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, patient-derived samples, in vitro co-culture systems, molecular biology, cellular immunology, and advanced flow cytometry approaches. The Varga lab is a very collaborative and interactive environment
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is a very collaborative and interactive environment focused on the scientific and career development of trainees. We are looking for a highly motivated and organized individual to join our team
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their past work. Candidates should also highlight in the cover letter how they might interact or support work in one of the other two themes. The two post-doctoral fellows are expected to work as a close-knit
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HPC environments Good communication skills to interact with collaborators ranging from machine learning researchers to pathologists or medical students Knowledge of biology and medicine is a plus Highly
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viral diseases. The laboratory uses a combined human natural history study and experimental laboratory approach to understand host-pathogen interactions longitudinally during illness in blood and tissue
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to enable remote orchestration of energy systems. Working with RT-HIL environments (e.g. OPAL-RT, Typhoon) to validate cloud-controlled systems interacting with real hardware. Developing and testing scalable
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of the ubiquitin system that drive its dynamic interactions. Objectives. The post-doctoral fellow will work on the development of a robust detection pipeline for sub-single-cell proteomics. Training and research
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of Medicine, New York, NY Research environment for postdoctoral fellows: At the Albert Einstein College of Medicine ( https://einsteinmed.edu/ ) we provide a highly interactive and stimulating academic
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knowledge on leaf thermodynamic processes based on continued literature study, mathematical modelling of the leaf boundary layer conductance and its interactions wtih stomatal control and the leaf energy
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impactful papers, which include: Development of a CRISPR-based CAPTURE approach for in situ analysis of chromatin interactions ( Cell 170:1028, 2017) Reported that loss of EZH2 reprograms branched-chain