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expertise, coupled with exceptional written and verbal communication skills. Successful candidates will have a proven ability to collaborate effectively within diverse teams while also showcasing independent
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injury. Using human stem cell-derived neural models, cerebral organoids, animal models, electrophysiology, mouse behavioral assays, and multi-omics approaches, the lab focuses on mitochondrial dysfunction
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or graduate researchers. Desired Qualifications Preferred candidates will have familiarity with research on doctoral education, mentoring, sense of belonging, or diversity and inclusion in STEM fields
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methods to minimize false discoveries in de novo TE annotation, adapting existing TE annotation methods to cater to diverse species with varied TE landscapes, integrating cutting-edge methods to produce