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Meaning and consequence of the competitive presence of the hydrogen bond and salt interactions on the dissociation orientation of deprotonated adducts in ESI

机译:氢键和盐相互作用对ESI中的去质子化加合物的解离取向的致氢和盐相互作用的含义和结果

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Adduct ion fragmentation behavior reflects the dependence of the NC complex species distribution on the partner structure. The competitive stability of the HB and salt forms in ESI shows the role of the thermochemical control on desolvation process due to mainly the ambident character of sugar phosphates and amino acids. From the analytical point of view, these experiments highlight how structural elucidation of metabolites from CID spectra can be affected by the presence of adduct ions constituted by ion-ion interactions instead of HB or Idp interactions.
机译:加合离子碎片行为反映了NC复合物种分布对伴侣结构的依赖性。 ESI中Hb和盐形式的竞争稳定性表明了热化学控制由于主要是糖磷酸盐和氨基酸的常见特性而导致的降解过程。从分析的角度来看,这些实验强调了如何通过离子离子相互作用而不是Hb或IDP相互作用来影响来自CID光谱的代谢物的结构释放。

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