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Table 4 DEGs involved in the plant hormone metabolism and signaling pathways and transcription factors (TFs) between CK and NO (CK-VS-NO)

From: Gene expression profile indicates involvement of NO in Camellia sinensis pollen tube growth at low temperature

GeneID

Gene length

log2Ratio(NO/CK)

Up-Down-Regulation(NO/CK)

Probability

Gene annotation

Unigene14044_All

256

−1.843769497

down

0.716541745

abscisic acid 8'-hydroxylase

CL580.Contig48_All

754

1.070746844

up

0.727803027

PP2C

Unigene4038_All

663

−1.137884213

down

0.84974181

Leucine-rich repeat (LRR) protein

Unigene22534_All

230

−1.154935001

down

0.706870123

Ethylene response sensor 1

Unigene17743_All

272

1.415347606

up

0.7430468

indole-3-acetic acid-amido synthetase

Unigene21651_All

201

−1.525739727

down

0.723650002

indole-3-acetic acid-induced protein

Unigene17702_All

299

−1.618842865

down

0.747241362

MYB transcription factor

Unigene4344_All

557

−1.108187448

down

0.725592533

MYB transcription factor

Unigene21920_All

236

−1.849780074

down

0.72892945

Zinc finger protein

CL1553.Contig1_All

531

−1.28555

up

0.738229

MADS-box transcription factor

Unigene1516_All

230

1.242887153

up

0.792390331

CAMTA

Unigene2215_All

492

−1.171631887

down

0.701307237

CAMTA

Unigene20631_All

228

−5.122748755

down

0.78094284

ERF transcription factor

Unigene13943_All

358

−1.523794549

down

0.785566632

bHLH transcription factor

CL898.Contig1_All

231

−2.128187976

down

0.744496571

bHLH transcription factor

  1. The absolute values of log2Ratio (NO/CK) > 1 and probability > 0.7 were used as threshold for assigning significance. CK control, NO NO treatment