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to contribute to cutting-edge research investigating the physiological and psychological impacts of spaceflight. Our program focuses on human analog studies to simulate microgravity and explore
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Qualifications: ● Experience with bacterial genetics. ● Experience with protein biochemistry and functional assays. ● Experience with mouse infection models. Brief Description of Duties
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approach encompassing protein biochemistry, proteomics, molecular genetics, genome editing, and cell biology. Primarily, these investigations will be conducted in Arabidopsis and Tobacco, with a subsequent
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gene expression at the transcription level is limited. Despite the fact that most protein-coding mitochondrial genes are transcribed at the same rate, the levels of mature transcripts are different
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transduction, or protein-protein interaction. Computer skills in data and statistical analyses are required. A proven record of productivity as demonstrated by recent first author publications in leading peer
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proteins and pathways implicated on disease pathogenesis. We are currently analyzing brain, CSF and blood, multi-omic data (transcriptomics, proteomics and metabolomics), from a large collection of well
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gene expression at the transcription level is limited. Despite the fact that most protein-coding mitochondrial genes are transcribed at the same rate, the levels of mature transcripts are different
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. Our research is focused on cell biology, spatial proteiomics and machine learning for bioimage analysis. The aim is to understand how human proteins are distributed in time and space, how this affects
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data to identify proteomic signatures and develop novel predictive models for Alzheimer’s, Parkinson, and Dystonia as well as to identify novel proteins and pathways implicated on disease pathogenesis
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Vulnerabilities This project aims to explore the dynamic nature of the human replisome, with a focus on replisome protein architecture, replisome speed control, and replication stress responses in cancer cells. By