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studies how cancer and healthy cells respond to irradiation and DNA‑damaging drugs, using quantitative live‑cell imaging at the single‑cell level. We welcome applications from recent PhD graduates
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: Enterprise Developers are involved in the development of server, OS, desktop, mobile applications and services. They may research, develop specifications for, design, write, modify, test, debug, troubleshoot
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group working on Chlamydia pathogenesis. The person will investigate intercellular communication between infected epithelial cells and various neighboring cell types to understand how pathogen infection
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years. Information about the Department of Anatomy, Cell Biology & Physiology is available at: https://medicine.iu.edu/anatomy-cell-biology-physiology Information about the Stark Neurosciences Research
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this project, we will be in the ideal position to uncover mechanism of action of these disease relevant bacteria. This work will include cell culture work (cell lines and primary cells) as well as mouse models
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Description The selected candidate will join the team studying the signaling pathways responsible for the assembly of nuclear pore complexes during the cell cycle in healthy and diseased cells, in
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collaborations, mobility periods, and research secondments Research Areas Applicants are invited to propose research aligned with one or more of the following areas: Renewable Energy Sources Photovoltaic Systems
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transcription in a chromatin context in normal development and disease. Areas of current interest focus on how abnormal activation of early developmental programs alters gene expression and cell fate in human
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(MSCA-PF) aims to support the career development and training of excellent researchers through international mobility. Researchers with a strong scientific background and a promising research project are
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or models in close collaboration with experimentalists. This project focuses on deciphering tumor cell plasticity, including method evaluation/development and biological interpretation of the results. In