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leading therapeutic target. The project emphasizes cryo-EM structural studies to characterize LRRK2 signaling in disease states and identify novel therapeutic strategies for PD. Ideal Candidate We seek a
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a highly motivated scientist with strong expertise in cryo-electron microscopy and structural biology to join our highly collaborative research institute. This will enable unprecedented access
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+, Network, Windows, or Apple preferred Special Skills, Knowledge and Abilities: Addresses problems in a structured, logical approach. Asks for guidance and tries out new ideas when changes in approach
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approaches to vibrational spectroscopy, including spectral modeling and molecular dynamics simulations Development of new spectroscopic methods for studying molecular structure and dynamics at surfaces and
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the details have not been finalized. Keeps teams energized and focused on high-quality results. Thinks long-term in building and executing metrics-driven plans and stretch goals for St. Jude. Builds structures
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-resolution imaging and spectroscopy of nanoparticles using advanced broad- and focused-beam transmission electron microscopy (TEM) techniques. 2. Structure–Catalysis Relationships at the Atomic Scale You will
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biology), IDRM (developmental biology), STRUBI (structural biology) and the Target Discovery Institute amongst many others. We also have ready access to investigators working throughout the University in
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of international scientists will guide and support PhD candidates throughout their projects. Structured mentoring and training including summer schools, industry internships, hard and soft skill workshops and
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of water and sediment samples from glacier fronts in Greenland. Analysis and interpretation of vibroseismic data from the interior of Greenland with a focus on water and sediment thicknesses. Construction
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: Comprehensive training, mentoring, and a pay structure based on skills and experience.