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relevant analytical techniques (e.g., flow cytometry, high-throughput sequencing (NGS), fluorescence microscopy, qPCR). Proficiency in standard molecular biology techniques (e.g., PCR, Gibson Assembly
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to shape projects aligned with their expertise and interests. Representative areas include: • Dissecting RAR RXR mediated transcriptional programs that regulate pancreatic inflammation and tissue injury
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year fixed-term, with the possibility of renewal based on funding, performance, and operational needs. Duties and responsibilities include: RNA/DNA extraction RNA sequencing ELISA Cell culture. Islet
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transplantation and viral immunity. Apply and expand expertise in advanced methodologies such as CyTOF, sequencing approaches (CITE-Seq, NGS, RNA-seq), and bioinformatics, with opportunities to learn and integrate
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, single cell sequencing, and RNA-seq. Knowledge in bioinformatics for the analysis of sequencing data is preferred. The intent of these studies is to determine the immunogenicity of tumor associated
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connectivity and graph-theoretic analyses Familiarity with MR sequence programming (Siemens or GE platforms) Machine learning / AI applied to neuroimaging data EEG acquisition and analysis Use of neuroanatomical
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, single cell sequencing, and RNA-seq. Knowledge in bioinformatics for the analysis of sequencing data is preferred. The intent of these studies is to determine the immunogenicity of tumor associated
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CPU cores. We analyze large public datasets, such as the Alzheimer’s Disease Sequencing Project and UK Biobank, and serve as the Biomarker Core for the Stanford Alzheimer’s Disease Research Center
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: Survey Design & Planning Develop and adapt field survey instruments aligned with project goals and local context (e.g., household-based lead exposure surveys and/or market-based surveys). Lead sampling
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captures neural activity and intelligent behavior at unprecedented scale and resolution. This ambitious project spans multiple institutes including the Wu Tsai Neurosciences Institute, Stanford Bio-X, and