Tag |
Content |
WERAM ID |
WERAM-Mod-0196 |
Ensembl Protein ID |
ENSMODP00000026808.3 |
Gene Name |
L3MBTL4 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
MBT |
6.20e-92 |
290.7 |
52 |
152 |
|
Organism |
Monodelphis domestica |
Domain Profile |
Me_Reader MBT
MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvned.vkegvklEvvdkdnakvywiatvikvagyrvllrydGadskaDFWlnidssdihpvg 88 +sW++yl+e++++a+P+++F + q+++ e+ ++ g++lE++d+++++ +++++v++v+gyr++l++dG+ s++DFW+n+ s+dihpvg ENSMODP00000026808.3 52 WSWDQYLKEQNAVAAPAQLFSRDQSFPEHENgFQIGMRLEGIDPQDPSKFFVLSVAEVCGYRLRLHFDGYLSCYDFWTNAGSPDIHPVG 140 89************************999999********************************************************* PP MBT-1.txt 89 wceksgkklepp 100 wcek++++l+ p ENSMODP00000026808.3 141 WCEKTKHELHVP 152 ********9865 PP MBT-1.txt 7 leeeksiavPveaFkeaq.tvtvnedvkegvklEvvdkdnakvywiatvikvagyrvllrydGadskaDFWlnidssdihpvgwceksg 94 l+ +k + +P ++F + + t+ e++++g+klE+vd++n++ +++at++++++ r+l+++d d+++D+W++i s+ i+pvgwc+k+g ENSMODP00000026808.3 166 LKTSKLQNAPKKLFLSRNvFGTTVEEFQVGMKLEAVDRKNPSLVCVATIADIVEDRLLVHFDNWDDSYDYWCDIYSPFIQPVGWCQKNG 254 7888999*******765515677888*************************************************************** PP MBT-1.txt 95 kklep 99 ++l + ENSMODP00000026808.3 255 RTLIA 259 99976 PP MBT-1.txt 1 fsWesyleeeksiavPveaFkeaqtvtvnedvkegvklEvvdkdnakvywiatvikvagyrvllrydGadskaDFWlnidssdihpvgw 89 fsW +yle + s++vPv+aFk + + + +++klE+vdk+n++ + +at+++v ++r+++++dG ++k+D+W+++ds+dihp+gw ENSMODP00000026808.3 269 FSWTDYLEVTHSSTVPVKAFKMRK---PHG-FLVNMKLEAVDKRNPSLIRVATIVDVEDQRIKVHFDGWSHKYDYWMDVDSPDIHPIGW 353 89******************9654...455.899******************************************************* PP MBT-1.txt 90 ceksgkklepp 100 c+++g+ le p ENSMODP00000026808.3 354 CNMTGHPLEVP 364 *******9865 PP
|
Protein Sequence (Fasta) | MKQFSKKRKR NVDSKDPPTQ ERGKEQAKDD KKLKNGMTTS FHVSLAAGKG TWSWDQYLKE 60 QNAVAAPAQL FSRDQSFPEH ENGFQIGMRL EGIDPQDPSK FFVLSVAEVC GYRLRLHFDG 120 YLSCYDFWTN AGSPDIHPVG WCEKTKHELH VPKGYRKDKV ACVDNLKTSK LQNAPKKLFL 180 SRNVFGTTVE EFQVGMKLEA VDRKNPSLVC VATIADIVED RLLVHFDNWD DSYDYWCDIY 240 SPFIQPVGWC QKNGRTLIAP QGHPDPENFS WTDYLEVTHS STVPVKAFKM RKPHGFLVNM 300 KLEAVDKRNP SLIRVATIVD VEDQRIKVHF DGWSHKYDYW MDVDSPDIHP IGWCNMTGHP 360 LEVPYRERDE KTIPGQAVCP TPGCRGVGHI RGPSYMGHHS AYGCPYSDIN LKKETMLQHR 420 LGKETQANFV SDSSQSKLKG LCSVNFNGKH EKLNSKLRLV QQAKCLKIKG KEDIDLDNLF 480 REYSTESTEQ ALHQSVFLSA MSTHPSRDLP LCREQHCKLL PGVADIQASE VAKWTVDEVA 540 NFVQSLPGCE DHSRYFKKEQ IDGKAFLLLT QTDIVKVMRI KLGPALKIYN SILMFRNAQD 600 LEETDSASSK VIRE 614Protein Fasta Sequence
>ENSMODP00000026808.3|MBT|Monodelphis domestica MKQFSKKRKRNVDSKDPPTQERGKEQAKDDKKLKNGMTTSFHVSLAAGKGTWSWDQYLKEQNAVAAPAQLFSRDQSFPEHENGFQIGMRLEGIDPQDPSKFFVLSVAEVCGYRLRLHFDGYLSCYDFWTNAGSPDIHPVGWCEKTKHELHVPKGYRKDKVACVDNLKTSKLQNAPKKLFLSRNVFGTTVEEFQVGMKLEAVDRKNPSLVCVATIADIVEDRLLVHFDNWDDSYDYWCDIYSPFIQPVGWCQKNGRTLIAPQGHPDPENFSWTDYLEVTHSSTVPVKAFKMRKPHGFLVNMKLEAVDKRNPSLIRVATIVDVEDQRIKVHFDGWSHKYDYWMDVDSPDIHPIGWCNMTGHPLEVPYRERDEKTIPGQAVCPTPGCRGVGHIRGPSYMGHHSAYGCPYSDINLKKETMLQHRLGKETQANFVSDSSQSKLKGLCSVNFNGKHEKLNSKLRLVQQAKCLKIKGKEDIDLDNLFREYSTESTEQALHQSVFLSAMSTHPSRDLPLCREQHCKLLPGVADIQASEVAKWTVDEVANFVQSLPGCEDHSRYFKKEQIDGKAFLLLTQTDIVKVMRIKLGPALKIYNSILMFRNAQDLEETDSASSKVIRE
|
Nucleotide Sequence (Fasta) | GTCCAGTACT CTATCCACCA AGTCATCAGA CTCTGCCTCT GGTTGAAAGG AAGTTACTGT 60 TACTCTGTTA CTCTGTTACT CTGTTACTTG TCCATAAGAA TGTTGTGATA TGCTTTTGAT 120 GACTCAGACT TTTGGTGAAG GTTGCCTTTG GACAGACTAT TCTAGTCATT CAGAAAATAG 180 AACCACTGGT GAGGATTGAC AGAGAGACAA TGAAGCAGTT CAGCAAAAAG AGGAAGCGTA 240 ATGTAGATTC AAAGGACCCT CCGACTCAGG AGAGAGGCAA GGAACAAGCC AAAGATGACA 300 AGAAACTGAA GAATGGAATG ACCACTTCTT TTCATGTAAG TTTAGCTGCT GGAAAGGGGA 360 CTTGGTCTTG GGATCAGTAT TTAAAAGAAC AGAATGCTGT AGCAGCCCCT GCTCAACTCT 420 TTTCTAGGGA TCAGTCCTTT CCTGAGCATG AAAATGGTTT TCAAATTGGA ATGAGATTAG 480 AAGGCATTGA CCCCCAGGAT CCATCAAAAT TCTTTGTGCT CTCTGTAGCT GAGGTATGTG 540 GTTATCGCCT AAGACTTCAC TTTGACGGCT ATTTAAGCTG CTATGATTTT TGGACCAATG 600 CAGGTTCCCC TGATATTCAC CCAGTGGGGT GGTGTGAAAA GACCAAACAT GAATTGCACG 660 TCCCTAAGGG TTATAGAAAG GACAAGGTTG CTTGTGTGGA CAACTTGAAG ACCTCCAAAT 720 TACAAAATGC TCCCAAGAAA TTGTTCCTGA GTAGAAATGT TTTTGGAACT ACAGTGGAAG 780 AATTTCAGGT GGGAATGAAG CTTGAAGCAG TGGACAGGAA AAACCCTTCC TTGGTGTGTG 840 TGGCCACCAT CGCAGATATT GTTGAAGACC GCCTACTTGT GCACTTTGAC AATTGGGATG 900 ACAGCTATGA TTATTGGTGT GACATTTATA GTCCTTTTAT TCAACCAGTT GGATGGTGTC 960 AGAAAAATGG AAGAACTCTG ATAGCACCTC AAGGTCATCC TGATCCAGAA AATTTTTCTT 1020 GGACAGACTA CTTGGAAGTT ACTCATTCTT CTACAGTTCC GGTTAAAGCT TTTAAGATGC 1080 GAAAGCCTCA TGGATTCCTA GTGAATATGA AACTTGAAGC AGTAGATAAA CGTAATCCTA 1140 GTTTAATTCG TGTTGCCACC ATCGTAGATG TAGAAGACCA AAGAATAAAG GTCCACTTTG 1200 ATGGCTGGAG CCACAAGTAT GACTATTGGA TGGATGTTGA TAGCCCTGAT ATTCACCCAA 1260 TAGGATGGTG CAATATGACA GGTCACCCAC TAGAAGTGCC ATATCGAGAA AGAGATGAAA 1320 AAACCATTCC AGGCCAAGCT GTTTGTCCCA CTCCAGGATG CCGAGGTGTG GGCCACATCA 1380 GGGGTCCAAG CTATATGGGA CATCACAGTG CTTATGGCTG CCCCTATTCA GACATAAATT 1440 TGAAAAAGGA GACAATGCTT CAGCATCGTT TGGGAAAAGA AACTCAAGCA AATTTTGTAT 1500 CAGACTCTTC ACAATCAAAA TTGAAAGGTC TTTGTAGTGT GAACTTCAAT GGAAAACATG 1560 AAAAGCTGAA CAGTAAACTC AGACTTGTAC AGCAGGCAAA GTGTCTGAAA ATCAAAGGAA 1620 AAGAAGATAT TGACTTGGAT AATTTGTTCA GAGAATACTC TACAGAAAGT ACAGAGCAGG 1680 CCCTCCACCA GTCAGTCTTC CTGTCTGCCA TGTCAACCCA CCCTTCCCGG GACCTTCCTC 1740 TCTGCAGAGA ACAACATTGC AAGCTTCTTC CAGGGGTGGC TGACATCCAG GCAAGTGAAG 1800 TAGCCAAATG GACGGTTGAT GAGGTGGCAA ATTTTGTACA AAGCCTTCCA GGCTGTGAAG 1860 ATCATTCCAG ATACTTCAAA AAAGAGCAGA TTGATGGCAA AGCCTTCCTG CTTCTGACCC 1920 AGACAGACAT AGTCAAAGTG ATGCGCATTA AACTTGGCCC AGCATTGAAG ATTTATAATT 1980 CCATCCTGAT GTTCAGGAAT GCTCAGGACC TTGAAGAAAC AGATTCTGCC TCTAGCAAGG 2040 TCATCAGGGA ATAGATGCAC CACACTCTTC TGGACACATT GAACTTGGGT TATTCAAGCA 2100 ATAAAATCTG GAATACTTTC ATTTGATTTT ACCTGGTCAT GTCCCTAATG AGAAATGCTT 2160 AGTGTGTACG TTTTACACAT TAAAAAGATT TGGGTGATGA AGTGTCAAAA ACTCAGAAAG 2220 CTTTAGGCAC ATGCAAGCAT CCGTCAGCAT TGTTATTCTT TGGCAAAGTC TTGTCACATC 2280 AGACAAACCA AAGATATCCA CACATACATT TTTATTCTTT CCCTAGATTC TGTTAAAGAA 2340 TCCATTTCCC CTCTACCAGG CATAAAACCC TCAAGTGGTG AAATATTAGA AAAACAGTGT 2400 TCATAAATAC ACTGTTAATG TTTTCACCAG AACATCCGAG CTTGGCTCAG ATTTGCCATC 2460 TGGCCTGTAA TGAGTCTGCA AGAGACACAT GGAGGGAAGA AACAAAGACC TGGTGCTTTA 2520 AAAAGATGTC TTGTGAGATT TTTGTGTACT TTACTCAGGA AAGTGTGAAT GCTTTAAAAA 2580 AAAAGAAATA AAAGAAAAGC ACATGTTTTC ATGATTCATT AATTTTCTTT TTTTGTCCAA 2640 GTAATCATTT ATTGGTTGCA CACTAAGGAC TTCTTCAGAC TTTAGAAGGG GGATGTGATG 2700 GTGTAATATG ACAAAAATAA GGCCTAGGCA TTTTAAACTG AAACCCTTGT GTGCCTGACT 2760 GACAATCATC CATTCCCTTA GTATTTTAAA TGGTATAGCA TTGGGATCTG TTTATAACAC 2820 TGTTGTTGGC TGACAGCCTG CCTTTATAGA TGAACTATAT TATGTCAGGC TTCTGCTCTG 2880 TGGAATTGAT CACGTTCAGG GAACGGGACT TGTCCTGCTT TATGTGTAAT CTGTGCAATC 2940 AAAAGCTGTA TTATTATGGG CGATGAGCCC ATTATGTTTC TTAAAGTTAA AGATGTGTCA 3000 TCATACAAGA ATGATCAGAG GGAGGGACTT GAAAAGATTT GTCTCCCACA TTCAAGTGTT 3060 TTGTAAGCTG ATGTTTTCCT CCAAGTGATT ATACCTGAAA CCAAAATCCT ATGGGATTCT 3120 CCATAATTGG TACTTCTTTT CTGCTGGGCA CAGCCACCAG GGAATGGAGA ATACACTCAC 3180 CTTAATAAAG GTATTCCAGG ATATTTTGTG GGAGGGGAAT GACAGAGAAA TTGACAGAAA 3240 AAATGATAAA ATTCCTCTAT CATCTCAATA CTTCTGCCTA GTTTTCTGCT TTTTCTAATA 3300 TTGTGTCTAT TTGGATAGAA GTGTCAATAA CAGTTTTCTT GAAGAAAAAC ATCATCTCTA 3360 AAGTACAGTA TATATGCATT TATGTTTCCT TGGGGTCTTT GATTTAGATA GAAATTTAAT 3420 ATATTATTGT TTGATGTAAA TTTCCATTTC TGTGATTTTA TCAAATCTTT CTATGGGTAA 3480 ATGAAACCCC TGCTTTTACT GTATTCATAT TTTAATATAT TTTAAATGCT AATAAAGATT 3540 GATATACATG AGACTGTCAT GTCCCCTTGC ATTCATTAAC ATGACATGAC ATACCACATC 3600 TAAGCTTTAA GACTCTTTCC CTCACATTTG AAATCAAGAC AAAAT
3646Nucleotide Fasta Sequence
>ENSMODP00000026808.3|MBT|Monodelphis domestica GTCCAGTACTCTATCCACCAAGTCATCAGACTCTGCCTCTGGTTGAAAGGAAGTTACTGTTACTCTGTTACTCTGTTACTCTGTTACTTGTCCATAAGAATGTTGTGATATGCTTTTGATGACTCAGACTTTTGGTGAAGGTTGCCTTTGGACAGACTATTCTAGTCATTCAGAAAATAGAACCACTGGTGAGGATTGACAGAGAGACAATGAAGCAGTTCAGCAAAAAGAGGAAGCGTAATGTAGATTCAAAGGACCCTCCGACTCAGGAGAGAGGCAAGGAACAAGCCAAAGATGACAAGAAACTGAAGAATGGAATGACCACTTCTTTTCATGTAAGTTTAGCTGCTGGAAAGGGGACTTGGTCTTGGGATCAGTATTTAAAAGAACAGAATGCTGTAGCAGCCCCTGCTCAACTCTTTTCTAGGGATCAGTCCTTTCCTGAGCATGAAAATGGTTTTCAAATTGGAATGAGATTAGAAGGCATTGACCCCCAGGATCCATCAAAATTCTTTGTGCTCTCTGTAGCTGAGGTATGTGGTTATCGCCTAAGACTTCACTTTGACGGCTATTTAAGCTGCTATGATTTTTGGACCAATGCAGGTTCCCCTGATATTCACCCAGTGGGGTGGTGTGAAAAGACCAAACATGAATTGCACGTCCCTAAGGGTTATAGAAAGGACAAGGTTGCTTGTGTGGACAACTTGAAGACCTCCAAATTACAAAATGCTCCCAAGAAATTGTTCCTGAGTAGAAATGTTTTTGGAACTACAGTGGAAGAATTTCAGGTGGGAATGAAGCTTGAAGCAGTGGACAGGAAAAACCCTTCCTTGGTGTGTGTGGCCACCATCGCAGATATTGTTGAAGACCGCCTACTTGTGCACTTTGACAATTGGGATGACAGCTATGATTATTGGTGTGACATTTATAGTCCTTTTATTCAACCAGTTGGATGGTGTCAGAAAAATGGAAGAACTCTGATAGCACCTCAAGGTCATCCTGATCCAGAAAATTTTTCTTGGACAGACTACTTGGAAGTTACTCATTCTTCTACAGTTCCGGTTAAAGCTTTTAAGATGCGAAAGCCTCATGGATTCCTAGTGAATATGAAACTTGAAGCAGTAGATAAACGTAATCCTAGTTTAATTCGTGTTGCCACCATCGTAGATGTAGAAGACCAAAGAATAAAGGTCCACTTTGATGGCTGGAGCCACAAGTATGACTATTGGATGGATGTTGATAGCCCTGATATTCACCCAATAGGATGGTGCAATATGACAGGTCACCCACTAGAAGTGCCATATCGAGAAAGAGATGAAAAAACCATTCCAGGCCAAGCTGTTTGTCCCACTCCAGGATGCCGAGGTGTGGGCCACATCAGGGGTCCAAGCTATATGGGACATCACAGTGCTTATGGCTGCCCCTATTCAGACATAAATTTGAAAAAGGAGACAATGCTTCAGCATCGTTTGGGAAAAGAAACTCAAGCAAATTTTGTATCAGACTCTTCACAATCAAAATTGAAAGGTCTTTGTAGTGTGAACTTCAATGGAAAACATGAAAAGCTGAACAGTAAACTCAGACTTGTACAGCAGGCAAAGTGTCTGAAAATCAAAGGAAAAGAAGATATTGACTTGGATAATTTGTTCAGAGAATACTCTACAGAAAGTACAGAGCAGGCCCTCCACCAGTCAGTCTTCCTGTCTGCCATGTCAACCCACCCTTCCCGGGACCTTCCTCTCTGCAGAGAACAACATTGCAAGCTTCTTCCAGGGGTGGCTGACATCCAGGCAAGTGAAGTAGCCAAATGGACGGTTGATGAGGTGGCAAATTTTGTACAAAGCCTTCCAGGCTGTGAAGATCATTCCAGATACTTCAAAAAAGAGCAGATTGATGGCAAAGCCTTCCTGCTTCTGACCCAGACAGACATAGTCAAAGTGATGCGCATTAAACTTGGCCCAGCATTGAAGATTTATAATTCCATCCTGATGTTCAGGAATGCTCAGGACCTTGAAGAAACAGATTCTGCCTCTAGCAAGGTCATCAGGGAATAGATGCACCACACTCTTCTGGACACATTGAACTTGGGTTATTCAAGCAATAAAATCTGGAATACTTTCATTTGATTTTACCTGGTCATGTCCCTAATGAGAAATGCTTAGTGTGTACGTTTTACACATTAAAAAGATTTGGGTGATGAAGTGTCAAAAACTCAGAAAGCTTTAGGCACATGCAAGCATCCGTCAGCATTGTTATTCTTTGGCAAAGTCTTGTCACATCAGACAAACCAAAGATATCCACACATACATTTTTATTCTTTCCCTAGATTCTGTTAAAGAATCCATTTCCCCTCTACCAGGCATAAAACCCTCAAGTGGTGAAATATTAGAAAAACAGTGTTCATAAATACACTGTTAATGTTTTCACCAGAACATCCGAGCTTGGCTCAGATTTGCCATCTGGCCTGTAATGAGTCTGCAAGAGACACATGGAGGGAAGAAACAAAGACCTGGTGCTTTAAAAAGATGTCTTGTGAGATTTTTGTGTACTTTACTCAGGAAAGTGTGAATGCTTTAAAAAAAAAGAAATAAAAGAAAAGCACATGTTTTCATGATTCATTAATTTTCTTTTTTTGTCCAAGTAATCATTTATTGGTTGCACACTAAGGACTTCTTCAGACTTTAGAAGGGGGATGTGATGGTGTAATATGACAAAAATAAGGCCTAGGCATTTTAAACTGAAACCCTTGTGTGCCTGACTGACAATCATCCATTCCCTTAGTATTTTAAATGGTATAGCATTGGGATCTGTTTATAACACTGTTGTTGGCTGACAGCCTGCCTTTATAGATGAACTATATTATGTCAGGCTTCTGCTCTGTGGAATTGATCACGTTCAGGGAACGGGACTTGTCCTGCTTTATGTGTAATCTGTGCAATCAAAAGCTGTATTATTATGGGCGATGAGCCCATTATGTTTCTTAAAGTTAAAGATGTGTCATCATACAAGAATGATCAGAGGGAGGGACTTGAAAAGATTTGTCTCCCACATTCAAGTGTTTTGTAAGCTGATGTTTTCCTCCAAGTGATTATACCTGAAACCAAAATCCTATGGGATTCTCCATAATTGGTACTTCTTTTCTGCTGGGCACAGCCACCAGGGAATGGAGAATACACTCACCTTAATAAAGGTATTCCAGGATATTTTGTGGGAGGGGAATGACAGAGAAATTGACAGAAAAAATGATAAAATTCCTCTATCATCTCAATACTTCTGCCTAGTTTTCTGCTTTTTCTAATATTGTGTCTATTTGGATAGAAGTGTCAATAACAGTTTTCTTGAAGAAAAACATCATCTCTAAAGTACAGTATATATGCATTTATGTTTCCTTGGGGTCTTTGATTTAGATAGAAATTTAATATATTATTGTTTGATGTAAATTTCCATTTCTGTGATTTTATCAAATCTTTCTATGGGTAAATGAAACCCCTGCTTTTACTGTATTCATATTTTAATATATTTTAAATGCTAATAAAGATTGATATACATGAGACTGTCATGTCCCCTTGCATTCATTAACATGACATGACATACCACATCTAAGCTTTAAGACTCTTTCCCTCACATTTGAAATCAAGACAAAAT
|
Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |