Gene list
 

  Number Gene Gene Symbol Method of Isolation Chr Locus ID (MSU) MH63 ID ZS97 ID Same or not in MH63 and ZS97 Function
 
  357 Rice homeodomain gene OsBIHD1 Overexpression 3 LOC_Os03g47740 MH03g0569000 ZS03g0611100 Nonsynonymous The OsBIHD1 protein may be positively involved in activating expression of the defence-related genes in disease resistance responses, and is also important in rice development and abiotic stress tolerance.
  358 Voltage-dependent Cl- channels OsCLC1 Mutant 1 LOC_Os01g65500 MH01g0723800 ZS01g0726900 Same The ethylene response factors SNORKEL1 and SNORKEL2 allow rice to adapt to deep water
  360 Rice dual-specificity protein kinase OsDPK1 RT-PCR 8 LOC_Os08g12750 MH08g0158200 ZS08g0166900 Same The transcript levels of OsDPK1, OsDPK2, and OsDPK3 in the seedlings were significantly induced by ABA, high salinity, drought, and blast (Magnaporthe grisea Barr). These genes may belong to a novel rice gene family encoding dual-specificity protein kinas
  361 Rice dual-specificity protein kinase OsDPK2 RT-PCR 2 LOC_Os02g07790 MH02g0078100 ZS02g0079500 Same The transcript levels of OsDPK1, OsDPK2, and OsDPK3 in the seedlings were significantly induced by ABA, high salinity, drought, and blast (Magnaporthe grisea Barr). These genes may belong to a novel rice gene family encoding dual-specificity protein kinas
  362 Rice dual-specificity protein kinase OsDPK3 RT-PCR 6 LOC_Os06g45300 MH06g0643900 NA Gap The transcript levels of OsDPK1, OsDPK2, and OsDPK3 in the seedlings were significantly induced by ABA, high salinity, drought, and blast (Magnaporthe grisea Barr). These genes may belong to a novel rice gene family encoding dual-specificity protein kinas
  363 Rice dual-specificity protein kinase OsDPK4 RT-PCR 4 LOC_Os04g51950 MH04g0621500 ZS04g0740100 Same The transcript levels of OsDPK1, OsDPK2, and OsDPK3 in the seedlings were significantly induced by ABA, high salinity, drought, and blast (Magnaporthe grisea Barr). These genes may belong to a novel rice gene family encoding dual-specificity protein kinas
  364 AP2/EREBP transcription factor gene OsDREB1A Others 9 LOC_Os09g35030 MH09g0433900 NA Gap OsDREB1A is potentially useful for producing transgenic monocots that are tolerant to drought, high-salt, and/or cold stresses.
  366 AP2/EREBP transcription factor gene OsDREB42; CR250 Mutant 4 LOC_Os04g46400 MH04g0561100 ZS04g0657700 Same OsDREB genes in rice encode AP2-containing rroteins that bind specifically to the dehydration-responsive element
  367 AP2/EREBP transcription factor gene OsDREB11; CR350 Mutant 4 LOC_Os04g48350 MH04g0583600 ZS04g0677600 Same OsDREB genes in rice encode AP2-containing rroteins that bind specifically to the dehydration-responsive element
  368 AP2/EREBP transcription factor gene OsDREB1E Mutant 4 LOC_Os04g48350 MH04g0583600 ZS04g0677600 Same Over-expression of OsDREB1E could only slightly improved the tolerance to water deficit stress DREB1 gene is involved in cold-sensitive crops.
 

 

Version Rice201608, released August 19th, 2016. Author: HZAUIBI

Copyright © 2012~2018 National Key Laboratory of Crop Genetic Improvement and
Center for Bioinformatics, Huazhong Agricultural University. All rights reserved.