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Table 2 The absolute quantitative analysis of the intermediates in anthocyanin synthesis of mulberry fruit (μg/g)

From: Comparative transcriptome analysis of mulberry reveals anthocyanin biosynthesis mechanisms in black (Morus atropurpurea Roxb.) and white (Morus alba L.) fruit genotypes

Compounds

Class

Baisang-S1

Baisang-S2

Baisang-S3

Da 10-S1

Da 10-S2

Da 10-S3

L-Phenylalanine

Amino acids

811.31331 ± 36.43849

742.13025 ± 25.70976

443.71018 ± 23.07179

545.44409 ± 38.36563

253.50031 ± 15.51107

224.24296 ± 36.65830

Hydroxy-methoxycinnamate

Hydroxycinnamoyl derivatives

0.05897 ± 0.00184

0.07998 ± 0.00739

0.11390 ± 0.00284

0.04836 ± 0.00279

0.05797 ± 0.00778

0.09723 ± 0.00653

Naringenin

Flavanone

0.00515 ± 0.00051

0.01242 ± 0.00151

0.01036 ± 0.00166

0.00397 ± 0.00027

0.00472 ± 0.00039

0.03293 ± 0.00402

Dihydrokaempferol

Flavonol

0.00631 ± 0.00073

0.01445 ± 0.00054

0.02569 ± 0.00397

0.01084 ± 0.00092

0.00839 ± 0.00196

0.05662 ± 0.00244

Eriodictyol

Flavanone

0.02949 ± 0.00052

0.03769 ± 0.00506

0.06633 ± 0.00467

0.01500 ± 0.00027

0.01613 ± 0.00160

0.09237 ± 0.00604

Dihydroquercetin

Flavonol

0.19092 ± 0.01829

0.11948 ± 0.00843

0.60914 ± 0.06652

0.09268 ± 0.00079

0.02881 ± 0.00096

0.63948 ± 0.02406

Dihydromyricetin

Flavonol

N/A

N/A

0.01955 ± 0.00045

N/A

N/A

0.03062 ± 0.00149

Quercetin

Flavonol

0.35654 ± 0.00886

0.48267 ± 0.01911

0.66481 ± 0.04480

0.65661 ± 0.07946

0.41826 ± 0.01968

0.87541 ± 0.04971

Cyanidin 3-O-glucoside

Anthocyanins

23.62732 ± 0.18152

24.38825 ± 0.64472

25.10366 ± 0.39409

90.41854 ± 3.85833

599.96594 ± 93.58634

9417.32306 ± 266.24377

Cyanidin 3-O-rutinoside

Anthocyanins

13.32180 ± 0.07860

13.44661 ± 0.21209

13.01601 ± 0.24948

21.51326 ± 0.54634

377.16105 ± 35.91237

3227.72453 ± 76.47388