94 postdoc-molecular-dynamics-simulation Postdoctoral positions at University of Washington in United States
Sort by
Refine Your Search
-
the mechanical and molecular control of folliculogenesis, as well as how aging dysregulates these quality control pathways. We are interested in two main lines of research, and the postdoctoral candidate will have
-
skills to join our effort and generate novel insights of neurodegeneration with this unique dataset, while working in a highly dynamic multidisciplinary and collaborative environment. Will join a large
-
Position Summary The Lin Lab studies the molecular regulation of endothelial cells in pulmonary vasculopathies. Specifically, we examine how aberrant cellular crosstalk between mesenchymal and
-
modeling team, the UW Salish Sea Modeling Center, NOAA Northwest Fisheries Science Center, PNNL, and CSIRO Australia. The postdoc will also interface with the Future Scenarios project at the Puget Sound
-
broadly defined mission that accommodates diverse faculty interests and expertise. At present, OHS enjoys faculty expertise in areas including anatomy, biochemistry, molecular biology, microbiology
-
applicable collective bargaining agreement, unless agreed exclusion criteria apply. For details on the agreement reached, please visit: hr.uw.edu/files/labor/UAW-4121-Postdoc-2021-2023-CBA-TA.pdf By the start
-
broadly defined mission that accommodates diverse faculty interests and expertise. At present, OHS enjoys faculty expertise in areas including anatomy, biochemistry, molecular biology, microbiology
-
reputation in molecular vision research and is dedicated to training emerging scientists. WashU Medicine provides an excellent nurturing and collegial environment for trainees to develop a career that best
-
Description The Department of Earth and Spaces Sciences at the University of Washington seeks a Postdoctoral Scholar to work on numerical simulations and data analysis to inform the search for life
-
Diseases. Towards this end, various cell lines combined with molecular, cellular, biochemical and pharmacological methods will be utilized to functionally characterize AD-associated circRNAs for subsequent