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. Without the ability to study these organisms in the laboratory, our understanding of microbial communities remains incomplete and many biological molecules (e.g., novel antibiotics) and biochemical pathways
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public health community – especially with the recent increases in novel psychoactive substances and opioids.AI-MS techniques, such as paperspray or direct analysis in real time (DART), show promise in
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are critical for attaining measurement quality objectives and meeting the needs of the health and medical community. The isotope metallomics program at NIST focuses on analytical method development, rapid
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development; system integration; and work with collaborators in the astronomical community to field and utilize polarimeter receivers in ground-based, balloon-borne, and ultimately a satellite experiment. key
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recently used microfluidics to support understanding the aggregation of protein therapeutics; an area of critical research in the biopharmaceutical community. We are also interested in the unique features
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well as groups in other applied disciplines have recognized imprecise and inaccurate nuclear data as a serious problem and have called on the community of radionuclide metrologists to address it. The NIST
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physical sensing, quantum science, communications, and dynamic spectroscopy. We have developed novel approaches to comb generation [1], spectral translation [2], and their use to interrogate cavity
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academic communities. However, there are many practical impediments which need to be addressed to realize the full potential of SDD/EDS. We work on many different aspects of the problem: Modeling X-ray
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across species delineations, accelerate the adaptation of microbial communities to dynamic environments, and can be triggered or promoted in response to stressful conditions. For example, HGT is
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insight into microbial communities in their unperturbed state. This project will use in situ advanced measurement techniques such as flow cytometry, quantum cascade laser infrared (QCL-IR) microscopy, and