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resources. Collaborate with internationally recognized leaders in computational neuro-oncology. Thrive in The Neuro’s open-science environment, fostering data sharing and interdisciplinary innovation. Join
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clear and actionable objectives, timelines, and deliverables, as well as appropriate methodologies and resource considerations. Representation from OLMCs: In keeping with the principles of equity
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://www.mcgill.ca/abif The primary duties will include: Advanced Microscopy: Work with a collaborative team to develop resources and protocols for sample preparation, live cell lattice lightsheet and STED imaging
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equipment: 10x Xenium, Visium HD and Chromium X, PhenoCycler Fusion, NextSeq 2000 and high-performance computing resources. Collaborate with internationally recognized leaders in computational neuro-oncology