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to advance nucleic acids chemical biology. Its research centers on the design of fluorescent nucleoside analogues and molecular probes that enable new ways to visualize, interrogate, and modulate nucleic acids
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Energy X-ray Absorption Spectroscopy (TES) beamline. TES is a tender-energy beamline for XAS and X-ray fluorescence imaging in the 2-5.5 keV energy range and will be upgraded to 1.7 - 8.3 keV. The beamline
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, such as protein purification and electrophoresis. Fluorescence microscopy. Ultrasound imaging. Histology. Data processing. The percentages are approximate and may change based on laboratory needs. Other
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/or confocal microscopy is required. Specific expertise in optics and fluorescence imaging. Experience with optics and/or microscopy. Highly motivated and organized. Must have strong interpersonal
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experimental cancer drugs across ~70 patient-derived colorectal tumouroid lines using robotic high-throughput screening. Apply Cell Painting - a state-of-the-art, multiplexed fluorescence-based imaging assay
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vitro membrane systems, protein:lipid interactions, cell culture and fluorescence microscopy or other imaging techniques. Specific Requirements Candidates must comply with the pre-requisites established
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-infrared spectroscopy (NIRS), diffuse optical tomography (DOT), fluorescence imaging and other biomedical optics research are preferred. Hands on experience with spectrometers, scientific cameras, optical
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theoretical and experimental knowledge relevant to this ambitioous interdisciplinary project. Operational skills/expertise : - Microfluidic fabrication (glass-PDMS). - Fluorescent microscopy imaging. - Basic
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in charge of : - designing and amplifying the FISH probes libraries, - growing bacterial colonies, - performing RNA-FISH, and - acquiring multiplexed imaging datasets. The Center for Structural Biology
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context, we developed label-free NAD(P)H fluorescence lifetime imaging (FLIM). We previously found (i) that during the life cycle of helminths, i.e., H. bakeri in mice, both bioenergetic and defense