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understand how important cancer-related genes are regulated. The Eyler lab focuses on the following broad topics of cancer biology: (1) probing mechanisms of treatment resistance and radiation response, (2
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. Neuroscience laboratory studying mechanisms for learning and adaptive behavior of the basal ganglia circuitry and its compromise in disease seeks experienced, high-functioning research technician to join lab
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TECHNICIAN II POSITION The Lee lab in the Department of Radiation Oncology is recruiting a research technician to assist with various molecular biology, cell biology, histology, and animal experiments
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-related genes are regulated. The Eyler lab focuses on the following broad topics of cancer biology: (1) probing mechanisms of treatment resistance and radiation response, (2) designing and conducting
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to unraveling the intricate mechanisms underlying mRNA and R-loop-dependent DNA repair (RDDR) in cancer. Our mission extends beyond understanding the complexities of RDDR; we are committed to developing targeted
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projects defining host factors that are able to control influenza virus replication, and then determining the mechanisms behind how those factors affect the virus. To address these questions, we will utilize