General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简单氨酸衍生物的亲核环烷、加成以及简单环丙烷合物的衍生合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

些结果和电喷雾质谱(ESI-MS)数据，亚砜反应的机理推测为分子内亲核氧转移到络合的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简单氨基酸衍生物的亲核环烷基、类卡宾加简单环丙烷物的衍生等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

基于这些结果和电喷雾质谱(ESI-MS)数据，亚砜反应的机理推测为分子内亲核氧转移到络的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括氨基酸衍生物的亲核环烷基、类卡宾加成以及环丙烷合物的衍生合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

基于这些结果和电喷雾质谱(ESI-MS)数据，亚砜的机理推测为分子内亲核氧转移到络合的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简单氨基酸衍生物的亲核环烷基、类卡宾加成以及简单环丙烷合物的衍生合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

基于这些结果和电喷雾质谱(ESI-MS)数据，亚砜反应的机理推测为分子内亲核氧转移到络合的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对氨基酸物的亲核环烷基、类卡宾加成以环丙烷合物的合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

基于这些结果和电喷雾质谱(ESI-MS)数据，亚砜反应的机理推测为分子内亲核氧转移到络合的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简单氨酸衍生物的亲核环烷、卡宾加成以及简单环丙烷合物的衍生合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

于果和电喷雾质谱(ESI-MS)数据，亚砜反应的机理推测为分子内亲核氧转移到络合的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简单氨基酸的亲核环烷基、类卡宾加成以及简单环丙烷合的合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

基于这些结果和电喷雾(ESI-MS)据，亚砜反应的机理推测为分子内亲核氧转移到络合的硫醚底上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简酸衍生物的亲核环烷、类卡宾加成以及简环丙烷合物的衍生合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

于这些结果和电喷雾质谱(ESI-MS)数据，反应的机理推测为分子内亲核氧转移到络合的硫醚底物上。

General approaches involve the nucleophilic cycloalkylation, carbenoids addition of certain amino acid derivatives and derivatization from simple cyclopropane compounds.

制备方法包括对简单氨基酸衍生物核环烷基、类卡宾加成及简单环丙烷合物衍生合成等。

Based on these results and the ESI-MS data, the mechanism of sulfoxidation was proposed to be intramolecular nucleophilic oxygen transfer to a coordinated sulfide.

基于这些结果和电喷雾谱(ESI-MS)数据，亚砜反应机理推测为分子内核氧转移到络合硫醚底物上。