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protein function. · Massively parallel and sequencing-based functional assays. · Development of gene-specific assays for variants that cannot be adequately evaluated using existing platforms
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-expression or transcriptional regulation. · Noncoding RNA or regulatory genomics. · Structural variation. · Transcriptomics or other sequencing-based approaches. · Molecular
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for simulation experiments and analyzing genomic sequencing data; (2), designing, implementing, and overseeing research projects focused on methods development for understanding genetic variation within and
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complementary experimental approaches, including advanced imaging, dual-species sequencing and custom library preparation, RNA-based therapeutics, and genome editing in both mammalian and bacterial systems
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state-of-the-art methods generative protein design, directed evolution, next gen sequencing, and laboratory automation to develop B12-dependent enzymes or artificial metalloenzymes containing different
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cardiac development, developmental programming, metabolic models, or next-generation sequencing is preferred, and candidates from adjacent fields with a clear interest in learning embryology are encouraged
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computational pipelines for conducting simulation experiments and analyzing genomic sequencing data, (3) writing scientific publications and presenting findings at conferences. Other general responsibilities
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disease genetics, and large-scale genomic data analysis. Analyze genomic datasets from population biobanks, sequencing studies, psychiatric genetics studies, and other large-scale human genetics resources
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throughout the state of Indiana. IU School of Medicine is closely aligned with our health system partner, IU Health, which has twice earned a place on the US News and World Report Honor Roll. The shared vision
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systems for aligning real-world health data to standards like OMOP CDM, FHIR, and UMLS Agent-based workflows that explain, refine, and adapt semantic mappings over time Hybrid architectures that combine