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Table 4 Analysis of DEGS-predicted as R2R3-MYB obtained from tea plants treated by sucrose

From: Effects of vitro sucrose on quality components of tea plants (Camellia sinensis) based on transcriptomic and metabolic analysis

Gene ID Gene 2ndD 14thD Type Subgroups Putative function clade and gene function
length fold fold No.
CL5525.Contig4 955 476.9a R2R3 other Trichome development-regulated: AtMYB82 [69]
Unigene18972 1084 17.02a 0.41b R1R2R3 Unknown  
Unigene35962 3506 13.97a 0.49b R1R2R3 Unknown
Unigene12085 975 13.54a 0.32b R2R3 6 Anthocyanin biosynthes-related: AtMYB75and AtMYB90 [54, 70, 71]
Unigene41846 938 4.98a R2R3 6 Secondary cell wall formation-related: AtMYB75 [72]
Unigene35958 3304 6.28a R1R2R3 Unknown  
CL8695.Contig1 1179 5.47a R2R3 5 Seed pigmentation biosynthesis -controlled: AtMYB123 [48, 73]
Unigene11002 1229 2.93a R2R3 5  
Unigene7972 1143 5.41a R2R3 9 Seed germination and reproductive development-related AtMYB17 [74, 75]
CL1441.Contig4 2364 2.85a R2R3 9 Petal development: AtMYB16 [76]
  Repressor of cell outgrowth: AtMYB106 [77]
Unigene24177 714 4.91a R2R3 other  
Unigene20350 1829 2.20a R2R3 other
CL12359.Contig1 3219 2.56a R2R3 other
CL5017.Contig2 1322 4.04a 0.34b R2R3 1 Hypersensitive response: AtMYB30Cooperates with BES1 to regulate
CL8708.Contig1 1933 2.91a R2R3 1 brassinosteroid-induced gene Expression; abiotic stress response, SA–mediated pathway AtMYB30 [77]
Unigene13855 767 3.84a R2R3 15 Epidermal cell fate specification: AtMYB23 [78]
Trichome development: AtMYB0 and AtMYB23,
CL7877.Contig1 887 3.25a R2R3 15 Root hair patterning-controlled AtMYB66 [79]
Unigene1868 527 2.68a R1 Unknown  
Unigene16731 1118 2.41a R2R3 14 Axillary meristem initiation in roots-related: AtMYB36 [80]
CL3134.Contig13 4926 2.40a R1R2R3 Unknown  
CL13057.Contig1 995 2.31a R2R3 4 The battle against UV by repressing C4H: AtMYB4 [81]
CL13057.Contig2 827 2.64a R2R3 4  
CL2339.Contig1 1129 2.24a R2R3 21 Lignin, xylan and cellulose biosynthesis-regulated: AtMYB52, AtMYB54 and AtMYB69 [82]
  Ovule and fruit development: AtMYB117 [83]
ABA hypersensitivity and drought tolerance: AtMYB52 [84]
CL8255.Contig3 1314 2.02a R2R3 7 Flavonol glycosides-related: AtMYB11, AtMYB12 and AtMYB111 [34]
CL6408.Contig3 1494 2.01a R2R3 2 Shoot apex morphogenesis: AtMYB13 [85]
CL9344.Contig1 1068 0.25b R2R3 2 Cold stress tolerance: AtMYB14 and AtMYB15 [86, 87]
CL6408.Contig1 1557 0.45b R2R3 2  
CL5350.Contig2 1322 0.16b R2R3 2
Unigene48919 574 0.41b R2R3 2
CL1581.Contig2 1552 0.18b R1 Unknown
CL7764.Contig2 980 0.15b R1 Unknown
Unigene6794 537 2.47a R2R3 other
Unigene36358 1700 2.01a R2R3 other AS1 leaf morphogenesis (polarity specificity) and plant immune response: AtMYB91 [88];
  Rough-sheath development: AtMYB91 [89]
Unigene11308 1618 2.10a R2R3 13 Stomatal closure: AtMYB61 [90];
  Multiple aspects of plant resource allocation-controled: AtMYB61 [91]
Unigene38120 1427 0.47b R2R3 22 Stomatal closure-regulated: AtMYB44,AtMYB70, AtMYB73 and AtMYB77 [92, 93]
  Auxin signaling pathway- modulated: AtMYB77 [94];
Unigene39226 735 0.49b R2R3 20 GA metabolism and signaling involved in regulation starvation responses:AtMYB62 [95];
  Cell separation processes-related: AtMYB116 [96]
Unigene2945 935 0.44b R1 Unknown  
  1. Note: “a”indicates significant up-regulation; “–”indicates no difference; “b”indicates significant down-regulation. Unknown and other indicate Unigene is not grouped