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disease which combines behavioral and genetic models, metabolic, neuroendocrine and imaging techniques in living animals as well as sophisticated molecular and structural biology analyses of neuropeptides
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secondary electron detector for surface imaging at the atomic scale, and hybrid-pixel detector for 4D-STEM. The second STEM will be an ultra-high vacuum environmental STEM with nine orders of magnitude
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-photon imaging in the ferret. The end goal of our work is to test a model of excitatory-inhibitory interactions against data collected in an animal model with columnar architecture in primary visual cortex
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reconstruction approaches that provide increased SNR and image acceleration. The proposed work will also involve data analysis through novel image processing and analysis tools developed within the HCP. Ideal
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collection or other research processes. • Comply with applicable Federal Regulations, Good Clinical Practice, and local research regulatory requirements. Data Collection (30%) • Collaborate with Principal
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materials. It will have a secondary electron detector for surface imaging at the atomic scale, and hybrid-pixel detector for 4D-STEM. The second STEM will be an ultra-high vacuum environmental STEM with nine
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Hartvig Clausen (DTU) and U Copenhagen scientists Dr. Céline Galvagnion, Prof. Nikos Hatzakis, Prof. Martin Lauritzen and Dr. Krzysztof Kucharz. Work includes purification and biophysical analysis
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monochromated Nion U-HERMES microscopes scheduled for delivery in 2025. BNL also houses a laser-free ultrafast electron microscope for time-resolved diffraction and imaging under RF excitation. The research will
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, biomedical engineering, computer science, neuroscience or similar field Experience acquiring and analyzing magnetic resonance spectra or images Track record of scientific publications Preferred: Experience in
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mammalian cell biology techniques including cell culture maintenance, transfections and transductions, DNA cloning, western blotting, immunofluorescence microscopy, live-cell imaging and/or