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首页> 外文期刊>Analytical and bioanalytical chemistry >Multivariate determination of ~(13)CO_2/~(12)CO_2 ratios in exhaled mouse breath with mid-infrared hollow waveguide gas sensors
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Multivariate determination of ~(13)CO_2/~(12)CO_2 ratios in exhaled mouse breath with mid-infrared hollow waveguide gas sensors

机译:用中红外空心波导气体传感器多变量测定呼出气中〜(13)CO_2 /〜(12)CO_2的比率

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摘要

The ~(12)CO_2/~(13)CO_2 isotope ratio is a well-known marker in breath for a variety of biochemical processes and enables monitoring, e.g., of the glucose metabolism during sepsis. Using animal models-here, at a mouse intensive care unit-the simultaneous determination of ~(12)CO_2 and ~(13)CO_2 within small volumes of mouse breath was enabled by coupling a novel low-volume hollow waveguide gas cell to a compact Fourier transform infrared spectrometer combined with multivariate data evaluation based on partial least squares regression along with optimized data preprocessing routines.
机译:〜(12)CO_2 /〜(13)CO_2同位素比是各种生化过程中呼吸中众所周知的标志物,并且能够监测例如败血症期间的葡萄糖代谢。使用动物模型-在这里,在小鼠重症监护室-通过将新型小体积空心波导气室耦合到紧凑型装置,可以在小体积的小鼠呼吸中同时测定〜(12)CO_2和〜(13)CO_2傅立叶变换红外光谱仪结合基于偏最小二乘回归的多元数据评估以及优化的数据预处理程序。

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