Job Summary:

The Postdoctoral Associate will participate in research projects aimed at understanding functional compartmentalization of neurons. Our primary model is the vertebrate retina, where neurons form a layered circuit important for processing visual information. The approaches used include quantitative live cell microscopy techniques such as high spatial and temporal resolution fluorescence relaxation after photoconversion (FRAP), fluorescence lifetime imaging (FLIM), fluorescence anisotropy microscopy (FAIM) and various models of super resolution microscopy. A variety of cell biological, biochemical and molecular biological techniques are also employed. The candidate will be expected to bring expertise to the lab in one of the areas listed above. The candidate will have the opportunity to learn quantitative fluorescence microscopy techniques in living cells, including, but not limited to, computer coding for quantitative analysis (using MATLAB, R or Python), cell culture, molecular biology and the generation of transgenic model organisms. The position will be offered for up to two-years, including a 3-month evaluation period. After the two-year contract, the position may be renewed on a yearly basis. Employment throughout is contingent on available funds. 

Minimum Qualifications:

A doctoral degree in one of the following areas: Cell biology, biochemistry or biophysics

Preferred Qualifications:

Work Days:

Monday-Friday

Message to Applicants:

Recruitment Office: Human Resources