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| Line 45: |
Line 45: |
| | | | |
| | ==Structured Information== | | ==Structured Information== |
| − | {{JaponicaGene|
| |
| − | GeneName = Os07g0498800|
| |
| − | Description = Calreticulin interacted protein|
| |
| − | Version = NM_001066246.1 GI:115472224 GeneID:4343305|
| |
| − | Length = 8474 bp|
| |
| − | Definition = Oryza sativa Japonica Group Os07g0498800, complete gene.|
| |
| − | Source = Oryza sativa Japonica Group
| |
| | | | |
| − | ORGANISM Oryza sativa Japonica Group
| |
| − | Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta;
| |
| − | Spermatophyta; Magnoliophyta; Liliopsida; Poales; Poaceae; BEP
| |
| − | clade; Ehrhartoideae; Oryzeae; Oryza.
| |
| − | |
| |
| − | Chromosome = [[:category:Japonica Chromosome 7|Chromosome 7]]|
| |
| − | AP = Chromosome 7:19377339..19385812|
| |
| − | CDS = 19377627..19377701,19378023..19378178,19378430..19379032,19379303..19379631,19379729..19380292<br>,19380865..19380979,19381063..19381134,19381217..19381381,19382341..19382489<br>,19382567..19382636,19382712..19382858,19382936..19383004,19383274..19383314<br>,19383859..19383957,19384519..19384636,19384814..19384942|
| |
| − | GCID = <gbrowseImage1>
| |
| − | name=NC_008400:19377339..19385812
| |
| − | source=RiceChromosome07
| |
| − | preset=GeneLocation
| |
| − | </gbrowseImage1>|
| |
| − | GSID = <gbrowseImage2>
| |
| − | name=NC_008400:19377339..19385812
| |
| − | source=RiceChromosome07
| |
| − | preset=GeneLocation
| |
| − | </gbrowseImage2>|
| |
| − | CDNA = <cdnaseq>atgtctgaagatgcgtctgtcggggccagcagttcaacagtaaaagctggcgatgatccagaggctaccattgagatcaacatcaaaaccctggattcacaagttcataagctccgtgttaagaagaatgtacctgttctggtccttaaagagaagatagtagaggcaaccggggttcctgtggaccaacagcggttgatttttagaggaagagtcttaaaggacgatcacctgctatcagaatatcatttggaagatgggtacacattgcatttggttgctcggcgtgcagctgctgaaggccaacattcttctggtacttctgatgaaaacacccatgctaatgttaatgttgctggaaatggactgttaggagatatctccaggagtgttcgggatatccttggctccctaggtcttgcgacgcctggtggcatgacaaacactacattttcggtgcctttaaccactgcaccagaaggggccaataatgtcaatggaagaactcaaccagggaatcatgcacaaccagggttttcaattctgaatcatcaaatccaagtatcacaactacaaccagcaggctctattcctcgcaacatggttattcctgattctctcacaactcttttggagtatatcaaccgcatggatcaagtactacagaataacggcacaccatctgttgatacaaatacccagcagccaccaagatcggatgatgcttatctaaatcaaagatttccaagtcctgaggttctggtgtcagtcattgaaagagcccaacaacttcttggtggcagtgctgcttctgctctttcacatctcgcacaacgaatccagagagattctggcaccagtgatgcatctatacgtagccagatccagaatgaatcagctcagctgggagtagcaatgcagcatttgggtgcaatgtttttggagcttggtcgaacaatgatgatgcttcggatggggccatcccctgctgatgcttttgtcaatgctggatcttctgtttatataaactctgcaggaccgaatccaatcatggttcagccatcttttcaaaatactcctccttttggagtttcgagcataccagtcctcggtggaatttctggtgcctttggtattgttgatccttctcgtacatctgctgtcaatacccatggtacttctacaacaagtgggtcatctgctggtatgaccactgcttctgcaggcgctgtcaatgaaggtcgtcaaaatgtggaaagaactcaaggaggtaacccatctgctacctcaatgcatggattgccagcaaggacagttattgcggctattcctgcacggtccacggctgaggctccaaaccatgtcctgagtgttatcctgcctgttcaagtgaggagtcaagtagcaatgcctaatcaatcaacagtttctcaaggttctcagactgcagtgggcggtggatctcaaccacaagcctctgtaggtggtgttgctagcattccttctatagtggcacaggtaactgcacaagtagccaatgcattgagtgcaaatcaacaaggccaggtttcatcatctgcgcagaacacagtagatcagggatctcgctcggtcacaactaatggagttgacaatgtggattctctggtatcagcaagtacgcaactgcaaaatgagctgtcagattctaacaatggacgcacttcactaaatgcacaatctcttgtagctggagcaggtatttctccttcaaacacatctgatcccaatttagcatcggaagacagcagcactgaaaatgctcccaacatcggcagtattcaacaacatccagagatggaagggatccatgcagataatgtcagaaaaccttctgaggaatcaacaacagccaacttagtggggcagatcacaaccacctgtacagatgatatttctgtgaacagatcagcagaaaattcttcacagaagaacattccattggatggagtatctgcacagtccattaagccatctgcaagtagtaggtctgaaccagtaggtcttggtggaggtttgcagcctaagaggcggagcagaacagcaaagccacctgggagtagcagtgatactggcgaagtcgtcaattcctctcgcatcagcaatagccaaaatgctgtttcaatgggccagcaggttctgcaagcccttgcttctcaaaatactaatgtaaacagaagccatgttacggattctccacttccatccactacttctcagttttctggtggaatgcctccgagaagacagggtggtgaaggacaagttgattttggcagtatgatatccagtgtgctaaacaacccagcttttggcaatctgttgtccaatgtagcagagcaaacaggcatgggttccgcaggtgatttgagaaacatggtggaagagtgtgcacagagccctgcaataatggatactatgagtaatttagtccaaaatgtggatgggtcaggaagaggtcaaggtggcattgacttgtctagaatgatgcagcaaatgatgcctgttgtatcccaagttcttggtggagctggggctcgtcctgctggtacaaatagtggacaatccagattgcagcctcggcgcagtgacatgagagtggatgatgcttcagattatggaaattctcagattgatctacaccaagctcgtgaacacattgagcaacatgactcccccagggatatcttcggtgcggtcctcgaaactgctgcacaggcttatggtgaagatgagagtattgaggacatgcttgaagagcttgtcagtgacccagaacttacagatgactacctgaaacttctgctccaacaagttcgccagaggatacagtcggcatctcaatccgggaaccagtcttga</cdnaseq>|
| |
| − | AA = <aaseq>MSEDASVGASSSTVKAGDDPEATIEINIKTLDSQVHKLRVKKNV PVLVLKEKIVEATGVPVDQQRLIFRGRVLKDDHLLSEYHLEDGYTLHLVARRAAAEGQ HSSGTSDENTHANVNVAGNGLLGDISRSVRDILGSLGLATPGGMTNTTFSVPLTTAPE GANNVNGRTQPGNHAQPGFSILNHQIQVSQLQPAGSIPRNMVIPDSLTTLLEYINRMD QVLQNNGTPSVDTNTQQPPRSDDAYLNQRFPSPEVLVSVIERAQQLLGGSAASALSHL AQRIQRDSGTSDASIRSQIQNESAQLGVAMQHLGAMFLELGRTMMMLRMGPSPADAFV NAGSSVYINSAGPNPIMVQPSFQNTPPFGVSSIPVLGGISGAFGIVDPSRTSAVNTHG TSTTSGSSAGMTTASAGAVNEGRQNVERTQGGNPSATSMHGLPARTVIAAIPARSTAE APNHVLSVILPVQVRSQVAMPNQSTVSQGSQTAVGGGSQPQASVGGVASIPSIVAQVT AQVANALSANQQGQVSSSAQNTVDQGSRSVTTNGVDNVDSLVSASTQLQNELSDSNNG RTSLNAQSLVAGAGISPSNTSDPNLASEDSSTENAPNIGSIQQHPEMEGIHADNVRKP SEESTTANLVGQITTTCTDDISVNRSAENSSQKNIPLDGVSAQSIKPSASSRSEPVGL GGGLQPKRRSRTAKPPGSSSDTGEVVNSSRISNSQNAVSMGQQVLQALASQNTNVNRS HVTDSPLPSTTSQFSGGMPPRRQGGEGQVDFGSMISSVLNNPAFGNLLSNVAEQTGMG SAGDLRNMVEECAQSPAIMDTMSNLVQNVDGSGRGQGGIDLSRMMQQMMPVVSQVLGG AGARPAGTNSGQSRLQPRRSDMRVDDASDYGNSQIDLHQAREHIEQHDSPRDIFGAVL ETAAQAYGEDESIEDMLEELVSDPELTDDYLKLLLQQVRQRIQSASQSGNQS</aaseq>|
| |
| − | DNA = <dnaseqindica>8112..8186#7635..7790#6781..7383#6182..6510#5521..6084#4834..4948#4679..4750#4432..4596#3324..3472#3177..3246#2955..3101#2809..2877#2499..2539#1856..1954#1177..1294#871..999#agttctcacttctcacacaactcgcaaccctaataaagcgcaaaaaaggaaaaagaaaaatcgccacggaaaaatcctcgctgccccccatcgggcaggagcaaccgccgcatcggcccccgatccggtcgccgccgcctctcgcccggttcatccgccgcttgccaacccctccgctcccagcaaccctagtcccccaccccaacgccgccgccagctcagctcgcctcgcgcggggcgcagccgactctctacttgtggcctcggcggctcgggccctctccggattccacgtatggctcgatcttctgcttttctttttcttctttttttttttttaattattcgggaattgaagcctcatcctattgggggcatacgcgacttggcggagaggacaatggcgacgcatttcagagctaaggggggaagggatatgattttgaggctgtaattgcttgcgaagttctccttttggaagggatcggtcctagccattctgagctgctaaaaattttatttgcggtacggagcgtcttctgataagaggacagaacgattagggtctcccgtaatctgcttttaaatgcttgatggagtcctagaacctaaaattatggaattttctctaatgttaagctaggaatgagggtactggtttcttcgtagatggaaggcgctctacttgttgctgccggaactctgttgagatcttgtgcttaaatgcaggggtttaactggctgtgtaatcttaggcgtggagtgagttgactatgaagaattctgaacatgtctaggaatcataatttcgaattttgtagcttgtggtttatgcagcatctgatactattcagttcctcgttctgtaggatgtctgaagatgcgtctgtcggggccagcagttcaacagtaaaagctggcgatgatccagaggctaccattgagatcaacatcaaaaccctggattcacaagttcataagctccgtgttaagaagaatgtatgcttcgccccaccttgacagtttgctattatgtctctgtgtgtctgttgagtgttgcttgcttgaagagatactagaaatgctatagaatgtcagttccttatagttagaacgacaagatgaattctcccatgtacttgttttgagacaatctaatcactgaaaaatttttaggtacctgttctggtccttaaagagaagatagtagaggcaaccggggttcctgtggaccaacagcggttgatttttagaggaagagtcttaaaggacgatcacctgctatcagaatatcgtatcctttttgttcatgcttcttcttttgaatgcttgaagacaatcaaaccatctagagactcacctcgcttgttgctgttgagaacttgagctatatacactatttacctgcattttgtttcccatctttagttgcttagttataaataggccgggaagatacacaactcttttgggccagtaagggtgatttcgttactgctagaagagtagagtgcctgatgcttttgttgggattagggctgcttgctttggtagtgatttcataatggccttccaatgagacaaaataaagtagtaaaatgtcaaattgaagtatctaagcattaattctttgcaaatatgggcaagaacctcaaatcattgtagaccttgatgatatttgttaagttgaggtggttgaacaccagtatttaactgcatcgttggtggtaatgaggggttccttggatcaacgattttcatcaccacatgatgtaatttatcattttcggttttcttgtgatatttcgtttgtaaacacgacagttgtgatagttatatctttgacaacctcaagatttggaagatgggtacacattgcatttggttgctcggcgtgcagctgctgaaggccaacattcttctggtacttctgatgaaaacacccatgctaatggtaagttaagttgggggttgctttgaagagtatactatcaatatagaacgcacctgatatgcctatgacctattagtcctcagagccatgtgctgcacaagttttcgtagtatcgtaaacaatttatgtgcgttttcactcttcaataccatgtttccatgtgtctgttctatatattaattgtgtcaagctcatactggataaaatattattgccctttgaagggcagaaaaatagttattgctagttattgtaaaaaatagctaggtaagcatttcaggctaagtagatgaaggcttgaacagtccttcgctttatttttcatttaatttgtgaactaaaaacaccattatttaactgtatttatgtaagcattactgtgtttctagttattacaatatatagatagagcataacaaatcaacttgggttatattgactggcactaccttttgtggtaccagagtgtatttcctctgtacctgattttaggtatattacagcaatatgctgggtatgggtctgataatctttttacgtgcagttaatgttgctggaaatggactgttaggagatatctccagggtatgcttctaacatcgctttgtctcgtatacttaaaatttccaatctgcttaactcttagcaacaactacaggttaactttaattttctttgaattctttttcattaactctcttctaggaaattatagaggctatgcattctgaggggatgatagatgacctggctagggtatatgctttgttctagtgttatatgtacctgtctaaatggggaccagaacctttatatgtttattgatgtgatttcctcccacctgttatctgcagagtgttcgggatatccttggctccctaggtcttgcgacgcctggtggcatgacaaacactacattttcggtaataaggtgttacttctttaggtctagtaacctgagacatctcggtatttgacttctatatgtttacttgattaggtgcctttaaccactgcaccagaaggggccaataatgtcaatggaagaactcaaccagggaatcatgcacaaccagggttttcaattctgaatcatcaaatccaagtatcacaactacaaccagcaggctctattcctcgcaacatggttagtaaactgtacttttttcattggtgttttcccatgtataatcatcattataacttttagcaccattgacaggttattcctgattctctcacaactcttttggagtatatcaaccgcatggatcaagtactacagaataacggtatcgtttgttgcaatttgttagtttgatgtgtgtcataaaatactgtcatgttcatctttatgttgcaaattcaggcacaccatctgttgatacaaatacccagcagccaccaagatcggatgatgcttatctaaatcaaagatttccaagtcctgaggttctggtgtcagtcattgaaagagcccaacaacttcttggtggcagtgctgcttctgctctttcagtatgttatcctctctggtacttatattaagttctttttagcttcagtggttcagcctttatagtgatatcttgtcgacgtatagtttatccttctttgtaagtactatattttgtaatgattttgccttctttctaatcagcaaaataattctctttgaacatcaatatgttgccaatgtactacttttcagttctcttatttgagacaaaactatggagatttaaaccaaaataaatccattgtcccattccgtgaccataatcctgctcacagttatctctaatggaccatatacatttaatggctgatactacttgttacaatatagatgattaggctttataacaactactaggaggaacttttagccacttcgtggtacaaaaataacactctagtgttgtgttttgaatataatttttgttttgccttgggtactaggtctgccttagtgccgtgtaacactgctctatattatccctgaatattatatgaggattcaaatggtatttgtaaacgttttgtaccaccactctgcattatccctgaatattatatgagaattcaaatggtatttataaacaccagatgttatttgtttgagagactgatgatctgtttttcattcttttctgcactatccctgctaacattttcctttgggtgccgtacacttgatctgtttttcattcttctctagcattgattgacatgtgaaaggtctaagtggacctctcaaaggtatcaatgggacattagtcttcctagttcggttcttttctctttttttattatgatacccacatttcatacttctcaacgcttattgattcaaaggggtcatatgtacgcagcttcaagactgagtacagtgaaatagcttacctttgaattcacagacgcatgcttctatttggaattttgatgaccttctgtttacctgatatttgtttcagcatctcgcacaacgaatccagagagattctggcaccagtgatgcatctatacgtagccagatccagaatgaatcagctcagctgggagtagcaatgcagcatttgggtgcaatgtttttggagcttggtcgaacaatgatgatgcttcggatggggccatcccctgtatgcttaatttaaattctctattatagtatttaactgatttctgcatgtgttaatttcataacgcttcttattttggtaggctgatgcttttgtcaatgctggatcttctgtttatataaactctgcaggaccgaatccaatcatggttcaggtgacatacattgagatgctttctcatgttgactttaattgttgtgccactttaatgacaacacacattctattgctctgcagccatcttttcaaaatactcctccttttggagtttcgagcataccagtcctcggtggaatttctggtgcctttggtattgttgatccttctcgtacatctgctgtcaatacccatggtaagatcacatttcaagttctcttcagtggctctgttgagtgtactcagctgagtcatgaagctaccatttcaaatccttaatctctactgagaagttcaaatggttatggttatggcctatgattacaaactattacactaataggttagtaggtaaattatctgttagttatttcccttttttttttcttgaacacgagggagttcttccctatattacctgcttcgtcctgatttacctctaaccagaactgaaagatcataacagttttcatatatttatgggatttttcacagggtttatttacacctggatacaatattggtggcctttaattacgattcttttttcaccatctttgtgttagttttcccacatattaccccctcctcctgatttacccctaaccagaccggaagatcataatagctgtaatatatttatgggattttccacagggtttatttacacctggatactgtcatcttggtggcctttgattacaattcttttgtcacactcttgtctgtcctgagcttccactcagacttgatatgatcctttactaggtacttctacaacaagtgggtcatctgctggtatgaccactgcttctgcaggcgctgtcaatgaaggtcgtcaaaatgtggaaagaactcaaggaggtaacccatctgctacctcaatgcatggattgccagcaaggacagttattgcggctattcctgcacggtccacggctgaggctccaaaccatgtcctgagtgttatcctgcctgttcaagtgaggagtcaagtagcaatgcctaatcaatcaacagtttctcaaggttctcagactgcagtgggcggtggatctcaaccacaagcctctgtaggtggtgttgctagcattccttctatagtggcacaggtaactgcacaagtagccaatgcattgagtgcaaatcaacaaggccaggtttcatcatctgcgcagaacacagtagatcagggatctcgctcggtcacaactaatggagttgacaatgtggattctctggtatcagcaagtacgcaactgcaaaatgagctgtcagattctaacaatggacgcacttcactaaatgcacaatctcttgtagctggagcaggtgcctttacattctttttaatgtatcgaacattttctctaatggaaaatgtactgaattgttcaccattcctgtttgttttaatttctctaatcaggtatttctccttcaaacacatctgatcccaatttagcatcggaagacagcagcactgaaaatgctcccaacatcggcagtattcaacaacatccagagatggaagggatccatgcagataatgtcagaaaaccttctgaggaatcaacaacagccaacttagtggggcagatcacaaccacctgtacagatgatatttctgtgaacagatcagcagaaaattcttcacagaagaacattccattggatggagtatctgcacagtccattaagccatctgcaagtagtaggtctgaaccagtaggtcttggtggaggtttgcagcctaaggtattagttaattattttagtgtttactttttagtaataatgtttcctgtaatttgattgtttagcctgcattttgttatccatatcttagcggggttagaatttgccatggttggcagcagtttagttgattggtttaatcacttcaccatttggtctgaatgaaaatggcagacattttactgttgagaaaacgtagtatgccattcatacatgattatttgtcccaaatatgatatgatccccccttctgaaactgctttgatgcagaggcggagcagaacagcaaagccacctgggagtagcagtgatactggcgaagtcgtcaattcctctcgcatcagcaatagccaaaatgctgtttcaatgggccagcaggttctgcaagcccttgcttctcaaaatactaatgtaaacagaagccatgttacggattctccacttccatccactacttctcagttttctggtggaatgcctccgagaagacagggtggtgaaggacaagttgattttggcagtatgatatccagtgtgctaaacaacccagcttttggcaatctgttgtccaatgtagcagagcaaacaggcatgggttccgcaggtgatttgagaaacatggtggaagagtgtgcacagagccctgcaataatggatactatgagtaatttagtccaaaatgtggatgggtcaggaagaggtcaaggtggcattgacttgtctagaatgatgcagcaaatgatgcctgttgtatcccaagttcttggtggagctggggctcgtcctgctggtacaaatagtggacaatccagattgcagcctcggcgcagtgacatgagagtggatgatgcttcagattatggaaattctcaggtaagtcatccagctgaataggttggaactgcctgtatttgcatttgttcttcttagtattatggcttgtgcttatatggtttatttgtgaagaaaaaaattgtgatgattactaatacaccatatctggacaaatgttcattctaaagggttgagaatgtcatatgcaagactgacaaatggaaaacaatatcttttttttttaactttttgataattcataaactaccatcctgctttttcatgcacagattgatctacaccaagctcgtgaacacattgagcaacatgactcccccagggatatcttcggtgcggtcctcgaaactgctgcacaggcttatggtgaagatgagagtattgaggacatgcttgaagagcttgtcagtgacccagaacttacagatgtatgtttccaaaatccccccatccaaatttagaataagctctaatgattttcataggatgccatatagttgataccgtagggtgagattgtttagaaacatacattaggagattatgttatactaatatgtatacatatataaaaaggcaagagatcattttgtggtaaaataagtggtatatgcttcttatatgatcttttgtcaaaataaataaaaaatctgataggattttgcagtaccttgtttgcctttttttttctttttagaaaactttgtttgccttctgattaaccctaaactgctgcaaatatatgctaggactacctgaaacttctgctccaacaagttcgccagaggatacagtcggcatctcaatccgggaaccagtcttgagcaatcatggcaaagaaggtgatccagatatagaggtgattgcataggcaaggtggttgaaccatgcaggtattcactgcagagtttatattttataagttgaaaatggacagaacccagtgtttggtttggtggtcatgattaggcgcctccgtggatgtacatgtgccgtgttctctaattttggcctcagagatgatgtttacaccacccactgcacttgctttaaatgttttacagattttgttagtggtacatagctatcatcaagagctttagatttcgtgg</dnaseqindica>|
| |
| − | Link = [http://www.ncbi.nlm.nih.gov/nuccore/NM_001066246.1 RefSeq:Os07g0498800]|
| |
| − | }}
| |
| | [[Category:Genes]] | | [[Category:Genes]] |
| | [[Category:Japonica mRNA]] | | [[Category:Japonica mRNA]] |
CRTintP1 confers cold tolerance on rice plants[1].
Annotated Information
Function
CDPK13, calreticulin and CRTintP1 might be important signaling components for response to cold stress in rice[1]. CRTintP1 was identiWed as a calreticulin-interacting protein by yeast two-hybrid system and was binding to calreticulin using immuno-precipitation system, which indicating that CDPK13, calreticulin and CRTintP1 were related with each others[2].
GO assignment(s): GO:0006464
Mutation
Transgenic rice[1]:
- Accumulation of calreticulin protein and CRTintP1 protein in the sense calreticulin and CRTintP1 transgenic rice was higher than those in vector control transgenic rice, respectively.
- Calreticulin protein in sense CRTintP1 transgenic rice and CRTintP1 in sense calreticulin transgenic rice were also higher than that in the vector-control transgenic rice. These data demonstrate the interaction of calreticulin with CRTintP1 in vivo, which is in agreement with the observations obtained from the yeast two-hybrid analysis.
Expression
- Northern and immunoblot analysis showed increased expression of calreticulin and CRTintP1 in response to cold stress. Co-immunoprecipitation using anti-calreticulin antibodies confirmed the existence of the calreticulin- CRTintP1 complex in vivo in the stressed leaf tissue[3].
- CRTintP1 was identified as a calreticulin-interacting protein by yeast two-hybrid systems and was found bound to calreticulin using immono-precipitation system. The interaction of calreticulin with CRTintP1 in vivo, which is in agreement with the observations obtained from the yeast two-hybrid analysis[2][3].
Subcellular localization
Cellular localization studies showed that a fusion of CRTintP1 to green fluorescent protein was directed to the nucleus in onion epidermal cells[2].
Knowledge Extension
- Calreticulin (CRT), a major Ca2+-sequestering protein, has been implicated in a variety of cellular functions such as Ca2+ storage, signaling and chaperone activity within the cytoplasm and endoplasmic reticulum. To investigate the biological role of CRT in rice, 21 partial cDNAs, encoding proteins that interacted with rice CRT in a yeast two-hybrid interaction-cloning system, were characterized and the nucleotide sequences were found to be identical to each other[2].
- Northern and immunoblot analysis showed increased expression of CRT and CRTintP in response to cold stress. Co-immunoprecipitation using anti-CRT antibodies confirmed the existence of the CRT-CRTintP complex in vivo in the stressed leaf tissue, suggesting their potential role in regulating stress response[2].
Labs working on this gene
- National Institute of Crop Science, 2-1-18 Kannondai, Tsukuba 305-8518, Japan
- National Institute of Agrobiological Sciences, Tsukuba 305-8602, Japan
- National Agricultural Research Center for Tohoku Region, Akita 014-0102, Japan
References
- ↑ 1.0 1.1 1.2
Komatsu S, Yang G, Khan M, et al. Over-expression of calcium-dependent protein kinase 13 and calreticulin interacting protein 1 confers cold tolerance on rice plants[J]. Molecular Genetics and Genomics, 2007, 277(6): 713-723.
- ↑ 2.0 2.1 2.2 2.3 2.4
Sharma A, Isogai M, Yamamoto T, et al. A novel interaction between calreticulin and ubiquitin-like nuclear protein in rice[J]. Plant and cell physiology, 2004, 45(6): 684-692.
- ↑ 3.0 3.1
Komatsu S. Rice proteome database: a step toward functional analysis of the rice genome[J]. Plant molecular biology, 2005, 59(1): 179-190.
Structured Information
