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, animal procedures and breeding, Western blotting and qPCR Desired skills: Gene and single cell analytics experience, behavioral tests, hiPSC cell culture, stem cell differentiation, hiPSC-derivative
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neurodevelopmental disorders and brain tumors. Grounded in human biology and evolution, our work aims to uncover the molecular logic underlying human-specific neuronal differentiation and synaptic connectivity, with
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study of ECE and policy impacts. Strong data analytical skills using advanced statistical methods (such as mixed effect models, multilevel modeling, structural equation models, longitudinal modeling, etc
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coding sequences (CDS) and their cognate 3’ untranslated regions (3’UTRs) are differentially expressed in development and disease. Notably, the Nanog 3’UTR functions as a long non-coding RNA to promote
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an innovative glial cell-based therapy capable of repairing the injured spinal cord and the corticospinal tract (CST) through axonal growth, oligodendrocyte differentiation, and remyelination to maximize
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thymic tissues to develop a robust in vitro and in vivo developmental model of thymic development. This model can now be applied to differentiating iPSCs into regenerative thymic tissues for clinical
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. ● Experience with neuronal and/or microglia differentiation using iPSCs. ● Experience culturing and assaying neuronal cultures (human iPSC-derived neurons). ● Experience with immunocytochemistry, confocal