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| Title | |
|---|---|
| Postdoc: Brooks Lab | Computational and wet-lab postdoc positions available to study splicing alterations in cancer transcriptomes. Computational postdocs with experience in high-throughput sequencing analysis are strongly encouraged to apply. Potential wet-lab postdocs with experience in molecular biology, RNA biochemistry, and cancer biology are strongly encouraged to apply. If interested, please send an email and CV to Angela Brooks: [email protected] More information: brookslab.soe.ucsc.edu |
| Postdoc: Salzman Lab | We are actively seeking postdocs who are interested in working on the main projects in our lab: computational, statistical and experimental approaches to identify cis-sequence,trans-regulation and function of circular RNA and alternative splicing. |
| Postdoc: Frankel Lab | We are seeking a postdoc interested in HIV biology and RNA-protein interactions in the context of virus evolution. Projects may involve biochemistry, structural methods, and virology and focus primarily on viral transcription, RNA export, and virus-host interactions. Interested applicants should email their CV to [email protected] |
| Postdoc: McManus Lab | Postdoc positions are available in the McManus lab to study biological circuits relating to coding and noncoding RNA biology and their relationship to human development and disease. We have a broad focus to understand the biology of gene expression as related to RNA, including developing and using RNA technologies as tools. If you are interested in conducting high-throughput genomic screens, or using the mouse as a model to understand fundamental biology, this lab could be for you. . The McManus Lab is an excellent training environment and UCSF offers astounding opportunities to develop your career. Anyone interested in molecular mechanisms of gene function should apply. |
| Postdoc: Translation Control and Functional Genomics | Projects/general directions in our lab: Characterize translation machinery alterations in thousands of tumors of diverse origins, develop a platform for discovery of trans-acting translation regulators, determine cis-regulatory translation control elements in the human genome |