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phenotype. Thus, by uncovering new liver disease genes, we provide a diagnosis leading to new therapeutic options, and we gain new insight into liver biology. For more information, please see: https
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repair, among other cellular processes and diverse signaling pathways (see our papers in Cell Reports, 2018; Molecular Biology of the Cell 2021). This year we have published a landmark study on how
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at www.scherzerlaboratory.org and https://yaledailynews.com/blog/2023/11/03/new-parkinsons-research-center-to-open-at-yale/ Requirements: Ph.D. in molecular genetics, biology, neurobiology, molecular/cellular biology, or a
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analytical approaches for high-content imaging screen data sets. The ideal candidate has experience with machine learning and cancer biology. Previous work with high-throughput approaches is desirable. First
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also play a pivotal role in the development and shaping of the new Chung Lab with opportunities to mentor graduate and undergraduate students. Qualifications Candidates must hold a Ph.D. in biology
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. Qualifications Candidates must hold a Ph.D. in biology, biochemistry, chemistry, bioengineering, computational or systems biology, or related. We are open to candidates who are trained primarily in experimental
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The Ishizuka Lab at Yale Cancer Center seeks creative and driven scientists to lead projects within the Lab. The candidate should have a strong background in biology, with a strong interest in
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genome sequencing), and bioinformatics are encouraged to apply. Candidates would have a background in genetics or molecular biology. PhD and excellent communication and writing skills are required. Salary
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immunology and chemical biology. The lab utilizes cutting-edge genetic, biochemical, and chemical tools to explore the biology of regulatory T (Treg) cells across various physiological and pathological
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/), Assistant Professor in the Yale School of Medicine. The Garg laboratory (http://www.garglab.org) uses approaches from genomics, bioinformatics, molecular biology, and systems biology to understand