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篇目详细内容

【篇名】 A new two-dimensional approach to quantitative prediction for collision cross-section of more than 110 singly protonated peptides by a novel moecular electronegativity-interaction vector through quantitative structure-spectrometry relationship studies
【刊名】 Frontiers of Chemistry in China
【刊名缩写】 Front. Chem. China
【ISSN】 1673-3495
【EISSN】 1673-3614
【DOI】 10.1007/s11458-007-0012-x
【出版社】 Higher Education Press and Springer-Verlag
【出版年】 2007
【卷期】 2 卷1期
【页码】 55-63 页,共 9 页
【作者】 ZHOU Peng; MEI Hu; TIAN Feifei; WANG Jiaona; WU Shirong; LI Zhiliang;
【关键词】 molecular electronegativity-interaction vector; quantitative structure–spectrometry relationship; ion mobility spectrometry; collision cross-section; peptide

【摘要】
Based on two-dimensional topological characters, a novel method called molecular electronegativity-interaction vector (MEIV) is proposed to parameterize molecular structures. Applying MEIV into quantitative structure-spectrometry relationship studies on ion mobility spectrometry collision cross-sections of 113 singly proto nated peptides, three models were strictly obtained, with correlative coefficient r and leave-one-out cross-validation q of 0.983, 0.979, 0.981, 0.979 and 0.980, 0.978, respectively. Thus, the MEIV is confirmed to be potent to structural characteri zations and property predictions for organic and biologic molecules.
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