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Table 1 Differentially expressed metabolites between chlorosis and control groups

From: Transcriptome and metabolome analyses reveal new insights into chlorophyll, photosynthesis, metal ion and phenylpropanoids related pathways during sugarcane ratoon chlorosis

Class

Compounds

Chlorosis

Control

VIPa

p-value

Log2_Fold change

Alkaloids

p-Hydroxymandelonitrile

430,394

608,420

1.10959687

0.02027379

−0.4994096

Lipids

Octadeca-11E,13E,15Z-trienoic acid

3,844,200

4,741,460

2.56435704

0.00846175

−0.302648

Eicosadienoic acid

461,728

577,134

1.01768916

0.00513142

−0.3218631

LysoPC 16:0

4,335,720

6,566,380

4.19556532

0.03436214

−0.5988267

Organic acids

2-Hydroxycinnamic acida

319,370

545,734

1.15424233

0.02310167

−0.7729691

Others

(S)-2-Phenyloxirane

896,878

1,115,572

1.19133863

0.02950794

−0.3148

Phenolic acids

Phthalic anhydride

710,886

857,740

1.05578543

0.02138151

−0.2709222

Vanillina

1,562,940

1,941,380

1.53827326

0.00423727

−0.3128201

2-(Formylamino) benzoic acid

506,076

742,464

1.12174147

0.00254916

−0.552967

Coniferyl alcohol

79,553

231,474

1.08262447

0.00357173

−1.5408619

Ferulic acid

285,570

545,394

1.34644681

0.01281337

−0.9334544

Dibutyl phthalatea

13,661,400

16,021,600

4.31621733

0.02367218

−0.2299129

5-O-Caffeoylshikimic acid

207,131.2

406,682

1.18067851

0.01341248

−0.9733563

  1. aVIP variable importance in projection