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: This project focuses on the development, optimization, and validation of functional antibody assays to evaluate immune responses to Bordetella pertussis. This will support ongoing efforts to better characterize
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machinery to HSCs. You will utilize state-of-the-art manufacturing tools and methodologies to investigate and optimize ex vivo HSC-gene editing and expansion protocols. You will gain comprehensive training in
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and optimize bio-inspired chemical sensors in response to analytes of interest in air. The research team will explore methods to interface with biological sensory system, obtain multiplexed electronic
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into arrays. The activities include laboratory investigations and optimization of the mixer devices (conversion gain, IF bandwidth, noise temperature, LO power, THz coupling, etc.) and also development and
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particular, the selected ORISE fellow will be engaged in developing and optimizing a novel neutralization method that accurately measures serotype-specific neutralizing antibody against four Dengue virus
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these bodies. A robust understanding of how icy materials behave under planetary conditions is essential for informing models and planning observations to optimize the science return of missions. The focus
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. Current research focuses primarily on the development of large-format arrays of sensitive bolometers using superconducting transition edge sensors. We also have investigated single pixel optimization
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technologies we are pursuing use doped silicon, superconducting transition edge sensors, and magnetic calorimeters. We are also expanding the capability of these devices by optimizing pixel design for specific
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projects utilizing software engineering, human factors usability, and design/visualization in developing applications to optimize combat casualty care. These projects include software mobile application
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community of scientists and researchers in an effort to prepare, test and optimize biological sensors in response to analytes of interest in water. The research team will explore methods to preserve