Tag |
Content |
WERAM ID |
WERAM-Dar-0103 |
Ensembl Protein ID |
ENSDARP00000059488.6 |
Gene Name |
prmt8b |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HMT |
PRMT |
2.00e-120 |
402.8 |
99 |
399 |
|
Organism |
Danio rerio |
Domain Profile |
HMT PRMT
PRMT.txt 2 qqylqslselLesgvyeemlkDevrtdaYreailknktllkdkvvldvGaGtGiLslfaakagarkvyavekspmakvarkvvkvnglk 90 ++y++s++++ g++eemlkDevrt +Yr+++++nk+++kdk+vldvG+GtGiLs+faakaga++vy +e+s+++++ +k++k+n+l+ ENSDARP00000059488.6 99 DYYFDSYAHF---GIHEEMLKDEVRTLTYRNSMYHNKHIFKDKIVLDVGSGTGILSMFAAKAGAKHVYGIECSSISEYSEKIIKSNHLD 184 89********...**************************************************************************** PP PRMT.txt 91 drvtvikgkveelelpkekvDiivSEllgsfllnEsllpsvlhardkfLkddglslPdkatlyvapiedtklykeekaefwksvygvdl 179 +++t++kgkvee elp+++vDii+SE++g++l++Es+l++v +ardk+Lk++g ++Pd+atlyv +ied++ yk+ k+++w++vyg+d+ ENSDARP00000059488.6 185 SVITILKGKVEETELPVDQVDIIISEWMGYCLFYESMLNTVIYARDKWLKPGGFMFPDRATLYVVAIEDRQ-YKDFKIHWWENVYGFDM 272 ***********************************************************************.***************** PP PRMT.txt 180 sclekaaikeqfesplVdtldkekllsepkkiftfdiskakesdeerelslelevkrnaslhglaayFdvqft.sektvvlStaPetks 267 c++++a++e plVd +d +++++++++++++di+++k +d ++++ ++l+++rn+++h+l++yF+++ft ++k++++StaP ENSDARP00000059488.6 273 TCIRNVAMME----PLVDIVDPKQVVTNSCLVKEVDIYTVKTEDLSFTSAFCLQIQRNDYVHALVTYFNIEFTkCHKKTGFSTAP--DA 355 ********99....9**********************************************************************..** PP PRMT.txt 268 pathWkqavlyledpltvkegekis..illlarkknsrdvdyel 309 p thWkq+v+yled+ltv++ge+i i++ ++++n rd+d+++ ENSDARP00000059488.6 356 PSTHWKQTVFYLEDYLTVRRGEEILgsITVRPNENNERDLDFTF 399 ************************999*************9975 PP
|
Protein Sequence (Fasta) | MGLRHSSRCL LLRRKMAEAE STEQQQQKHK QPQHQQQQSI SSIPSSQSLQ PSPLPKPVTS 60 VHHVPPHPPH TPHVSALSAC PGRGKMAKLL NPEEMTSRDY YFDSYAHFGI HEEMLKDEVR 120 TLTYRNSMYH NKHIFKDKIV LDVGSGTGIL SMFAAKAGAK HVYGIECSSI SEYSEKIIKS 180 NHLDSVITIL KGKVEETELP VDQVDIIISE WMGYCLFYES MLNTVIYARD KWLKPGGFMF 240 PDRATLYVVA IEDRQYKDFK IHWWENVYGF DMTCIRNVAM MEPLVDIVDP KQVVTNSCLV 300 KEVDIYTVKT EDLSFTSAFC LQIQRNDYVH ALVTYFNIEF TKCHKKTGFS TAPDAPSTHW 360 KQTVFYLEDY LTVRRGEEIL GSITVRPNEN NERDLDFTFE LDFKGQLCDA AISHDYKMR 419Protein Fasta Sequence
>ENSDARP00000059488.6|PRMT|Danio rerio MGLRHSSRCLLLRRKMAEAESTEQQQQKHKQPQHQQQQSISSIPSSQSLQPSPLPKPVTSVHHVPPHPPHTPHVSALSACPGRGKMAKLLNPEEMTSRDYYFDSYAHFGIHEEMLKDEVRTLTYRNSMYHNKHIFKDKIVLDVGSGTGILSMFAAKAGAKHVYGIECSSISEYSEKIIKSNHLDSVITILKGKVEETELPVDQVDIIISEWMGYCLFYESMLNTVIYARDKWLKPGGFMFPDRATLYVVAIEDRQYKDFKIHWWENVYGFDMTCIRNVAMMEPLVDIVDPKQVVTNSCLVKEVDIYTVKTEDLSFTSAFCLQIQRNDYVHALVTYFNIEFTKCHKKTGFSTAPDAPSTHWKQTVFYLEDYLTVRRGEEILGSITVRPNENNERDLDFTFELDFKGQLCDAAISHDYKMR
|
Nucleotide Sequence (Fasta) | AGTCAGCAGT CTCTCCAACT TTACGCTTCG TTCCAGACGC ATCTGACCGT CCACAACCAA 60 ACGACAAGGA TTTCAAAAAT CAGATAACAG AGGATCACCA TGGCAAGCTT AAATGAAACA 120 TGCATCTGAT CTGTCCAAGC ACAGGTAACG CGGAGATGCG CAGCGCCAGG TGATGTGGAT 180 GCTGAAGCGG CGCGGATCAA CTGGTCTCCA AGTGGCGCTC AGAACCTCCG GTAGAACTTT 240 TTACACGATG GGTTTTCATT ATAGGAGTAG GAATAGTGAA GTTCGAGGAC TATCTGCTAA 300 GTCTTTATGA CAATTTCCCT ATTAGTCTCT TTTTAGGCAT TTACTGTTTA TTAAACGCTT 360 TGCAAATTAA CAAATGGCTC GTTTCAAAGC GCACACCGAG TATTGCCTAT TGCAGCGCGT 420 TTTGAAACTT TTCTAGGAGA TTTAGCGAGA ACACTTGCCC TCATCGAGTT AATCCGGATC 480 CCGTTGGCTC GTATGGGACT GAGGCACTCA TCGCGGTGTC TGCTCCTGCG GAGAAAGATG 540 GCGGAGGCGG AGAGCACGGA GCAGCAGCAG CAAAAACACA AGCAACCTCA GCATCAGCAG 600 CAGCAAAGTA TTTCCAGCAT CCCCTCGTCC CAGTCCCTAC AACCATCTCC ACTACCAAAA 660 CCAGTGACCT CAGTTCATCA TGTCCCTCCT CACCCTCCAC ACACGCCACA CGTCTCTGCC 720 CTTTCTGCCT GCCCCGGCCG AGGAAAGATG GCCAAACTGC TCAACCCAGA GGAGATGACA 780 TCTCGAGATT ACTATTTCGA CTCTTATGCC CACTTTGGAA TTCATGAGGA AATGCTAAAG 840 GATGAGGTGA GGACGCTGAC TTACAGGAAC TCCATGTATC ACAATAAACA CATCTTCAAG 900 GATAAGATCG TTCTGGATGT GGGCAGCGGA ACTGGAATCC TCTCCATGTT TGCTGCCAAG 960 GCAGGAGCCA AGCATGTGTA CGGGATCGAA TGCTCCAGCA TATCAGAGTA TTCGGAGAAA 1020 ATCATCAAGT CGAATCATCT GGACAGCGTT ATTACGATCC TTAAAGGCAA GGTGGAGGAG 1080 ACGGAACTGC CTGTGGATCA GGTGGACATC ATCATTTCCG AGTGGATGGG TTACTGTCTG 1140 TTCTACGAGT CCATGCTCAA CACTGTCATC TATGCCAGAG ACAAATGGCT GAAACCTGGT 1200 GGTTTCATGT TTCCAGACAG AGCGACATTA TATGTGGTTG CCATTGAAGA TCGACAGTAC 1260 AAAGACTTCA AAATTCACTG GTGGGAAAAC GTCTATGGAT TTGACATGAC GTGCATCCGA 1320 AATGTTGCCA TGATGGAGCC CCTGGTGGAC ATAGTAGATC CTAAACAAGT CGTTACCAAT 1380 TCCTGCCTTG TTAAGGAGGT GGACATTTAC ACAGTGAAGA CGGAGGATTT GTCGTTCACC 1440 TCAGCTTTCT GTCTGCAGAT TCAGAGAAAC GATTACGTTC ATGCTCTCGT TACGTATTTT 1500 AACATTGAGT TCACCAAGTG TCACAAGAAG ACTGGCTTTT CCACTGCCCC AGACGCACCC 1560 AGCACTCACT GGAAGCAGAC AGTGTTTTAT CTGGAGGATT ATTTAACTGT GCGCAGGGGA 1620 GAGGAAATAC TGGGCAGCAT CACTGTGAGG CCCAATGAGA ATAATGAGCG TGACTTAGAC 1680 TTCACCTTTG AGTTGGATTT CAAAGGACAG CTCTGCGACG CCGCCATCTC TCACGACTAC 1740 AAAATGCGGT AAAACCCTCA CAGCATCCTA AAGCCGGGAC CGCGTTTCCC AGAGCGATTC 1800 GGCAGAGGTC CCCCCTCCGC CTGTGTCTGG ATAAAAGAGG CTGCTGAACG GCAGGAAACC 1860 TCAGTGATGT CATCAGTGCC AGTCCAGCAC TAAAAGCAAT AGTGTCATCA CATGTCACGT 1920 TCTTAAATGC ACATAGAGGA TAGACTGAAA AAAACATCAC TCTGAATGTA ACTGCTAATG 1980 AGTCTGAGAA TGTCAAAGTC TGTGTTTATT TCACCTTTAA AGATAGGGAA AGAGTTACCG 2040 AACAGTATAT AACGCCAATG TGGAATCGTA CTATAGTGCC TCGTTGAAAA GGCTTCAGTT 2100 TGGGTGCGTA CATGAAAACA GCATGAATGA TTGTTCTGCT TATATTTAAG TGCTTTTATT 2160 GTGTTTATAT TGATTGGGTT TGTGTCGAGT CGTTTAATAT AGTGACCGCT GGCATGTTCT 2220 ATGCTTTGCT TATTATTTAA ATTCACTCAC TAAGATCCTC TAAGAGCAAC TATACTGTTT 2280 TAAGTCATCA GGATTTGTTA TTTTTAGGAT GAACTAAATG TGTTTTAACT TGAGAGTATT 2340 TTTGGTTTCG TGTTCTGTCA GGTCACTGTC ACATACTACC TGTTGAAGAA AGTCTGATTG 2400 AGTTAAAGTG GGTTTTATAT TCGCACATTC GTTCATTTTT GAACAGTGAC AGCTTTTGAC 2460 ATATTTAAAT ATATTATATT CTGTCTGAAA TCGCATCTAA GTGTAGCAGA GGCCAGCGTG 2520 TGAAGTGTTG TGCAGGTAAA CCTCCCTCCC TACCTCTAAA AGGTGCTTTA GCGACAGACG 2580 CTTGAGGCAA TGGTATTTAG CCTCCCTGTT AGAGCAACCA ATTCCCATGC GGAAAGTCTA 2640 TGACTCAATC CCAGCTTGGA GCGGGTTGGG TGGTTAAATT GGTGCCATTA CCCGGATGGG 2700 AGTGAGGTTT AGGGGGGTGA GTGTAGCAAA GGCCAGCTAG TGAAGTGATA GGTAGAGGCC 2760 ATGGTCTTTA GCCTCCTTGT TAGAGCAACC AATTCCTGAC ATAAACATGC TATGTGCATC 2820 CTGAGCCGGG ACAGTGAGCA ATGTTTGACA GTCATTCATT AATTTTCCTT TAGCCTAGTC 2880 TCTAATTTAT CAGAGGTTCC ACAGCGGAAT GAACCGCCAA CTATTCCAGC ATATGTTTTA 2940 TGCTGAAATA TCTTGATCTG ATCTTTTTTA GCCTGACTTG GACTTCAAAG GACAGCTCTT 3000 TACCGCCACC ATCTCAAACG ACAACAAAAT GCGGTAATCT CTCATCTCTG ATTTATTCAG 3060 AGAGTCGCCA CCGTGGAGTG AACCCCCAAC TGTTTCAGCA TATGTTTTAT GCAGCGGATA 3120 TCCTTCCAGC CTCAACCCAG TACTGTAAAA CACCTACACT TTCACATTCA CACACACTCA 3180 TACACTATGG CCAATTTAGC TTACCCAATT CACCTTTAGC GCATGTCTTT GGACTGTTGG 3240 TGAAACCGCA GCACCCAGAG GAAACCCACA CGAACACGGG GAGAACATGC AAACCCTACA 3300 GAAATGCCAA TTGGCCCAGT CAAGACTCGA ACCAGCAACC TTCTTGCTGT GAGGCGATTG 3360 TGCAACCCAC TGAGTACACC TTGAAAGTCG CTGGCTGATA ATATGATTTC CATACTTTTC 3420 TGAATAGTAA TAATAATTAA TAATAAATGA TATTATTAAC GGGAAAGTCT GAATGTGCGA 3480 ATATAAACTG ATTCATGTAA AAACAAGAGC AGTTCAGATG AAGACAGCGA ACGAGGCACA 3540 AAATGTTTGA CTCTTAATTT AGCCAAGGCT TTTTTCCTCC CCTTCAATAA GGTATATTTG 3600 GATGCTTTAT TTTGTCGTCA TCATCTAAAC TGCCTTGCAA ATGGTTCCTG GAAACACTTG 3660 TTGTTCACAA AGATCTGCCG GTCAGTTTGA AATCCAAGTT TCGTGATGCT AGCAAGATTT 3720 GAGAGGATTT TAATGAGGCT ATAATGTGAT AAATAAATGG AAAGCAACAA ACAAAA
3777Nucleotide Fasta Sequence
>ENSDARP00000059488.6|PRMT|Danio rerio AGTCAGCAGTCTCTCCAACTTTACGCTTCGTTCCAGACGCATCTGACCGTCCACAACCAAACGACAAGGATTTCAAAAATCAGATAACAGAGGATCACCATGGCAAGCTTAAATGAAACATGCATCTGATCTGTCCAAGCACAGGTAACGCGGAGATGCGCAGCGCCAGGTGATGTGGATGCTGAAGCGGCGCGGATCAACTGGTCTCCAAGTGGCGCTCAGAACCTCCGGTAGAACTTTTTACACGATGGGTTTTCATTATAGGAGTAGGAATAGTGAAGTTCGAGGACTATCTGCTAAGTCTTTATGACAATTTCCCTATTAGTCTCTTTTTAGGCATTTACTGTTTATTAAACGCTTTGCAAATTAACAAATGGCTCGTTTCAAAGCGCACACCGAGTATTGCCTATTGCAGCGCGTTTTGAAACTTTTCTAGGAGATTTAGCGAGAACACTTGCCCTCATCGAGTTAATCCGGATCCCGTTGGCTCGTATGGGACTGAGGCACTCATCGCGGTGTCTGCTCCTGCGGAGAAAGATGGCGGAGGCGGAGAGCACGGAGCAGCAGCAGCAAAAACACAAGCAACCTCAGCATCAGCAGCAGCAAAGTATTTCCAGCATCCCCTCGTCCCAGTCCCTACAACCATCTCCACTACCAAAACCAGTGACCTCAGTTCATCATGTCCCTCCTCACCCTCCACACACGCCACACGTCTCTGCCCTTTCTGCCTGCCCCGGCCGAGGAAAGATGGCCAAACTGCTCAACCCAGAGGAGATGACATCTCGAGATTACTATTTCGACTCTTATGCCCACTTTGGAATTCATGAGGAAATGCTAAAGGATGAGGTGAGGACGCTGACTTACAGGAACTCCATGTATCACAATAAACACATCTTCAAGGATAAGATCGTTCTGGATGTGGGCAGCGGAACTGGAATCCTCTCCATGTTTGCTGCCAAGGCAGGAGCCAAGCATGTGTACGGGATCGAATGCTCCAGCATATCAGAGTATTCGGAGAAAATCATCAAGTCGAATCATCTGGACAGCGTTATTACGATCCTTAAAGGCAAGGTGGAGGAGACGGAACTGCCTGTGGATCAGGTGGACATCATCATTTCCGAGTGGATGGGTTACTGTCTGTTCTACGAGTCCATGCTCAACACTGTCATCTATGCCAGAGACAAATGGCTGAAACCTGGTGGTTTCATGTTTCCAGACAGAGCGACATTATATGTGGTTGCCATTGAAGATCGACAGTACAAAGACTTCAAAATTCACTGGTGGGAAAACGTCTATGGATTTGACATGACGTGCATCCGAAATGTTGCCATGATGGAGCCCCTGGTGGACATAGTAGATCCTAAACAAGTCGTTACCAATTCCTGCCTTGTTAAGGAGGTGGACATTTACACAGTGAAGACGGAGGATTTGTCGTTCACCTCAGCTTTCTGTCTGCAGATTCAGAGAAACGATTACGTTCATGCTCTCGTTACGTATTTTAACATTGAGTTCACCAAGTGTCACAAGAAGACTGGCTTTTCCACTGCCCCAGACGCACCCAGCACTCACTGGAAGCAGACAGTGTTTTATCTGGAGGATTATTTAACTGTGCGCAGGGGAGAGGAAATACTGGGCAGCATCACTGTGAGGCCCAATGAGAATAATGAGCGTGACTTAGACTTCACCTTTGAGTTGGATTTCAAAGGACAGCTCTGCGACGCCGCCATCTCTCACGACTACAAAATGCGGTAAAACCCTCACAGCATCCTAAAGCCGGGACCGCGTTTCCCAGAGCGATTCGGCAGAGGTCCCCCCTCCGCCTGTGTCTGGATAAAAGAGGCTGCTGAACGGCAGGAAACCTCAGTGATGTCATCAGTGCCAGTCCAGCACTAAAAGCAATAGTGTCATCACATGTCACGTTCTTAAATGCACATAGAGGATAGACTGAAAAAAACATCACTCTGAATGTAACTGCTAATGAGTCTGAGAATGTCAAAGTCTGTGTTTATTTCACCTTTAAAGATAGGGAAAGAGTTACCGAACAGTATATAACGCCAATGTGGAATCGTACTATAGTGCCTCGTTGAAAAGGCTTCAGTTTGGGTGCGTACATGAAAACAGCATGAATGATTGTTCTGCTTATATTTAAGTGCTTTTATTGTGTTTATATTGATTGGGTTTGTGTCGAGTCGTTTAATATAGTGACCGCTGGCATGTTCTATGCTTTGCTTATTATTTAAATTCACTCACTAAGATCCTCTAAGAGCAACTATACTGTTTTAAGTCATCAGGATTTGTTATTTTTAGGATGAACTAAATGTGTTTTAACTTGAGAGTATTTTTGGTTTCGTGTTCTGTCAGGTCACTGTCACATACTACCTGTTGAAGAAAGTCTGATTGAGTTAAAGTGGGTTTTATATTCGCACATTCGTTCATTTTTGAACAGTGACAGCTTTTGACATATTTAAATATATTATATTCTGTCTGAAATCGCATCTAAGTGTAGCAGAGGCCAGCGTGTGAAGTGTTGTGCAGGTAAACCTCCCTCCCTACCTCTAAAAGGTGCTTTAGCGACAGACGCTTGAGGCAATGGTATTTAGCCTCCCTGTTAGAGCAACCAATTCCCATGCGGAAAGTCTATGACTCAATCCCAGCTTGGAGCGGGTTGGGTGGTTAAATTGGTGCCATTACCCGGATGGGAGTGAGGTTTAGGGGGGTGAGTGTAGCAAAGGCCAGCTAGTGAAGTGATAGGTAGAGGCCATGGTCTTTAGCCTCCTTGTTAGAGCAACCAATTCCTGACATAAACATGCTATGTGCATCCTGAGCCGGGACAGTGAGCAATGTTTGACAGTCATTCATTAATTTTCCTTTAGCCTAGTCTCTAATTTATCAGAGGTTCCACAGCGGAATGAACCGCCAACTATTCCAGCATATGTTTTATGCTGAAATATCTTGATCTGATCTTTTTTAGCCTGACTTGGACTTCAAAGGACAGCTCTTTACCGCCACCATCTCAAACGACAACAAAATGCGGTAATCTCTCATCTCTGATTTATTCAGAGAGTCGCCACCGTGGAGTGAACCCCCAACTGTTTCAGCATATGTTTTATGCAGCGGATATCCTTCCAGCCTCAACCCAGTACTGTAAAACACCTACACTTTCACATTCACACACACTCATACACTATGGCCAATTTAGCTTACCCAATTCACCTTTAGCGCATGTCTTTGGACTGTTGGTGAAACCGCAGCACCCAGAGGAAACCCACACGAACACGGGGAGAACATGCAAACCCTACAGAAATGCCAATTGGCCCAGTCAAGACTCGAACCAGCAACCTTCTTGCTGTGAGGCGATTGTGCAACCCACTGAGTACACCTTGAAAGTCGCTGGCTGATAATATGATTTCCATACTTTTCTGAATAGTAATAATAATTAATAATAAATGATATTATTAACGGGAAAGTCTGAATGTGCGAATATAAACTGATTCATGTAAAAACAAGAGCAGTTCAGATGAAGACAGCGAACGAGGCACAAAATGTTTGACTCTTAATTTAGCCAAGGCTTTTTTCCTCCCCTTCAATAAGGTATATTTGGATGCTTTATTTTGTCGTCATCATCTAAACTGCCTTGCAAATGGTTCCTGGAAACACTTGTTGTTCACAAAGATCTGCCGGTCAGTTTGAAATCCAAGTTTCGTGATGCTAGCAAGATTTGAGAGGATTTTAATGAGGCTATAATGTGATAAATAAATGGAAAGCAACAAACAAAA
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |