HUANG Yun-jia,LI Wen,DUAN Min-min,WANG Xiao-yun,ZHANG Xiao-ping,CHEN Huan-wen.Mass Spectrometry Study on Distinguishing the Position of Hexenol Carbon-Carbon Double Bond Based on Water Radical Cation[J].Journal of Instrumental Analysis,2025,44(05):836-843.
HUANG Yun-jia,LI Wen,DUAN Min-min,WANG Xiao-yun,ZHANG Xiao-ping,CHEN Huan-wen.Mass Spectrometry Study on Distinguishing the Position of Hexenol Carbon-Carbon Double Bond Based on Water Radical Cation[J].Journal of Instrumental Analysis,2025,44(05):836-843. DOI: 10.12452/j.fxcsxb.240831358.
Mass Spectrometry Study on Distinguishing the Position of Hexenol Carbon-Carbon Double Bond Based on Water Radical Cation
Different double bond positional isomers of hexenol have different biological activities. Rapid and accurate identification of their carbon-carbon double bond positional isomers helps to better understand their structure and biological functions. In this study,a me
thod based on water radical cations to distinguish the position isomers of the carbon-carbon double bond of hexenol was established. The specific strategy is:first,a large number of water radical cations were prepared by low-energy corona discharge technology,and then the hexenol molecule was introduced to react with the water radical cation to form the epoxidation product
m
/
z
[M+O]
+•
,and then the obtained epoxidation product was subjected to collision induction analysis to form a series of characteristic fragment ions
m
/
z
60,
m
/
z
74,
m
/
z
88,locate the double bond,thereby distinguishing the position of different carbon-carbon double bonds. The advantages of this method include rapid reaction,rapid and accurate mass spectrometry analysis.The experimental device is simple,without reaction pretreatment,and the experiment is simple. In addition,the reaction process does not require additional organic solvents and is environmentally friendly.
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