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by-products, and development of novel treatment approaches; development of analytical capabilities for off-flavor detection in water and fish tissue, including the development and evaluation of novel
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lightweight cryptography algorithms proposed in recent years tend to be broken very quickly. It indicates that it is not easy to "cut the corner" for the lightweight design. This research opportunity focuses
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(1) mercury analysis in biological tissues and fluids (e.g., marine mammal liver, blood, seabird eggs, and fish) using high accuracy cold vapor isotope dilution-ICP mass spectrometry (MS), (2
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(1) mercury analysis in biological tissues and fluids (e.g., marine mammal liver, blood, seabird eggs, and fish) using high accuracy cold vapor isotope dilution-ICP mass spectrometry (MS), (2
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(1) mercury analysis in biological tissues and fluids (e.g., marine mammal liver, blood, seabird eggs, and fish) using high accuracy cold vapor isotope dilution-ICP mass spectrometry (MS), (2
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; Fitness landscape; Bacteria; yeast; FISH; HCR; single molecule; engineering biology; transcription; microscopy; information theory; systems biology; cell-free system; control engineering; genetic circuit