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subtypes of disease using multi-omics and computational models. Revealing age- and sex-specific physiological changes in neurodegeneration. Translating insights from human and model systems to uncover novel
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biology and in vivo modeling. Knowledge, Skills and Abilities: Proficiency with flow cytometry Excellent communication skills. Excellent writing skills Demonstrates the proficiency in computer software
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large language models (LLMs) evaluation and improvement for reasoning, LLMs interpretability, uncertainty modeling. Responsibilities also include contributing to the ideation and design of new studies
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lab is focused on glial epigenetics, and are interested in the question of how glial epigenetics shape animal behaviors, with an emphasis on behaviors of smell. Using transgenic mouse models, our
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circuit modeling, in vivo two-photon microscopy of synaptic and cellular activity, two-photon optogenetic perturbations, CRISPR/Cas9 gene manipulations, and rodent visual behaviors. In
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planned to last 2 years, with the option to extend. In the Burger lab, we are interested in early vertebrate development of the axial and lateral plate mesoderm using zebrafish and mice as models, as
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, and treatment of soft tissue sarcomas Genome-wide regulatory screens in keratinocytes and skin cancer models Key Responsibilities: Conducting DNA, RNA, and single-cell sequencing and analysis Collect
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Practical experience in data cleaning, wrangling, and visualization Practical experience in deployment of machine learning models on real data Evidence of working on collaborative and interdisciplinary teams