|
Number |
Gene |
Gene Symbol |
Method of Isolation |
Chr |
Locus ID (MSU) |
MH63 ID |
ZS97 ID |
Same or not in MH63 and ZS97 |
Function |
|
|
153 |
Rice blast resistance-z |
Pizt |
Map based clone |
6 |
NA |
MH06g0227600 |
ZS06g0201700 |
Same |
Rice blast resistance-z gene. |
|
155 |
Phosphate transporter gene |
OsPht1;6; OsPT6 |
PCR clone |
8 |
LOC_Os08g45000 |
MH08g0570900 |
ZS08g0655300 |
Same |
OsPT6 plays a broad role in Pi uptake and translocation throughout the plant. |
|
157 |
Magnaporthe grisea resistance-37 |
Pi37 |
Map based clone |
1 |
LOC_Os01g57310 |
NA |
ZS01g0641400 |
PAV |
Pi37 is the resistance gene of rice. |
|
159 |
Tiller Angle Controlling |
TAC1 |
RT-PCR |
9 |
LOC_Os09g35980 |
MH09g0438200 |
ZS09g0388100 |
Same |
Tiller Angle Control 1 (TAC1) is a major quantitative trait locus that controls rice tiller angle |
|
160 |
Yellow green leaf1 |
YGL1 |
RT-PCR |
5 |
LOC_Os05g28200 |
MH05g0321700 |
ZS05g0340500 |
Same |
Yellow green leaf gene |
|
161 |
Fragrance gene |
fgr; aro |
Mutant |
8 |
LOC_Os08g32870 |
MH08g0416200 |
ZS08g0482400 |
Same |
The fgr gene corresponds to the gene encoding BAD2 in rice, while BAD1 is encoded by a gene on chromosome 4. |
|
162 |
Lipoxygenase 3 gene |
LOX3 |
RT-PCR |
3 |
LOC_Os03g49350 |
MH03g0595400 |
ZS03g0633100 |
Same |
Embryo LOX3 gene had some functions in response to adver sity stress. |
|
163 |
Hybrid breakdown 2;casein kinase I;Low Temperature Growth 1 |
hbd2; OsCKI1; LTG1 |
Map based clone |
2 |
LOC_Os02g40860 |
MH02g0491000 |
ZS02g0499700 |
Same |
Fine mapping of hbd2 resulted in the identification of the causal gene as casein kinase I (CKI1). Further analysis revealed that hbd2-CKI1 allele gains its deleterious function that causes the weakness phenotype by a change of one amino acid. |
|
165 |
Dwarf |
OsSIN |
Mutant |
3 |
LOC_Os03g22510 |
MH03g0078200 |
ZS03g0072400 |
Same |
OsSIN is a new member in the GA pathway regulating rice stem development. |
|
166 |
SPINDLY gene |
OsSPY |
RT-PCR |
8 |
LOC_Os08g44510 |
NA |
ZS08g0643800 |
Gap |
OsSPY may play roles both in GA signaling and in the brassinosteroid pathway. |