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, located on the summit of Mount Graham near Safford, Arizona. The Observatory features a sophisticated suite of instruments for optical and infrared imaging and spectroscopy, supported by innovative adaptive
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immune cell infiltration. This position offers the opportunity to work as part of a collaborative and interdisciplinary research team. Training will be provided in several advanced histological and imaging
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cameras and other photographic equipment; determines camera setting, lighting requirements and other specifications to ensure quality shooting. Edits digital images to prepare them for use on various
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molecular cloning, immunofluorescence imaging. Prior experience in the field of cellular metabolism is highly valued. An important component of this position will be to work independently and as part of a
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and work experience. Preferred Qualifications Skills include mammalian cell culture, experience with microscopy, and image analysis. A relevant degree in the life-sciences. FLSA Non-Exempt Full Time
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software. Knowledge of subsurface imaging, mapping, and 3-D visualization. Ability to communicate complex scientific findings effectively to interdisciplinary teams. Minimum Qualifications Bachelor's degree
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Abilities: Ability to communicate effectively with various groups and individuals. Ability to plan projects and see both big picture and detailed aspects. Skills in budgeting and financial strategy. Skilled
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, to iron-sensitive imaging, to study human brains across the age. Outstanding UA benefits include health, dental, and vision insurance plans; life insurance and disability programs; paid vacation, sick leave
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immunohistochemistry, tissue perfusion, and acquisition/quantification of microscopy images using established lab protocols. Coordinates routine management of laboratory animal colonies, including placing animal orders
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utilizing sophisticated molecular, genetic, cellular and imaging technologies in both rodent and cell models. Key techniques include immunohistochemistry and immunocytochemistry, rodent brain dissection and