chromosomes and Position the Spindle |
|
Sami Bashar |
University of Wyoming |
Exploring the Mechanics of Aster Positioning Using Photopatterned Hydrogel Enclosures |
|
Sebastian Fuerthauer |
Flatiron Institute |
Actively cross-linked microtubule networks |
|
Taylor Sulerud |
University of Wyoming |
Geometric asymmetry and dynein perturbations help elucidate the mechanism of aster translocation in Xenopus laevis extract |
|
Wen Yan |
Flatiron Institute |
Active Matter Self-Assembly Simulator (AMSAS)}: Combining biophysics and mechanics on HPC |
|
Will Conway |
Harvard University |
Towards Measuring In-Vivo NDC80c Binding Kinetics from FLIM-FRET Fluctuations |
|
Zach Geisterfer |
University of Wyoming |
Characterizing the Relationship Between Microtubule Growing End Density and Microtubule Growth Rates |
Jul 1 – 3, 2019
Flatiron Institute
America/New_York timezone
