Wang F, Mu R, Chen X, Yin X, Zhou F, Song Y, Guo K, Mao X, Zhai H, Fan T, Chen Z, Zhang B, Zhu B, Yu P, Xu Z, Wang J, & Hong L. (2026). From reaction energetics to automated analysis tool auxiliary identification: A self-validating multidimensional liquid chromatography- mass spectrometry framework for characterizing polymerized impurities in carbapenem antibiotics. Journal of Chromatography. A, 1765, 466511-466511. https://doi.org/10.1016/j.chroma.2025.466511

WANG F, MU R, CHEN X, YIN X, ZHOU F, SONG Y, GUO K, MAO X, ZHAI H, FAN T, CHEN Z, ZHANG B, ZHU B, YU P, XU Z, WANG J und HONG L, 2026. From reaction energetics to automated analysis tool auxiliary identification: A self-validating multidimensional liquid chromatography- mass spectrometry framework for characterizing polymerized impurities in carbapenem antibiotics. Journal of chromatography. A. 4 Januar 2026. Vol. 1765, , p. 466511-466511. DOI 10.1016/j.chroma.2025.466511.

Wang F, Mu R, Chen X, Yin X, Zhou F, Song Y, Guo K, Mao X, Zhai H, Fan T, Chen Z, Zhang B, Zhu B, Yu P, Xu Z, Wang J, und Hong L. „From Reaction Energetics to Automated Analysis Tool Auxiliary Identification: A Self-Validating Multidimensional Liquid Chromatography- Mass Spectrometry Framework for Characterizing Polymerized Impurities in Carbapenem Antibiotics.“. Journal of Chromatography. A, Bd. 1765, Januar 2026, S. 466511-, https://doi.org/10.1016/j.chroma.2025.466511.

Wang F/Mu R/Chen X/Yin X/Zhou F/Song Y u. a.: From reaction energetics to automated analysis tool auxiliary identification: A self-validating multidimensional liquid chromatography- mass spectrometry framework for characterizing polymerized impurities in carbapenem antibiotics., Journal of chromatography. A 2026, 466511-466511.

Wang F, Mu R, Chen X, Yin X, Zhou F, Song Y, Guo K, Mao X, Zhai H, Fan T, Chen Z, Zhang B, Zhu B, Yu P, Xu Z, Wang J und Hong L. (2026), „From reaction energetics to automated analysis tool auxiliary identification: A self-validating multidimensional liquid chromatography- mass spectrometry framework for characterizing polymerized impurities in carbapenem antibiotics.“, Journal of Chromatography. A, Vol. 1765, S. 466511-466511.