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scholars and students working across a wide range of topics in the history of art and visual and material culture. With our strong commitment to interdisciplinarity, we offer not only a supportive
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, functional genomics, and in vivo disease modeling to determine how genetic perturbations alter auditory function and to identify opportunities for therapeutic intervention. The successful candidate
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Mechanotransduction — investigating how mechanical forces from focused ultrasound alter immune cell function and tumor microenvironments Acoustic tool development — designing next-generation transducers
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DeRyckere labs, which function as a single unit, focuses on the TAM -family tyrosine kinase receptors and their roles in cancer cells and the tumor immune microenvironment. Our goal is to develop new
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intersection of sepsis, microbiology, molecular biology, and renal physiology. Our laboratories use the kidney as a model organ to understand how microbial signals shape tissue function, host responses
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variants affecting RNA splicing, gene expression, or protein function. · Massively parallel and sequencing-based functional assays. · Development of gene-specific assays for variants
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understanding how alterations in UMOD biology influence TAL cell function, mitochondrial metabolism, acute kidney injury ( AKI ), progression from AKI to chronic kidney disease, and nephrolithiasis. Current