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Field
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-speed confocal in vivo microscopes, the laboratory is equipped with several other types of microscopes as well as instruments for spectral flow cytometry, cell sorting, protein and gene array techniques
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reality behavior tasks, and 4 fiber photometry microscopes. Successful candidates are expected to lead independent research under the guidance of Dr. Hattori and work collaboratively in the Hattori lab
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mechanism. Additional magnetotransport measurements of Hall bar samples will be performed within the microscopes. Some adaptation of existing apparatus will be carried out. About you The successful applicant
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methods Physicochemical characterization of MIPs (electrochemical, microscopic, and spectrophotometric measurements, including FTIR and UV–Vis) Fabrication of MIP-based sensors for autoinducer detection
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soft materials for microscopy imaging, and operating transmission electron microscope and atomic force microscope. This position will be expected to conduct data analysis, prepare publications, and
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More broadly, bacteria constantly face a life-and-death struggle against lethal stresses in their microscopic world. We study how microbes adapt to their ever-changing environment, using simple and
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electron diffraction data collected using a microscope or specialized equipment is preferred. The position is for two years, with the possibility of renewal, subject to mutual agreement. The successful
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thermal analysis (DSC/TGA). Hands-on experience in materials characterization using tools such as particle size analysis, optical microscope, scanning electron microscopy, X-ray diffraction. Strong
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Transmission Electron microscope (25%), (2) Characterization of biohybrid materials and substrates using electron microscopy tools (25%), (3) biohybrid device fabrications and performance evaluations for charge
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for microscopy imaging, and operating transmission electron microscope. This position will be expected to conduct data analysis, prepare publications, and present research findings in regional and national