Tag |
Content |
WERAM ID |
WERAM-Org-0104 |
Ensembl Protein ID |
ORGLA11G0016300.1 |
Gene Name |
|
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HMT |
SUV39 |
2.30e-42 |
145.2 |
266 |
632 |
|
Organism |
Oryza glaberrima |
Domain Profile |
HMT SUV39
SUV39.txt 27 vciyaGeiltddeaeke..gleegdeyladldskesv 61 + y+G+ ++++ ek+ +le+g+ l++ +sk+++ ORGLA11G0016300.1 266 ILVYTGQGGNSRHKEKHdqKLERGNLALMNSKSKKNQ 302 5566666666555555522346666666666666655 PP SUV39.txt 2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesv...enlkegyesdvplssdssntrqekdkees 90 +++vf t ++GwG+r++d i++g+F+c+yaGe++++++++ e+d+y+++ + ++ +nl + +++s+ +k+ ++ ORGLA11G0016300.1 489 NFEVFWTGDRGWGLRSWDPIRAGTFICEYAGEVIDETKMDID--VEEDKYTFRASCPGNKalsWNLGAEL------LEEKSTAVITKNFKKL 572 689*************************************99..78889999988866653344444444......4455567777788999 PP SUV39.txt 91 eyiidakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150 +ii a++egnv+rflnHscspNl++q v +d+ d +p+++fFa+++i+++tELt+dYg ORGLA11G0016300.1 573 PIIIRANNEGNVARFLNHSCSPNLLWQAVQYDHGDDSYPHIMFFAMEHIPPMTELTYDYG 632 ***********************************************************6 PP
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Protein Sequence (Fasta) | MENSEDEAES DKLPLDLEPL RSLAPKFPTI LGYDVETQST DPLLVYATPS IPCSSSEQPQ 60 EAPASFSLPL PKSPVPIKAT PISAAFPTPQ HEDESSDQDY KPFCKNKKPA MPKRAKRPQQ 120 AEKSNDANVK RRSIRRNLDN EFNLCSSSSD NPKESVEGIL MMFDSLRRRV LQLDEKEDAS 180 RRADLKAGTL MMQNNLRINN HKMIGHVPGV EVGDIFFFRI EMCIVGLHAP AMGGIDYISS 240 KNKDETLAVC IISSGGYEND DDDTDILVYT GQGGNSRHKE KHDQKLERGN LALMNSKSKK 300 NQIRVVRSAQ DPFCNSGKIY IYDGLYRIED TWTDTAKNGF NVFKYKLRRD PGQPDGISLW 360 KMTEKWKANP ATREKAILLD LSSKVEHLPV CLVNDVDDEK GPSHFNYVAG VKYLRPLRKT 420 KPLQCCKCPS VCLPGDPNCS CAQQNGGDLP YSATGLLAKH TPMVYECSSN CQCSHNCRNR 480 ITQKGIKLNF EVFWTGDRGW GLRSWDPIRA GTFICEYAGE VIDETKMDID VEEDKYTFRA 540 SCPGNKALSW NLGAELLEEK STAVITKNFK KLPIIIRANN EGNVARFLNH SCSPNLLWQA 600 VQYDHGDDSY PHIMFFAMEH IPPMTELTYD YGT 633Protein Fasta Sequence
>ORGLA11G0016300.1|SUV39|Oryza glaberrima MENSEDEAESDKLPLDLEPLRSLAPKFPTILGYDVETQSTDPLLVYATPSIPCSSSEQPQEAPASFSLPLPKSPVPIKATPISAAFPTPQHEDESSDQDYKPFCKNKKPAMPKRAKRPQQAEKSNDANVKRRSIRRNLDNEFNLCSSSSDNPKESVEGILMMFDSLRRRVLQLDEKEDASRRADLKAGTLMMQNNLRINNHKMIGHVPGVEVGDIFFFRIEMCIVGLHAPAMGGIDYISSKNKDETLAVCIISSGGYENDDDDTDILVYTGQGGNSRHKEKHDQKLERGNLALMNSKSKKNQIRVVRSAQDPFCNSGKIYIYDGLYRIEDTWTDTAKNGFNVFKYKLRRDPGQPDGISLWKMTEKWKANPATREKAILLDLSSKVEHLPVCLVNDVDDEKGPSHFNYVAGVKYLRPLRKTKPLQCCKCPSVCLPGDPNCSCAQQNGGDLPYSATGLLAKHTPMVYECSSNCQCSHNCRNRITQKGIKLNFEVFWTGDRGWGLRSWDPIRAGTFICEYAGEVIDETKMDIDVEEDKYTFRASCPGNKALSWNLGAELLEEKSTAVITKNFKKLPIIIRANNEGNVARFLNHSCSPNLLWQAVQYDHGDDSYPHIMFFAMEHIPPMTELTYDYGT
|
Nucleotide Sequence (Fasta) | ATGGAGAACT CGGAAGATGA AGCAGAGAGT GACAAACTAC CCTTAGACTT GGAGCCATTG 60 CGCTCATTAG CACCAAAGTT TCCTACTATT TTGGGATATG ATGTGGAAAC TCAATCAACT 120 GATCCACTGT TAGTTTATGC CACACCATCC ATACCTTGCT CCTCATCAGA ACAGCCTCAA 180 GAAGCCCCAG CTTCATTTTC TCTGCCCTTA CCAAAGTCAC CCGTTCCTAT AAAGGCTACA 240 CCCATCTCAG CGGCATTTCC AACACCGCAA CATGAAGATG AATCATCAGA TCAAGATTAC 300 AAGCCCTTTT GCAAGAATAA AAAACCAGCG ATGCCGAAGA GAGCCAAGAG GCCCCAGCAA 360 GCTGAGAAAT CCAATGATGC TAACGTCAAG CGCAGATCAA TAAGGAGGAA CCTGGACAAC 420 GAGTTCAACT TGTGCTCATC CTCATCAGAC AACCCAAAGG AATCGGTGGA AGGAATCCTG 480 ATGATGTTTG ATTCACTTCG GCGCCGTGTA CTGCAATTGG ATGAAAAAGA GGATGCAAGC 540 AGGCGGGCTG ACCTGAAAGC TGGCACTCTC ATGATGCAGA ACAACCTCAG AATCAACAAT 600 CATAAGATGA TAGGGCATGT GCCTGGTGTT GAAGTCGGTG ACATTTTCTT CTTTAGGATT 660 GAGATGTGCA TTGTTGGTTT ACATGCACCA GCCATGGGTG GCATTGATTA CATCTCTTCT 720 AAGAACAAAG ATGAGACTCT GGCTGTCTGC ATCATTTCAT CCGGAGGCTA TGAGAATGAC 780 GATGATGACA CTGACATTTT GGTGTACACA GGACAGGGAG GCAACAGTCG TCACAAGGAG 840 AAGCACGATC AGAAGCTTGA GAGAGGTAAC CTTGCTCTCA TGAACAGCAA GAGCAAGAAG 900 AATCAGATCA GGGTTGTGCG CAGCGCACAA GACCCCTTCT GTAACTCAGG CAAAATATAT 960 ATTTATGATG GGCTTTATCG TATCGAAGAC ACTTGGACAG ACACGGCAAA GAACGGATTT 1020 AATGTTTTCA AGTACAAGCT GAGAAGGGAC CCAGGACAGC CTGATGGAAT TTCACTTTGG 1080 AAGATGACTG AGAAGTGGAA AGCAAATCCT GCCACAAGAG AAAAGGCTAT ATTGTTGGAT 1140 TTATCATCAA AGGTTGAACA CCTACCTGTG TGCCTTGTTA ATGATGTTGA TGATGAAAAA 1200 GGGCCAAGTC ACTTCAATTA TGTTGCTGGA GTGAAGTATT TGAGACCTCT TAGGAAGACA 1260 AAACCATTAC AATGTTGCAA ATGTCCTAGT GTCTGCTTGC CTGGTGACCC TAATTGTTCG 1320 TGTGCGCAAC AGAATGGTGG TGATCTTCCT TACAGTGCAA CGGGATTGCT GGCAAAGCAC 1380 ACTCCGATGG TTTATGAGTG CTCCTCTAAC TGTCAGTGTT CTCATAATTG TCGAAACAGG 1440 ATCACACAGA AGGGTATAAA ACTGAACTTT GAGGTTTTCT GGACTGGAGA CCGTGGCTGG 1500 GGTCTGCGGT CGTGGGATCC TATCCGTGCT GGCACATTCA TTTGTGAGTA CGCCGGTGAA 1560 GTCATTGATG AAACTAAGAT GGACATAGAT GTTGAGGAAG ACAAATATAC CTTTCGCGCT 1620 TCATGTCCCG GCAATAAGGC TTTAAGCTGG AATTTGGGAG CAGAATTACT TGAAGAAAAA 1680 AGTACGGCTG TGATAACCAA GAACTTTAAG AAACTACCAA TCATCATAAG AGCAAACAAT 1740 GAAGGGAATG TGGCTCGTTT TCTGAACCAT AGCTGTTCTC CAAATCTCCT TTGGCAGGCT 1800 GTACAGTATG ACCATGGCGA TGACAGCTAC CCACATATCA TGTTTTTTGC AATGGAACAT 1860 ATCCCTCCCA TGACTGAACT GACTTATGAT TATGGTACA
Nucleotide Fasta Sequence
>ORGLA11G0016300.1|SUV39|Oryza glaberrima ATGGAGAACTCGGAAGATGAAGCAGAGAGTGACAAACTACCCTTAGACTTGGAGCCATTGCGCTCATTAGCACCAAAGTTTCCTACTATTTTGGGATATGATGTGGAAACTCAATCAACTGATCCACTGTTAGTTTATGCCACACCATCCATACCTTGCTCCTCATCAGAACAGCCTCAAGAAGCCCCAGCTTCATTTTCTCTGCCCTTACCAAAGTCACCCGTTCCTATAAAGGCTACACCCATCTCAGCGGCATTTCCAACACCGCAACATGAAGATGAATCATCAGATCAAGATTACAAGCCCTTTTGCAAGAATAAAAAACCAGCGATGCCGAAGAGAGCCAAGAGGCCCCAGCAAGCTGAGAAATCCAATGATGCTAACGTCAAGCGCAGATCAATAAGGAGGAACCTGGACAACGAGTTCAACTTGTGCTCATCCTCATCAGACAACCCAAAGGAATCGGTGGAAGGAATCCTGATGATGTTTGATTCACTTCGGCGCCGTGTACTGCAATTGGATGAAAAAGAGGATGCAAGCAGGCGGGCTGACCTGAAAGCTGGCACTCTCATGATGCAGAACAACCTCAGAATCAACAATCATAAGATGATAGGGCATGTGCCTGGTGTTGAAGTCGGTGACATTTTCTTCTTTAGGATTGAGATGTGCATTGTTGGTTTACATGCACCAGCCATGGGTGGCATTGATTACATCTCTTCTAAGAACAAAGATGAGACTCTGGCTGTCTGCATCATTTCATCCGGAGGCTATGAGAATGACGATGATGACACTGACATTTTGGTGTACACAGGACAGGGAGGCAACAGTCGTCACAAGGAGAAGCACGATCAGAAGCTTGAGAGAGGTAACCTTGCTCTCATGAACAGCAAGAGCAAGAAGAATCAGATCAGGGTTGTGCGCAGCGCACAAGACCCCTTCTGTAACTCAGGCAAAATATATATTTATGATGGGCTTTATCGTATCGAAGACACTTGGACAGACACGGCAAAGAACGGATTTAATGTTTTCAAGTACAAGCTGAGAAGGGACCCAGGACAGCCTGATGGAATTTCACTTTGGAAGATGACTGAGAAGTGGAAAGCAAATCCTGCCACAAGAGAAAAGGCTATATTGTTGGATTTATCATCAAAGGTTGAACACCTACCTGTGTGCCTTGTTAATGATGTTGATGATGAAAAAGGGCCAAGTCACTTCAATTATGTTGCTGGAGTGAAGTATTTGAGACCTCTTAGGAAGACAAAACCATTACAATGTTGCAAATGTCCTAGTGTCTGCTTGCCTGGTGACCCTAATTGTTCGTGTGCGCAACAGAATGGTGGTGATCTTCCTTACAGTGCAACGGGATTGCTGGCAAAGCACACTCCGATGGTTTATGAGTGCTCCTCTAACTGTCAGTGTTCTCATAATTGTCGAAACAGGATCACACAGAAGGGTATAAAACTGAACTTTGAGGTTTTCTGGACTGGAGACCGTGGCTGGGGTCTGCGGTCGTGGGATCCTATCCGTGCTGGCACATTCATTTGTGAGTACGCCGGTGAAGTCATTGATGAAACTAAGATGGACATAGATGTTGAGGAAGACAAATATACCTTTCGCGCTTCATGTCCCGGCAATAAGGCTTTAAGCTGGAATTTGGGAGCAGAATTACTTGAAGAAAAAAGTACGGCTGTGATAACCAAGAACTTTAAGAAACTACCAATCATCATAAGAGCAAACAATGAAGGGAATGTGGCTCGTTTTCTGAACCATAGCTGTTCTCCAAATCTCCTTTGGCAGGCTGTACAGTATGACCATGGCGATGACAGCTACCCACATATCATGTTTTTTGCAATGGAACATATCCCTCCCATGACTGAACTGACTTATGATTATGGTACA
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Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |