Os07g0164000
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Contents
Annotated Information
Function
WAF1 is required for the stabilization of small RNAs through methylating the last nucleotide,as is Arabidopsis HEN1.
Expression
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Evolution
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Labs working on this gene
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References
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Structured Information
| Gene Name |
Os07g0164000 |
|---|---|
| Description |
Double-stranded RNA binding domain containing protein |
| Version |
NM_001065491.1 GI:115470714 GeneID:4342471 |
| Length |
5251 bp |
| Definition |
Oryza sativa Japonica Group Os07g0164000, 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 | |
| Location |
Chromosome 7:3461634..3466884 |
| Sequence Coding Region |
3461827..3462261,3462542..3462670,3462781..3462897,3462973..3463124,3463219..3463897 |
| Expression | |
| Genome Context |
<gbrowseImage1> name=NC_008400:3461634..3466884 source=RiceChromosome07 preset=GeneLocation </gbrowseImage1> |
| Gene Structure |
<gbrowseImage2> name=NC_008400:3461634..3466884 source=RiceChromosome07 preset=GeneLocation </gbrowseImage2> |
| Coding Sequence |
<cdnaseq>atgccgttgcggctgagaggcggcgggggatcgaagcgagggatgccggcggcgccgacggtgacgcccaaggcggtgatccaccagaagtacggcgccaaggcgtgctacagcgtggaggaggtgcgggaggccgtcgacggcggctgccccggcctcgcgctgccgcagcagaccaggagcgtctaccgctgctcgctcgacatccccggcctcaccgtcgtcaccccgggcaccttcgtcaggaagaaggacgccgagcaagccgccgcgcagattgccctcgacaagcttggtattcagcccactgcaaatgctcccagtactcctgaagaagcatgggatgaacttattgctcgcatatctggtttttttacagatgagaacttcccctcgtcatctcatcctcttattggccacatgtgtgtgacattcagaagaaccggggaccgctttggtatgattcctatgtcagcaattgctgcatgtgatgtgaaggtcattggactgtgtaaacttattgaccccaaagcggagtttgatcctctcttggttttatcattaatctataatgctgccaaaaaatcccctggtgtctctgtcagtgatagcaacttctggatttggagtcagaagccttattcccctgaggctgttgatttggcacttcagcattggtctggcataacggatcccatagaagtagatgggatttttgttccttgtatgatggaggatgaacctaagacaataagacttactttatcacataatgaacattacatgggtgatatagtgtctaagctctctgcaagtgattcctcccacgctgttgtttcaagaactgttggcaaagcatcttctgagataaggctatatttctcagctccaaatgtgcaatttgtttctgagatatcacacaatgtggtttcttctcttggagatggctatatggagagcctaataaataagcgagcttccttcatttctggtcaaacaatttatggagatgcaattttggctaatgttggatatacaaggagagactcagagcttcatactgaagatgttaccttatccaactattacaggattcttctgggcaaatcaccagatgggaattacaagatatccagggattcaattctggtggcagagcttccatctgtgtattctcgttctagttggaagggtctctctccacgagatcttctctgctcattttgtcgccttcacagactagcagagccctacttcgctgtcaataggtgtgctagtgatggaaagaatgacaaggaaaacccagatatgttcaaatgtgatgtcaaaatatattcaaagaagcaggagcttttattggagtattcgacagctgatacttggagcaaggaatctgatgccattcacaattcttcattgaaggtgttgatttggttctgtagttatttcaagcaaccgaacaagcatgtactgaagctctctcattctaagagcactgatggcttcacaatatgtccagataattttttgcatgaatttgccatgttcttatctatttatggcaacagaggaggtgatgactcaagtgcatgcagtacagttggatcgctttctatggatacctcaaaacaaaagcttgaaaacaatgcagttttagcacacattgatggtccagattctggtgtttttccatcccatggatcattgacttgcataagctatactgcttccttggtggtgaaggacaaaacaaacagatatacgctagaaagcaacaatgagtttgagtttgagatagggactggggctgttaagaatcagattgaatcatgcgtgagtcagctgtcagttaatcaaagcgcatgtttcatagctgaattgcctcctaaggatttgatccttgctgcagctaatgagttttctcatgacctttccaagatatctagagacaattgcttcttggagttctctgtaaaggtattgcaggtaactgaaccattagaagatagaatggaaaaagccttgtttaatcctcctttatctaaacaaagagtggaattcgctgttcggtacatcaatgagctgcatgctaccacattggttgattttggctgtggatctggtagccttcttgattcattgcttgagcatccaacaacccttgaaaaagttgtcggtgttgacatttctcggaagggtctcacacgagcagcaaagagccttcatcagaagctgagcaagaaatcgttgatgcagacaagtgttccaacggctgtgctctatgatggttctataacggattttgattctcgcttatacagatttgacattggcacttgtcttgaggtgattgagcacgtagaggaggaccaagcaagtttatgtggcgacgtcgtcttgagttcgttctgccctacggtgctgattgtttcaacacccaactatgaatacaaccctatcctccagagatcagctatgccaaacaaggaagaagaaccagaagaaaacgctggtccttgcaagttccgaaaccatgaccacaagttcgagtggacaagatcccagttccagcactgggctaccggactcgcagaaaagcacaactacagcgtcgagttcagtggcgttggcggatcaggcgatgaaccaggcttcgcttcccagatcgctgtcttcagaagaatggcgtcgggtcaagatgaggtttgccaggagggagagctgcatcaaccttatgagcttctctgggaatggccaaatgcatcgttgccatctcactga</cdnaseq> |
| Protein Sequence |
<aaseq>MPLRLRGGGGSKRGMPAAPTVTPKAVIHQKYGAKACYSVEEVRE AVDGGCPGLALPQQTRSVYRCSLDIPGLTVVTPGTFVRKKDAEQAAAQIALDKLGIQP TANAPSTPEEAWDELIARISGFFTDENFPSSSHPLIGHMCVTFRRTGDRFGMIPMSAI AACDVKVIGLCKLIDPKAEFDPLLVLSLIYNAAKKSPGVSVSDSNFWIWSQKPYSPEA VDLALQHWSGITDPIEVDGIFVPCMMEDEPKTIRLTLSHNEHYMGDIVSKLSASDSSH AVVSRTVGKASSEIRLYFSAPNVQFVSEISHNVVSSLGDGYMESLINKRASFISGQTI YGDAILANVGYTRRDSELHTEDVTLSNYYRILLGKSPDGNYKISRDSILVAELPSVYS RSSWKGLSPRDLLCSFCRLHRLAEPYFAVNRCASDGKNDKENPDMFKCDVKIYSKKQE LLLEYSTADTWSKESDAIHNSSLKVLIWFCSYFKQPNKHVLKLSHSKSTDGFTICPDN FLHEFAMFLSIYGNRGGDDSSACSTVGSLSMDTSKQKLENNAVLAHIDGPDSGVFPSH GSLTCISYTASLVVKDKTNRYTLESNNEFEFEIGTGAVKNQIESCVSQLSVNQSACFI AELPPKDLILAAANEFSHDLSKISRDNCFLEFSVKVLQVTEPLEDRMEKALFNPPLSK QRVEFAVRYINELHATTLVDFGCGSGSLLDSLLEHPTTLEKVVGVDISRKGLTRAAKS LHQKLSKKSLMQTSVPTAVLYDGSITDFDSRLYRFDIGTCLEVIEHVEEDQASLCGDV VLSSFCPTVLIVSTPNYEYNPILQRSAMPNKEEEPEENAGPCKFRNHDHKFEWTRSQF QHWATGLAEKHNYSVEFSGVGGSGDEPGFASQIAVFRRMASGQDEVCQEGELHQPYEL LWEWPNASLPSH</aaseq> |
| Gene Sequence |
<dnaseqindica>4624..5058#4215..4343#3988..4104#3761..3912#2988..3666#2732..2909#2230..2478#1690..2147#1000..1092#193..483#cccacttcacccgactcctcgaatcctcctcgcctcgcttccgatttttctggggggtttagcgcctcccccaattcggcgaccaccccctcccgattccgcctcagttcctgcgtcgatcgattgcgaaaatccccttcgttaccaatcgcatttgtttgtttgtttttgtttgttttttttgggcgtttgatgccgttgcggctgagaggcggcgggggatcgaagcgagggatgccggcggcgccgacggtgacgcccaaggcggtgatccaccagaagtacggcgccaaggcgtgctacagcgtggaggaggtgcgggaggccgtcgacggcggctgccccggcctcgcgctgccgcagcagaccaggagcgtctaccgctgctcgctcgacatccccggcctcaccgtcgtcaccccgggcaccttcgtcaggaagaaggacgccgagcaagccgccgcgcagattgccctcgacaaggtattgatgagcattgtggtggtggcatgcaacttcacctttttttttttgctttacatgtgtagttgcaaaatcatcttccatatacatagagatttatcgtgtagcctttaagtttgtgattagatacggcgatatgcacaatgcacgattcagttagcaattgtgtctcacctatgaggaattgaggaatgtcacaagtgcaaggtggagttctctcaagtctcaaatagtcaaatctcaccttagtttggttattcaattcctgagtgagcacctaattgtgttgctcattgtctttgttgccatttcttttgatagtaccctctgttttctgttctgacaaaccaatgccatcgacgttagtgatcaagctgcacagtaacctagctcctttgtatttctctatcggataagctatgtacctatgatatatgaaatatcattactatgtgaaatgttgttcatgctgtggacctatggtgattaccatttcttttattgtcttcgttgtagcttggtattcagcccactgcaaatgctcccagtactcctgaagaagcatgggatgaacttattgctcgcatatctggtttttttacagatgaggttagtattttccacttgatcttggtgttgtgtcattgtagttcagggattaaggtgcacacaacagaaggctacagcaaaaggaagttttcatattcatgatgttacatatttgagtggaatgctatgctctgctggcaattgaggagtgtaatagggatataggatccttatgatgggctgtgtatgtcgtagggttgcatgatcataaccattgcaactcttataattggagttaagaaagactctgtattactggaattaagaggttatgggtatctatgtggtaaagagaccggaccatcgagcttactacaaaaaacatttcccttaaggctttgctttctatgtttctgcagtttcaacctgctttggtacacattcttctttacatagacatgtcacatgatcaccaaataccaatattgaagtctgaatcattttgtgtacacaagaatacaggattatagttgaagcatgcggctatataatcatattattattcagagcatcagatgtaactgaaaaacaattaatttgttctaaccgaccttttctaacatgtctgtcttttttttttcctactcttctattcagaacttcccctcgtcatctcatcctcttattggccacatgtgtgtgacattcagaagaaccggggaccgctttggtatgattcctatgtcagcaattgctgcatgtgatgtgaaggtcattggactgtgtaaacttattgaccccaaagcggagtttgatcctctcttggttttatcattaatctataatgctgccaaaaaatcccctggtgtctctgtcagtgatagcaacttctggatttggagtcagaagccttattcccctgaggctgttgatttggcacttcagcattggtctggcataacggatcccatagaagtagatgggatttttgttccttgtatgatggaggatgaacctaagacaataagacttactttatcacataatgaacattacatgggtgatatagtgtctaagctctctgcaagtgattcctcccacgctgttgtttcaaggtcagtattgtgccgagccttctcttctgaccattgtcattatttttggtgtgctgataatcttaaaattgtctcactgcagaactgttggcaaagcatcttctgagataaggctatatttctcagctccaaatgtgcaatttgtttctgagatatcacacaatgtggtttcttctcttggagatggctatatggagagcctaataaataagcgagcttccttcatttctggtcaaacaatttatggagatgcaattttggctaatgttggatatacaaggagagactcagagcttcatactgaagatgttaccttatccaactattacaggtatcgatttgttgattatgtcacttgtatgagatatattttgactttagtttaattcaatatgcatacttcattttttttataagaatcatctggttgtagatagatcttgatctgatttttcttcacactgtcatctactcgactactactcttccatcatttgaattgattttctctattgtttaggcacaccttctgttctcatcttagtttctaattcttctgaataacttgctttttggtaactcaggattcttctgggcaaatcaccagatgggaattacaagatatccagggattcaattctggtggcagagcttccatctgtgtattctcgttctagttggaagggtctctctccacgagatcttctctgctcattttgtcgccttcacagactagcagagccctacttcgctgtcaatagggtaagtgcctcttgtaaagtgttaggatcacctgtaagctccgaggagatggacgtgctaaagaatgctgaaaatcagtgtgctagtgatggaaagaatgacaaggaaaacccagatatgttcaaatgtgatgtcaaaatatattcaaagaagcaggagcttttattggagtattcgacagctgatacttggagcaaggaatctgatgccattcacaattcttcattgaaggtgttgatttggttctgtagttatttcaagcaaccgaacaagcatgtactgaagctctctcattctaagagcactgatggcttcacaatatgtccagataattttttgcatgaatttgccatgttcttatctatttatggcaacagaggaggtgatgactcaagtgcatgcagtacagttggatcgctttctatggatacctcaaaacaaaagcttgaaaacaatgcagttttagcacacattgatggtccagattctggtgtttttccatcccatggatcattgacttgcataagctatactgcttccttggtggtgaaggacaaaacaaacagatatacgctagaaagcaacaatgagtttgagtttgagatagggactggggctgttaagaatcagattgaatcatgcgtgagtcagctgtcagttaatcaaagcgcatgtttcatagctgaattgcctcctaaggatttgatccttgctgcagctaatgagttttctcatgacctttccaagatatctagaggtgaggtccaatcttaacacctcagtctgataattttcattaccagcttgaatttggctgaagcactatgctcaagttttaaccatccttgcagacaattgcttcttggagttctctgtaaaggtattgcaggtaactgaaccattagaagatagaatggaaaaagccttgtttaatcctcctttatctaaacaaagagtggaattcgctgttcggtacatcaatgagctgcatgctaccacattggtaaatattcttctcatcctacttccatatttgccaagcatattagcttatcactattgaagtaaatttgttcaggttgattttggctgtggatctggtagccttcttgattcattgcttgagcatccaacaacccttgaaaaagttgtcggtgttgacatttctcggaagggtctcacacgagcagcaaaggcacgtaacagagccttgatgactgttgatagttagttcaccctttaaaccatcccttttgttctctccaatgcttggcaatgactcctttcatctctctgaatttgcagagccttcatcagaagctgagcaagaaatcgttgatgcagacaagtgttccaacggctgtgctctatgatggttctataacggattttgattctcgcttatacagatttgacattggcacttgtcttgaggtcagttactcctgaactgtttctgctgtcttctcaattgcctctagtacatggataccacgattaattgattggattaagaatcacatagcctaatcacatttgtatagtagtacaatgggaagtccatccttagaaatgctgatgtggattcattattttgttcatagtagtacagtgggaagtccatccttacaaatgctgatgtggatttctctttgatctctcaaacgttagatttagttggacatgctattcgactgaccaaagctacttgcaggtgattgagcacgtagaggaggaccaagcaagtttatgtggcgacgtcgtcttgagttcgttctgccctacggtgctgattgtttcaacacccaactatgaatacaaccctatcctccagagatcagctatgccaaacaaggaagaagaaccagaagaaaacgctggtccttgcaagttccgaaaccatgaccacaagttcgagtggacaagatcccagttccagcactgggctaccggactcgcagaaaagcacaactacagcgtcgagttcagtggcgttggcggatcaggcgatgaaccaggcttcgcttcccagatcgctgtcttcagaagaatggcgtcgggtcaagatgaggtttgccaggagggagagctgcatcaaccttatgagcttctctgggaatggccaaatgcatcgttgccatctcactgagttcttgtggtagggagacacgacaactctattaactcttcaccatgcttgtaactgagatggagattctgattagtactgtagttggcattaacttgtcgtcagtaggaaactcaactcaagatcgtgtccccggatgttggtgggttaatgccttgggctgtgttctaaagtcaatgttgccaatttcacc</dnaseqindica> 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