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time-of-flight mass spectrometric technologies. Research interests include (1) development of novel approaches for the non-target screening of environmental samples, (2) fundamental research of HRAM-MS
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, environmental, and microbiome analyses. Metagenomic sequencing holds the promise of enabling culture-free, non-targeted identification and characterization of a mixed population of bacteria, viruses, archaea, etc
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. It is estimated that the majority (85%-99%) of genotypes detected in environmental samples represent microbial “dark matter” that cannot currently be cultured in modern microbiology laboratories
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beam scanning electron microscope (FIB SEM) with x-ray spectroscopy and cryo capability, an environmental SEM, and a transmission electron microscope. This project will involve development of novel
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microfluidic cytometry and droplet generation, flow-based (micro)manufacturing, and physical modeling. Impact areas include chemical and material syntheses, environmental monitoring, and medical diagnostic and
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. This opportunity focuses on the development of new device technologies (microfluidic enclosures, environmental control, and imaging capabilities) to manipulate external cues and monitor the feedback mechanisms
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ingestion of drugs can be distinguished from environmental exposure. Supercritical fluid extractions and chiral separations are two promising approaches for determining routes of drugs into hair
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301.975.2282 Description The spatial resolution and sensitivity of autoradiography cameras continues to improve, supporting measurements in preclinical and clinical medicine, environmental monitoring, and
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containing electrically conducting nanoscale objects such as carbon nanotubes and/or graphene. We are also concerned with how light, stress, and other environmental exposures alter these properties and the
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to corrosive service environments. This research will investigate the corrosion and environmentally-induced cracking (stress corrosion cracking, hydrogen embrittlement, etc.) susceptibility of additively