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Institute. The successful candidate will lead research projects to understand the complex ecosystem of brain tumors, with a particular emphasis on intratumoral heterogeneity and cell-to-cell communication
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rhythms and sleep using Drosophila and mammalian model systems. The goal of the lab is to understand the cell biology of circadian clocks which remains the least understood aspect of clocks by investigating
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of basic science research related to tendon biology, including fibroblast cell-matrix interactions as well as the effects of obesity and inflammation. Specific tasks the individual will be responsible
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dynamic group and make a difference in the understanding of prostate and kidney cancer biology using a variety of molecular profiling platforms including next generation sequencing, single cell sequencing
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track record of publishing in high profile journals such as (Nature Medicine, Developmental Cell, EMBO journal) and supporting trainees' career development by helping them obtain fellowships from NIH, AHA
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infection, specifically epithelial-immune cell crosstalk. We use mouse and cell culture models to study mechanisms. The mouse work involves lineage tracing and inducible cell-specific gene deficient mice, and
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single cell sequencing and bioinformatics is preferable, or willingness to learn and execute. We are looking for a team player with a positive and respectful attitude towards colleagues, flexibility, and
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microscopy; and image analysis using software such as ImageJ. Maintaining primary 2D and 3D cell culture, single cell extraction from tissue, RNA/Protein isolation, qRT-PCR, Western blot, flow cytometry, and
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present data at local and national meetings Perform routine animal procedures after appropriate training Perform standard cell and molecular biology assays Spearhead new tools and technologies and interact
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, including super-resolution imaging, single-cell sequencing, and spatial omics. More information about the lab can be found in https://sethupitchiaya.org/ . Successful candidates will work with an