Combined transcriptome and metabolome analyses reveal the potential mechanism for the inhibition of Penicillium digitatum by X33 antimicrobial oligopeptide

Bioresources and Bioprocessing

Table 3 Metabolites with statistical differences between X33 AMP-treated and untreated groups

Metabolites	Class	log2^FC	Trend
Citric acid	TCA cycle	−1.09	Down
d-Glucose 6-phosphate	Glycolysis	−3.37	Down
Dl-Glyceraldehyde 3-phosphate	Glycolysis	2.38	Down
15-Methyl palmitic acid	Membrane structure	1.32	Up
γ-Linolenic acid	Membrane structure	1.09	Up
Α-Linolenic acid	Membrane structure	1.09	Up
16-Hydroxyhexadecanoic acid	Membrane structure	1.06	Up
d-Mannitol	Cell wall	−3.05	Down
Mannose 1-phosphate	Cell wall	−4.45	Down
d-Mannose 6-phosphate	Cell wall	−3.41	Down
n-Acetylmannosamine	Cell wall	−2.30	Down
n-Acetyl-d-glucosamine	Cell wall	−2.30	Down
d-Glucosamine 6-phosphate	Cell wall	−1.29	Down
DL-Leucine	Amino acid	−1.18	Down
l-Isoleucine	Amino acid	−1.23	Down
Lysine	Amino acid	1.94	Up
l-Glutamic acid	Amino acid	−2.03	Down
l-Cysteine	Amino acid	−1.18	Down
l-Arginine	Amino acid	1.01	Up
l-Histidine	Amino acid	1.28	Up
Glutamine	Amino acid	−1.64	Down
l-Glutamine	Amino acid	1.85	Up
l-Methionine	Amino acid	−1.96	Down
Cytosine	Genetic transmission	−2.01	Down
Hypoxanthine	Genetic transmission	−1.48	Down
Thymine	Genetic transmission	−1.55	Down
Guanine	Genetic transmission	−1.41	Down
d-Trehalose	Oxidative stress	−1.33	Down
d-sorbitol	Oxidative stress	−3.06	Down