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long-term career plan. The position is well-suited for candidates interested in pursuing independent academic careers, research scientist positions, or leadership roles in human genetics, statistical
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develop both high-throughput and gene-specific approaches for determining the functional consequences of human genetic variation. Current and developing projects include massively parallel splicing
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optimally positioned to address questions about the nature of biological, artificial, and collective intelligence through collaboration across a wide range of fields. We seek enthusiastic scientists
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optimally positioned to address questions about the nature of biological, artificial, and collective intelligence through collaboration across a wide range of fields. We seek enthusiastic scientists
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optimally positioned to address questions about the nature of biological, artificial, and collective intelligence through collaboration across a wide range of fields. We seek enthusiastic scientists
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researchers optimally positioned to address questions about the nature of biological, artificial, and collective intelligence through collaboration across a wide range of fields. We seek enthusiastic
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model system (Koehler et al., Nature 2013; Koehler et al., Nature Biotechnology 2017; Nie et al., Nature Communications 2022; Moore et al., Cell Stem Cell 2023). We recently developed a human cochlear
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fellows for successful independent research careers. Fellows receive close mentorship and support from the PI, lab mates, and an interdisciplinary network of collaborators in genetics, neuroscience
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interest in CD4 T cell responses during these chronic diseases. This includes understanding the nature of their helper functions, as well as the capacity of CD4 T cells for direct cytotoxic killing
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by conference presentations and published works. CRRES fellowships are designed to advance the careers of new scholars by providing opportunities to research, teach, and connect with mentors and with