Os10g0516300
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Contents
Annotated Information
Function
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Expression
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Evolution
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Structured Information
| Gene Name |
Os10g0516300 |
|---|---|
| Description |
Similar to Electron transfer flavoprotein-ubiquinone oxidoreductase, mitochondrial precursor (EC 1.5.5.1) (ETF-QO) (ETF-ubiquinone oxidoreductase) (ETF dehydrogenase) (Electron-transferring- flavoprotein dehydrogenase) (Fragment) |
| Version |
NM_001071597.1 GI:115482937 GeneID:4349116 |
| Length |
5407 bp |
| Definition |
Oryza sativa Japonica Group Os10g0516300, 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 10:20363680..20369086 |
| Sequence Coding Region |
20365242..20365247,20365460..20365525,20365631..20365705,20366130..20366246,20366570..20366638 |
| Expression | |
| Genome Context |
<gbrowseImage1> name=NC_008403:20363680..20369086 source=RiceChromosome10 preset=GeneLocation </gbrowseImage1> |
| Gene Structure |
<gbrowseImage2> name=NC_008403:20363680..20369086 source=RiceChromosome10 preset=GeneLocation </gbrowseImage2> |
| Coding Sequence |
<cdnaseq>actaagagctacttagaaaatgcagggcgaatgacactgttggccgagggttgccgaggttcattatcagagaaaataataaggaaccacaagctcagagagagtgggcaaggccagcatcagacatatgctcttggaattaaggaggtttgggagatcgaggaaggaaagcacaagccaggttctgtgattcatactgtagggtggcctttggactcgaaaacatatggaggatcatttatgtatcaccttgatgatagacagttagcgataggtctggttgttgccttgaactatcaaaatcctttcatgagcccatacgatgaattccagaaattcaagcaacaccctgctgtcaggacaattttggatggtggaacagttcttcagtatggtgctcgtacgttgaatgaaggtggttttcaatcaataccaaatccagttttccctggaggtgcaattattggatgctctgcagggttccttaatgttcccaaaataaaaggaactcatacagccatgaagtcaggtatgctggctgcagaagcaactttcaaaactcttgttgaaggatcttcgatggaactctattgggagaatctcaagaagtcatggatatgggaagagctttatagagctcggaattacagaccagcatttgaatatggatttattccaggcattgccttgtctgcactggaacgatacgtattcaaaggaaagtccccctttaccttaaagcacgggatacctgaccatgaagcaacagatatggccagtttgcactcgcctattcaatatccgaaaccagatggtcaaatatcctttgacgtaccaacttctttatacaggagcagcacaaaccatgagcatgatcaacctcctcatctccgtttgagggatcctacagtaccggagagagtaaatcttcctctgtatgctggaccagagtcacattattgtccagctcgagtttacgagtatgtcaccgacgagaaaggtgaccagaagcttcacataaatgctcaaaattgtcttcattgcaaggcttgtgacatcaaagatccaaagcaaaacatcgaatggaccgttccagaaggtggaggcggtccagggtacacagtaatgtag</cdnaseq> |
| Protein Sequence |
<aaseq>TKSYLENAGRMTLLAEGCRGSLSEKIIRNHKLRESGQGQHQTYA LGIKEVWEIEEGKHKPGSVIHTVGWPLDSKTYGGSFMYHLDDRQLAIGLVVALNYQNP FMSPYDEFQKFKQHPAVRTILDGGTVLQYGARTLNEGGFQSIPNPVFPGGAIIGCSAG FLNVPKIKGTHTAMKSGMLAAEATFKTLVEGSSMELYWENLKKSWIWEELYRARNYRP AFEYGFIPGIALSALERYVFKGKSPFTLKHGIPDHEATDMASLHSPIQYPKPDGQISF DVPTSLYRSSTNHEHDQPPHLRLRDPTVPERVNLPLYAGPESHYCPARVYEYVTDEKG DQKLHINAQNCLHCKACDIKDPKQNIEWTVPEGGGGPGYTVM</aaseq> |
| Gene Sequence |
<dnaseqindica>1563..1568#1781..1846#1952..2026#2451..2567#2891..2959#3079..3171#3493..3595#3800..3924#4077..4126#4237..4303#4423..4502#4798..4926#5034..5100#5189..5272#tcgtcctcgtcttcttccacctcagcgacctaatcccatcgccgtcccgtcgcggagctcaactgccactcccattcctccacagttccgtaccttcccggccttctccttcctccctttcggctcgggatcgggaagcttcccgcggcaatgcaacgagtgctccgcgcggcggcggcggggattggccacgcgtcgggccaccgcgcgccgaggtggggcgcggcggcggcggcggcgaggtggctgagcgggggcagggaggcgatgagctacgacgtggtggtcgtgggggctgggcccgcggggctcgccgcggccatccggctgaagcagctctgccgcgacgccgacaccgacctctccgtctgcgtcctcgagaagggctccgaagtcggtgcgtgtcttcctccggaatcggttcccccttcggtccggttgcttgcgtcttagcacgccagtgcgcgatggcgttactctactcctgctcgtgtaatttggcgtttgtttgattttgcttgctctcgctgcaggtgcgcatgtattgtcggggaacgtgttcgagccacgagcgttggatgaactcatcccgaagtggaggcaagaggatgtatgcccttctctgctctaaactggatatgctatataagtatgttttagttggccattctgctgtctagactctagaccaagtgcaaattaactatggttgatcccttcatcagaagcctgaggttcatttgatcatgggaaatcatggatattttggtgtatgaggatgtttcagctccctaattttgctttgcgtagggcaaatgcacagaaataaacgatatataataataataattatttatttattttttttttgggggggggggggggcgaaatttaattagttgatgctcagtaacagtttcaaactaacaattgcatcatgagatgtcccaaattcccaatgaataagacctggtccttttgatatggcagttccttgaataatgatagcaaaatacacttcagtaacaaagtaaatttagttctaagtacataaggcattgatatttatgtgcctactgtgtgtttgatagaccccaataagagtccccgtctcatctgacaagttctggctgttgacaaagaataaggcatggacacttccatctcctttcgataacaagggaaactatgtgataaggtgctgagattttcttctaattattagcttcatctatgcaaagttctagtatatttcacttattcgacagtatctgattttagaaacaatgcttaatattgtccagcttgagccaaatggtgcgatggatggcctccaaagctgaagaattgggtgttgaagtatatccaggttttgctgcgagtgaggtaccaccatttttcagttgtggaactcttctgtcaaagggctaatattaatctgtctgaattcttctctaacagatcctttatgatgaaaatcaaatagttacaggcgttgcaaccaatgatgttggtattgctaaagatggttccaaaagggaaacttttcaacctggtgttgaactaagaggcgagtaaccatccttattgagtgcataatgttgagataatcaattgctccttttttttccgttgtttgtataggcagataatagtgattttgttttccctattgtttgtctttaaaaccttttcagtctgttgacgttgttctttctgtaaaattggtacccatttgttccaagctggtggttccactcacgtgtctattctcatggtcagctacttagaaaatgcagggcgaatgacactgttggccgagggttgccgaggttcattatcagaggtcagcataaatctagttttatgaaattcatatgttcttttttatatatatatttcatttggtgctaacacttatcatgttattcttccctctttctctttccagaaaataataaggaaccacaagctcagagagagtgggcaaggccagcatcagacatatgctcttggaattaaggaggtaccttgatattcagtaataccactttcagtttccaaatgccttgttctcaaatcttatcaaaccaactcatatatctcgtgaggaaaacaagatcctttgtgtgtgtgtgtgtgtgtgtatgtgtgaaaatcgtctgacttaaatcagtcccataccacattatacatgcaatatatgcaaactataggtaacactcttttatgttaacattttcaaaatcacccatgcacaaacacttcaaaaatattttctaataaagaacttatggttatttttgaggaattccattagatgctttcgtttgttccttatagaactatgatttactagctttatcttcaaaacatctccattcttttccttaaaatgacttacagacgagttagcagtgccacttgaaactaattggaagctttcttaggtttgggagatcgaggaaggaaagcacaagccaggttctgtgattcatactgtagggtggcctttggactcgaaaacatatggaggatcatttatgtatcaccttgatgatagacaggtagttcttctgttatttgctacaatatccctttatgagttctcttttcttttgcaaatatatgttcagtgaagtctgtcatctgtgtaaagatgtaaaaatgtatttatcttacatgatagatgcatccttctccacaacctaagttcacagcttacagattataatttgggtttaaaggaggaaccattaattcatcccttatcataaggccttttgtttgcagagtggataaatgtataacttgctcagttttttccccggaaattttgattactttatcgcttagtggtgtttactttatctctgctctgatatttcagttagcgataggtctggttgttgccttgaactatcaaaatcctttcatgagcccatacgatgaattccaggttagtcaaatttctatgggtatgttcttttatgatggtagtgtactagtatagtcctgaactcctgatggtcgattttttttcttctaagcattatgcaatcatattttatatttcagaaattcaagcaacaccctgctgtcaggacaattttggatggtggaacagttcttcagtatggtgctcgtacgttgaatgaaggtggttttcaagtaagtggcatgtcaaagaaatgaaaattttgttgtaaatagattcatatgatatgtaaactctgcgcataactatattgggcatctgccggtttatgacattacaagcattttacatcaaaatcaattcacctggtgtttccggttaactggtacatgaactttgagacacagcattgttatagtgttcttgttatgctatatgtttcgacactgtagcttttacctccgtcattcagtcaggtctcctgtattttgttttctttagttgttagcaatagttactgatagggtgctgataatgttcatgtaaaatttcagtcaataccaaatccagttttccctggaggtgcaattattggatgctctgcagggttccttaatgttcccaaaataaaaggaactcatacagccatgaagtcaggtatctctttacgtgatgctttgagctttatgttgtagtgctgcctgttcacttttatgtcaattactttacatttctttcagagtacacattttgatctccttaaagtggcacattattctcaaccaaaaatggtagatcatgtgtgctaactgtagagtatgctgagaagccatgtactaaagggttggatgtgtacaacaggtatgctggctgcagaagcaactttcaaaactcttgttgaaggatcttcgatggaactctattgggagaatctcaagaagtcatggatatgggaagagctttatagagctcggaattacagaccagtatgtgattatgtttgttacagacttcctgaacatttattttgtctaattaagtattccgtcatacaagcttttgaagtgaggatatgcagtttctgttttttcctttctgaagctattgagcagacagatttatttatattctgttacaggcatttgaatatggatttattccaggcattgccttgtctgcactggaacggtgaggcccaactaatttgttaatattacttaatattctatacttcttttgggatgaagtcaatactctacttggttcgctgacgtttgttgttattgttcaatttttagatacgtattcaaaggaaagtccccctttaccttaaagcacgggatacctgaccatgaagcaacagatgtgagtttcaagtactgctggtgctcatctaatatagacattctttgttagcataaatgaaaagcacattgtttcattttttcactactgacattaaccaaacacattcttgtgaacagatggccagtttgcactcgcctattcaatatccgaaaccagatggtcaaatatcctttgacgtaccaacttctttatacaggtaagatatgcagcaagaatgatgacgtccatcactctttagacatcactctttagaattctttctttcaaagtttcaagttatgttcacaatttttagaagcaatagtgctttcctgtgaattggtttagagctttttcttaatagtcacatgtagtatagtggcggcagattcatcaaatttagtgggtgaatggctatcgttctccatttttttttcatgaactgaaatgtaatgtggagtgatttacatgcatattctgtacactgatcatgtatgatctcatttatacaggagcagcacaaaccatgagcatgatcaacctcctcatctccgtttgagggatcctacagtaccggagagagtaaatcttcctctgtatgctggaccagagtcacattattgtccagctcgagtttacgagtaaggaaattggcctttcttacttgaatgaaagataacctacaattaagtactgaatgcccaaacaaggattgctaatcacttctgccatacatgttctcatgcaggtatgtcaccgacgagaaaggtgaccagaagcttcacataaatgctcaaaattgtcttcattgcaaggtatttgcctccatgttgattcagttgtccatggacatttgcatcttttgtttcctgtaactgaatgaaatgttgacggtatctgcaggcttgtgacatcaaagatccaaagcaaaacatcgaatggaccgttccagaaggtggaggcggtccagggtacacagtaatgtagacgatagcaaaatactgcctgataccatgaaaacattaaccgaaaggcaataaattatcatcatgtatagaggacatcatgaaataatgtatggtatatttcttctggtcaatgtgaattcaacctatacttgtc</dnaseqindica> 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