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. Optimize tissue processing and acquire images on instruments. (35%) 2. Conduct a series of experiments to supply scientific information as part of a larger project. Conduct analysis of samples
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and oversee experimental process, and design and develop prototypes, specialized equipment, and/or systems. Examples include collecting data from imaging modalities (microCT, ultrasound, microscopy
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POSITION OBJECTIVE Working under the general supervision, assist with daily operations of the laboratory and perform research work in rodent imaging research. This position will work with animals
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processes and collecting data related to speeding the development of therapeutic devices that control electrical activity in nerves to improve chronic medical conditions. The NIH contract—specifically
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Microsoft Office, Excel, Prism, Excel, Image J, Photoshop. Willingness to learn new techniques, procedures, processes, and software programs as needed. 10. Ability to organize, maintain and prepare accurate
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imaging, intraocular pressure measurements, various types of electroretinography, and visual acuity determination. Other highly complex procedures include establishing a corneal microbead mouse model
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technologies to increase the diversity and capacity of digital content produced locally and regionally. ESSENTIAL FUNCTIONS Provide expertise in complex imaging including Cultural Heritage artifacts and
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testing equipment and processes. Create and deliver training modules on soldering, bread-boarding, proper circuit design, and computer programming needed to interface with prototype circuits. Teach
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organization of virus particles. The objective of this research is the construction of fluorescent HIV-1 particles, using genetic code expansion (GCE) technology, for high-resolution fluorescence imaging
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expression (E. coli, yeast, and mammalian cells) and purification of proteins or nucleic acids Experience with mammalian cell culture and imaging Competent in molecular biology (cloning, and site-directed