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
 
  206 Starch synthase I OsSSI; SSS1 PCR clone 6 LOC_Os06g06560 MH06g0079600 NA Gap Encoding a Form of Rice Soluble Starch Synthase
  207 MEIOSIS ARRESTED AT LEPTOTENE1 MEL1 Mutant 3 LOC_Os03g58600 MH03g0716800 ZS03g0742700 Same The germ cell?Cspecific rice MEL1 gene regulates the cell division of premeiotic germ cells, the proper modification of meiotic chromosomes, and the faithful progression of meiosis, probably via small RNA?Cmediated gene silencing, but not the initiation a
  208 Efflux boron transporter gene OsBOR1 RT-PCR 12 LOC_Os12g37840 MH12g0392500 NA Gap Os BOR1 is required both for efficient B uptake and for xylem loading of B
  211 Constitutively wilted 1 OsCOW1 T-DNA 3 LOC_Os03g06654 MH03g0068100 ZS03g0062500 Collinear OsCOW1 is required for maintaining water homeostasis and an appropriate root to shoot ratio
  213 Rice Pti1a OsPti1a Mutant 5 LOC_Os05g04520 MH05g0041800 ZS05g0045300 Same Appropriate complex formation by OsPti1a at the plasma membrane is required for the negative regulation of plant immune responses in rice.
  214 Rice JASMONATE RESISTANT 1 OsJar1; OsGH3.5; OsGH3-5 RT-PCR 5 LOC_Os05g50890 NA ZS05g0601400 Gap OsJAR1 possesses at least two major functions in rice defense and development that cannot be complemented by the additional OsJAR2 gene function, although this gene previously showed overlapping enzyme activity in vitro.
  215 HMg-chelatase H subunit OsChlH T-DNA 3 LOC_Os03g20700 MH03g0214300 ZS03g0216600 Collinear Mg-chelatase H subunit
  216 Cysteine Protease 1 OsCP1 T-DNA 4 LOC_Os04g57490 MH04g0677400 ZS04g0794800 Same Rice Cysteine Protease Gene
  217 MADS-box protein gene;days to heading OsMADS50; OsSOC1; DTH3 T-DNA 3 LOC_Os03g03070 NA ZS03g0029200 Gap OsMADS50 is an important flowering activator that controls various floral regulators in rice.
  220 A chlorophyll a oxygenase OsCAO1 Others 10 LOC_Os10g41780 MH10g0434200 ZS10g0458400 Same OsCAO1 plays a major role in chlorophyll b biosynthesis, and that OsCAO2 may function in the dark.
 

 

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

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