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Improved quantification from 1H-NMR spectra using reduced repetition times

机译:缩短重复时间,提高1 H-NMR谱的定量

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摘要

A method of choosing the correction factor based on Bloch equation for the quantitative estimation of metabolite from 1H NMR spectra recorded with reduced recycle delay is prescribed. The procedure reduces the experimental time without substantially compromising the accuracy of quantitative estimation. It is based on choosing the correction factors, which depend on T1 and T2 of the metabolite and recycle delay used for recording the spectra. It is validated by studying a mixture of amino acids with known concentration of constituents and human serum sample and it provides accuracy of quantitative estimation to 95–96%.
机译:提出了一种基于布洛赫方程的校正因子选择方法,用于从减少循环延迟的1H NMR谱图定量估算代谢产物。该程序减少了实验时间,而没有实质性地损害定量估计的准确性。它是基于选择校正因子的基础,校正因子取决于代谢物的T1 和T2 以及用于记录光谱的回收延迟。通过研究具有已知成分浓度的氨基酸和人类血清样品的混合物进行了验证,它提供了95-96%的定量估计准确性。

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