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wide range of research functions based on agreed protocols and objectives. The candidate will study the mechanisms regulating DNA damage repair in leukemia cells harboring spliceosome mutations
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(Faculty of Medicine and Health Sciences, Norwegian University of Science and Technology (NTNU)). The PhD candidate will work on genome dynamics mechanisms and the role of DNA repair in regulation
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from 1 July 2024 (or at an alternative mutually agreed date). Highly motivated and committed candidates with an interest in DNA damage response pathways and chromosome biology are encouraged to apply
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five centers and institutes that focus on cancer treatment and research, neuroscience, advanced biotechnology and medicine, environmental and occupational health, and health care policy and aging
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of PI (Dr. Aimin Peng), in cancer biology and therapy. The research areas of the group include the DNA damage response, DNA repair, cell proliferation and signaling, and head and neck cancer progression
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that has a real impact around the globe. The laboratory of Dr Qian Wu is interested in understanding the basic mechanism of human DNA damage response (DDR) network in molecular details. We are also
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within the Center for Reproductive Health Sciences (CRepHS). Our lab is focused on overcoming chemotherapy resistance in gynecologic cancers by targeting DNA damage repair mechanisms. We specifically
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an emphasis on DNA damage/repair, cell-cycle checkpoint regulation, and immune modulation. This innovative, high-impact research will not only reveal a basic molecular mechanism of cancer susceptibility with
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stem cells (hiPSCs)-derived 2D and 3D models to study epigenetic and epitranscriptomic mechanisms by which neurons repair DNA damage. Results derived from this study potentially will not only provide new
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(hiPSCs)-derived 2D and 3D models to study epigenetic and epitranscriptomic mechanisms by which neurons repair DNA damage. Results derived from this study potentially will not only provide new insights