Understanding the patterns of gene expression during climate change - Climate Change Effect on Crop Productivity - page 300

table 13.2 (continued) Cis -regulatory motif present in different stress-regulated
plants promoter

Hormone/
stress

ID Origin species Sequence Reference

GARE1OSREP1 GA Oryza sativa TAACAGA Sutoh and

Yamauchi
(2003)

GAREAT GA Arabidopsis

thaliana

TAACAAR Ogawa et al.

(2003)

GGTCCCATGM
SAUR

Auxin Glycine max GGTCCCAT

GREGIONNTPR
B1B

Ethylene Nicotiana

tabacum

TGGCGGCTCTTA
TCTCACGTGA
TG

Meller et al.
(1993)

HBOXCONSEN
SUSPVCHS

Elicitor;
stress and
wounding

Bean ( Phaseolus
vulgaris );
Nicotiana
tabacum

CCTACCNNNNN
NNCT

Loake et al.
(1992)

HSELIKENTGL
N2

Heat shock Nicotiana

tabacum

AGGAATTCCT Ohme-Takagi

and Shinshi
(1990)

JASE1ATOPR1 Senescence;

JA

Arabidopsis
thaliana

CGTCAATGAA He and Gan

(2001)

JERECRSTR Jasmonic

acid

Periwinkle
( Catharanthus
roseus )

CTCTTAGACCGC
CTTCTTTG
AAAG

Menke et al.
(1999)

LECPLEACS2 Ethylene Lycopersicon

esculentum

TAAAATAT Matarasso

et al. (2005)

LS5ATPR1 Auxin; SA

and root

Arabidopsis
thaliana ;
Nicotiana
tabacum

TCTACGTCAC Despres et al.

(2000)

LTRE1HVBLT49 Low

temperature

Hordeum vulgare CCGAAA Dunn et al.

(1998)

LTREATLTI78 Low

temperature,
cold

Arabidopsis
thaliana ;
Hordeum
vulgare

ACCGACA Nordin et al.

(1993)

LTRECOREATC
OR15

Low
temperature;
cold;
drought; and
ABA

Arabidopsis
thaliana ;
Brassica napus

CCGAC Baker et al.

(1994)

MEJARELELOX JA Lycopersicon

esculentum

GATACANNAAT
NTGATG

Beaudoin and
Rothstein
(1997)