. 2018 Jun 18;18:121. doi: 10.1186/s12870-018-1335-0

Table 4.

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

Gene ID	Gene	2ndD	14thD	Type	Subgroups	Putative function clade and gene function
Gene ID	length	fold	fold	Type	No.	Putative function clade and gene function
CL5525.Contig4	955	476.9^a	–	R2R3	other	Trichome development-regulated: AtMYB82 [69]
Unigene18972	1084	17.02^a	0.41^b	R1R2R3	Unknown
Unigene35962	3506	13.97^a	0.49^b	R1R2R3	Unknown
Unigene12085	975	13.54^a	0.32^b	R2R3	6	Anthocyanin biosynthes-related: AtMYB75and AtMYB90 [54, 70, 71]
Unigene41846	938	4.98^a	–	R2R3	6	Secondary cell wall formation-related: AtMYB75 [72]
Unigene35958	3304	6.28^a	–	R1R2R3	Unknown
CL8695.Contig1	1179	5.47^a	–	R2R3	5	Seed pigmentation biosynthesis -controlled: AtMYB123 [48, 73]
Unigene11002	1229	2.93^a	–	R2R3	5
Unigene7972	1143	5.41^a	–	R2R3	9	Seed germination and reproductive development-related AtMYB17 [74, 75]
CL1441.Contig4	2364	2.85^a	–	R2R3	9	Petal development: AtMYB16 [76]
						Repressor of cell outgrowth: AtMYB106 [77]
Unigene24177	714	4.91^a	–	R2R3	other
Unigene20350	1829	2.20^a	–	R2R3	other
CL12359.Contig1	3219	2.56^a	–	R2R3	other
CL5017.Contig2	1322	4.04^a	0.34^b	R2R3	1	Hypersensitive response: AtMYB30Cooperates with BES1 to regulate
CL8708.Contig1	1933	2.91^a	–	R2R3	1	brassinosteroid-induced gene Expression; abiotic stress response, SA–mediated pathway AtMYB30 [77]
Unigene13855	767	3.84^a	–	R2R3	15	Epidermal cell fate specification: AtMYB23 [78] Trichome development: AtMYB0 and AtMYB23,
CL7877.Contig1	887	3.25^a	–	R2R3	15	Root hair patterning-controlled AtMYB66 [79]
Unigene1868	527	2.68^a	–	R1	Unknown
Unigene16731	1118	2.41^a	–	R2R3	14	Axillary meristem initiation in roots-related: AtMYB36 [80]
CL3134.Contig13	4926	2.40^a	–	R1R2R3	Unknown
CL13057.Contig1	995	2.31^a	–	R2R3	4	The battle against UV by repressing C4H: AtMYB4 [81]
CL13057.Contig2	827	–	2.64^a	R2R3	4
CL2339.Contig1	1129	2.24^a	–	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	–	2.02^a	R2R3	7	Flavonol glycosides-related: AtMYB11, AtMYB12 and AtMYB111 [34]
CL6408.Contig3	1494	2.01^a	–	R2R3	2	Shoot apex morphogenesis: AtMYB13 [85]
CL9344.Contig1	1068	–	0.25^b	R2R3	2	Cold stress tolerance: AtMYB14 and AtMYB15 [86, 87]
CL6408.Contig1	1557	–	0.45^b	R2R3	2
CL5350.Contig2	1322	–	0.16^b	R2R3	2
Unigene48919	574	0.41^b	–	R2R3	2
CL1581.Contig2	1552	–	0.18^b	R1	Unknown
CL7764.Contig2	980	–	0.15^b	R1	Unknown
Unigene6794	537	–	2.47^a	R2R3	other
Unigene36358	1700	–	2.01^a	R2R3	other	AS1 leaf morphogenesis (polarity specificity) and plant immune response: AtMYB91 [88];
						Rough-sheath development: AtMYB91 [89]
Unigene11308	1618	–	2.10^a	R2R3	13	Stomatal closure: AtMYB61 [90];
						Multiple aspects of plant resource allocation-controled: AtMYB61 [91]
Unigene38120	1427	–	0.47^b	R2R3	22	Stomatal closure-regulated: AtMYB44,AtMYB70, AtMYB73 and AtMYB77 [92, 93]
						Auxin signaling pathway- modulated: AtMYB77 [94];
Unigene39226	735	0.49^b	–	R2R3	20	GA metabolism and signaling involved in regulation starvation responses:AtMYB62 [95];
						Cell separation processes-related: AtMYB116 [96]
Unigene2945	935	0.44^b	–	R1	Unknown

Note: “^a”indicates significant up-regulation; “–”indicates no difference; “^b”indicates significant down-regulation. Unknown and other indicate Unigene is not grouped