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Table 5 The biomarkers between PI and PR samples absorbed by ADS-8 resin in rhizosphere soils

From: Metabolite profiling of rhizosphere soil of different allelopathic potential rice accessions

Name

KEGG

VIP

PI

PR

Participating in metabolic pathways

Hexanoic acid

C01585

2.70187

U

D

ko01120 Microbial metabolism in diverse environments (6)

cpd:C00033 Acetate

cpd:C00049 L-Aspartate

cpd:C00414 Cyclohexanone

cpd:C06104 Adipate

cpd:C06712 Fluoren-9-one

cpd:C09815 Benzamide

Deoxyspergualin

D08032

1.69418

U

D

Acetic acid

C00033

1.67186

U

D

Carbromal

D02619

1.62782

D

U

2-Phenoxyethanol

D08359

1.59034

D

U

Hexahydropyridine

C01746

1.55401

D

U

Acetamide

C06244

1.54784

D

U

Cucurbitacin b

C08794

1.54166

U

D

ko00960 Tropane, piperidine and pyridine alkaloid biosynthesis (1)

cpd:C01746 Piperidine

Methyl 3-O-mesyl-5-O

-methoxycarbonpyl-d-xylofuranoside

C00049

1.52048

U

D

Pyridine

C00747

1.41385

D

U

ko00051 Fructose and mannose metabolism (1)

cpd:C00392 Mannitol

Thymol

C09908

1.4007

D

U

3-Buten-2-one

C20701

1.37027

D

U

ko00524 Neomycin, kanamycin and gentamicin biosynthesis (1)

cpd:C00832 Paromomycin

Hexanedioic acid

C06104

1.36746

D

U

Cyclohexanone

C00414

1.3182

U

D

 

9-Fluorenone

C06712

1.27628

D

U

Pentanoic acid

C00803

1.25499

U

D

Paromomycin

C00832

1.20995

D

U

d-Mannitol

C00392

1.20081

D

U

(+/−)-2-(4′-Isobutylphenyl) propionitrile

C04469

1.13964

D

U

Heptanoic acid

C17714

1.11581

U

D

Acetohydroxamic acid

C06808

1.04682

D

U

phenylamino

C01302

1.03838

D

U

Butane

D03186

1.034

U

D

2-Cyclohexenone

C02395

1.03148

D

U

Ascaridole epoxide

C09836

1.01456

U

D

benzamide

C09815

1.00777

D

U

  1. Note: U upregulated expression. D downregulated expression