| |
Number |
Gene |
Gene Symbol |
Method of Isolation |
Chr |
Locus ID (MSU) |
MH63 ID |
ZS97 ID |
Same or not in MH63 and ZS97 |
Function |
| |
| |
101 |
TILLER ANGLE INCREASED CONTROLLER;CCCH-Type Zinc Finger Protein |
OsLIC1 |
DNA gel blot |
6 |
LOC_Os06g49080 |
NA |
ZS06g0640000 |
PAV |
OsLIC is a negative regulator of the BR response. |
| |
102 |
Low amylose content mutant |
du3; OsCBP20 |
Map based clone |
2 |
LOC_Os02g39890 |
MH02g0481600 |
ZS02g0490500 |
Same |
Low amylose content mutant. |
| |
103 |
Basic/helix-loop-helix 37 0 |
bhlh37 |
Others |
1 |
NA |
MH01g0744900 |
ZS01g0747200 |
Collinear |
Rice bHLH proteins can potentially participate in a variety of combinatorial interactions, endowing them with the capacity to regulate a multitude of transcriptional programs. |
| |
104 |
Basic/helix-loop-helix 8 0 |
bhlh8 |
Others |
1 |
NA |
MH01g0017400 |
ZS01g0018000 |
Collinear |
Basic/helix-loop-helix (bHLH) transcription factors are known to play a role in the specification of tissue types ihn animals. The bHLH domain is approximately 60aa in size and consists of a basic region and a helix-loop-helix region. The helix-loop-helix |
| |
105 |
BTH-induced ERF transcriptional factor 2 0 |
bierf2 |
cDNA clone |
1 |
bierf2 |
NA |
ZS08g0625300 |
Gap |
CLASS II ethylene responsive transcriptional factor. |
| |
107 |
Phosphate transporter gene |
OsPht1;2; OsPT2 |
Overexpressing and knockdown |
3 |
LOC_Os03g05640 |
MH03g0060100 |
ZS03g0054900 |
Same |
OsPht1;2 and OsPht1;6 are involved in trafficking of Phosphate in rice |
| |
109 |
Brittle culm-6;cellulose synthase catalytic subunit |
Bc6 |
Map based clone |
9 |
NA |
MH09g0326100 |
ZS09g0283800 |
Same |
Induced from IR68 by EMS treatment. |
| |
111 |
Golden hull and internode 1;chalcone isomerase gene |
gh1; OsCHI |
Mutant |
3 |
LOC_Os03g60509 |
MH03g0732700 |
ZS03g0766400 |
Same |
OsCHI gene is indispensable for flux of the flavonoid pathway in rice. |
| |
112 |
Cinnamyl-alcohol dehydrogenase gene |
FC1; OsCAD7 |
T-DNA |
4 |
FC1 |
MH04g0624600 |
ZS04g0743600 |
Same |
FC1 plays an important role in the biosynthesis of lignin and the control of culm strength in rice. |
| |
113 |
Flavanone 2-Hydroxylase;Cytochrome P450 93G2 |
CYP93G2 |
T-DNA |
6 |
LOC_Os06g01250 |
MH06g0011300 |
ZS06g0011000 |
Same |
CYP93G2 is the first enzyme that channels flavanones to C-glycosylflavone biosynthesis in rice. |
