POSTDOC POSITIONS at the UNIVERSITY OF ROCHESTER
Chemical genomics and drug discovery for age-related diseases in the Goldfarb Lab
A postdoc position is available immediate in the laboratory of David S. Goldfarb. This project involves the analysis of a unique collection of small molecules that extend lifespan in yeast, and which have potential to fight age-related diseases in mammals. Qualified candidates should have a strong background in cell biology, genetics, biochemistry, or pharmacology.
Applicants should submit CVs and contact information to dasg@mail.rochester.edu.
Evolutionary genetics in the Presgraves Lab
A Postdoctoral position is available with a July 2009 start date in the laboratory of Daven Presgraves. Research in the lab combines functional, molecular, and population genetic approaches in Drosophila to address questions focused on (1) the genetics of speciation, (2) the interaction between recombination and natural selection, and (3) the evolution and genetics of segregation distortion. Funds are available to support this position for up to three years.
For more information, visit
http://www.rochester.edu/College/BIO/professors/presgraves.html
To apply, send by e-mail a CV, a brief statement of research interests and contact information for 2-3 academic references to Daven Presgraves (dvnp@mail.rochester.edu).
Cell biology of intracellular transport in the Welte Lab
A postdoctoral position is available in the Welte laboratory at the University of Rochester. We investigate how microtubule-based organelle transport is regulated during development, in particular how cells control specificity, timing and destination of transport. Our research employs a unique model system, lipid droplets in Drosophila embryos. This model system can be analyzed by a combination of genetics, biophysics, live imaging and biochemistry. For an example of this powerful approach, see our recent paper in Cell. We are looking for an energetic individual with a cell-biology and/or Drosophila background to characterize the molecular mechanism of the novel protein Halo. Halo is a master regulator of droplet motion and controls both timing and directionality of transport. As Halo targets to lipid droplets and physically interacts with microtubule motors, it likely directly modulates the droplet transport machinery. To apply, please contact Dr. Michael Welte (michael.welte@rochester.edu).
Eukaryotic gene regulation in the Bi Lab
A postdoctoral position is available in Dr. Xin Bi's lab to study chromatin mediated gene regulation in eukaryotes. Successful applicant will investigate mechanisms underlying the establishment and maintenance of heterochromatin mediated gene silencing in yeast. Training in molecular biology and/or biochemistry is required. A background in yeast genetics, gene expression, functional genomics, and/or chromatin biology is preferred.
Send CV and contact information to xinbi@mail.rochester.edu.