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average number of c in a lipid Equivalent Carbon and Interclass Retention Time Conversion Enhance Identification Untargeted Clinical Lipidomics Equivalent carbon number-based targeted odd-chain

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average number of c in a lipid Equivalent Carbon and Interclass Retention Time Conversion Enhance Identification Untargeted Clinical Lipidomics Equivalent carbon number-based targeted odd-chain

FIGURE 4 Candidate biomarkers were identified using ANOVA and the Kruskal-Wallis test

average number of c in a lipid Equivalent Carbon and Interclass Retention Time Conversion Enhance Identification Untargeted Clinical Lipidomics Equivalent carbon number-based targeted odd-chain

AmiD (amidase D) has a broader substrate specificity in cleaving both 1,6-anhydro-MurNAc-L-Ala and MurNAc-L-Ala bonds (Pennartz et al., 2009)

average number of c in a lipid Equivalent Carbon and Interclass Retention Time Conversion Enhance Identification Untargeted Clinical Lipidomics Equivalent carbon number-based targeted odd-chain

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average number of c in a lipid Equivalent Carbon and Interclass Retention Time Conversion Enhance Identification Untargeted Clinical Lipidomics Equivalent carbon number-based targeted odd-chain

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