Table 3 Representative plant genes possessing TGTCTC element in corresponding upstream region.

GH3 (D4)

-130~-125

The auxin-responsive soybean GH3 gene. Domain D4 and D1.

[17, 33]

GH3 (D1)

-176~-171

OsBLE3

-434~-429

Brassinolide-enhanced gene involved in cell elongation in rice through dual regulation by BL and IAA.

[34]

GhMyb7

-75~-70

A cotton R2R3-MYB gene. The transcript level is increased by auxin in fiber cells in an in vitro ovule culture system.

[35]

PsPK2

-1695~-1690

PINOID-like gene from Pisum sativum. Auxin and gibberellin positively regulate its expression.

[36]

14-3-3

-625~-620, -531~-526

Promoter of the gene of 14-3-3 proteins, participating in cell cycle control, was investigated in Solanum tuberosum.

[37]

LCA1

-1430~-1425

Ca2+ -ATPase gene of Lycopersicum esculentum induced by ABA and IAA.

[38]

CMe-ACS2

-106~-101

ACS (auxin-responsive 1-aminocyclopropane-1-carboxylate synthase gene) of Melon (Cucumis melo).

[39]

OsRAA1

-150~-145

OsRAA1(Oryza sativa Root Architecture Associated 1) functions in the development of rice root system.

[40]

PsNin

-364~-359

Genes function in early stages of root nodule formation in Pisum sativum (PsNin) or in Lotus japonicus (LjNin).

[41]

LjNin

-365~-360

SAUR

-134~-129

SAUR (Small Auxin-Up RNA) gene of Glycine max.

[42]

CEVI1

-959~-954, -119~-114

Defense-related CEVI1 gene is found from tomato(Lycopersicon esculentum).

[43]

EXPA1

-2090~-2085

TSI (tropic stimulus-induced) genes observed in Brassica oleracea.

[44]

SKS1

-1204~-1199

SAUR50

-101~-96

GH3.5

-86~-81, -585~-580

AAP8

-918~-913

Arabidopsis amino acid transporters (AAPs); AAP8 is probably responsible for import of organic nitrogen into developing seeds.

[45]