EXPath 2.0
Comparative expression analysis inferring metabolic pathways for plants
MICROARRAY
RNA-SEQ
BROWSE
LINKS
GUIDE
ABOUT
Please specify the conditions first: (Select at least one condition)
Developmental Stage
Flowers
flowers stage 9
flowers stage 10/11
flowers stage 12
flowers stage 12, sepals
flowers stage 12, petals
flowers stage 12, stamens
flowers stage 12, carpels
flowers stage 15
flowers stage 15, pedicels
flowers stage 15, sepals
flowers stage 15, petals
flowers stage 15, stamen
flowers stage 15, carpels
flower
Leaves
cotyledons
leaves 1 + 2
rosette leaf #4, 1 cm long
rosette leaf # 2
rosette leaf # 4
rosette leaf # 6
rosette leaf # 8
rosette leaf # 10
rosette leaf # 12
leaf 7, petiole
leaf 7, proximal half
leaf 7, distal half
senescing leaves
cauline leaves
vegetative rosette, 7 days
vegetative rosette, 14 days
vegetative rosette, 21 days
leaf
Pollen
mature pollen
Roots
roots 1xMS, 1% sucrose, 7 days
roots 1xMS, 1% sucrose, 17 days
roots 1xMS, 1% sucrose, 15 days
root 0.5x GM, 8 days
root 0.5x GM, 21 days
root 0.5x GM, 5% sucrose, 8 days
root 0.5x GM, 5% sucrose, 21 days
Seeds
seeds, stage 6, w/o siliques; mid to late torpedo
seeds, stage 7, w/o siliques; late torpedo to earl
seeds, stage 8, w/o siliques; walking-stick to ear
seeds, stage 9, w/o siliques; curled cotyledons to
seeds, stage 10, w/o siliques; green cotyledons em
Shoot
shoot apex, vegetative + young leaves
shoot apex, vegetative
shoot apex, transition (before bolting)
shoot apex, inflorescence (after bolting)
Siliques
siliques, w/ seeds stage 3; mid globular to early
siliques, w/ seeds stage 4; early to late heart em
siliques, w/ seeds stage 5; late heart to mid torp
Stem
hypocotyl
stem, 2nd internode
1st node
Copyright @ Institute of Tropical Plant Sciences, College of Bioscience and Biotechnology, National Cheng Kung University, Tainan Taiwan.
Contact us:
Wen-Chi Chang
E-mail:
sarah321@mail.ncku.edu.tw
E-mail:
sarah321@mail.ncku.edu.tw
E-mail:
sarah321@mail.ncku.edu.tw