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will support various projects utilizing software engineering, human factors usability evaluation, and design/visualization to develop applications that optimize combat casualty care. These projects
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the deployable biomanufacturing capabilities by evaluating small high-throughput biomanufacturing systems to produce a variety of biopharmaceutical products. In addition to production and purification
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that will aid in identifying strategies to overcome stress resistance shown by pathogenic bacteria present in biofilm niches. You will also help test the following hypothesis: Identification and evaluation
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identifying strategies to overcome stress resistance shown by pathogenic bacteria present in biofilm niches. The fellow will help test the following hypothesis: Identification and evaluation of effective
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evaluations, integration of medical sensors/devices to headsets, and creating innovative solutions for immersive clinical guidance systems. This is an excellent opportunity for someone eager to grow
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sugarcane using breast cancer cell lines. Evaluate the ability of extracts and isolated bioactives to inhibit ROS formation and other stress-related pathways in cell-based models. Collaborate with chemists
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the Department of Surgery at USUHS and WRNMMC. The EACE Regenerative Biosciences Laboratory primarily focuses on the development and evaluation of next generation technologies and approaches for the treatment