Tag |
Content |
WERAM ID |
WERAM-Arl-0057 |
Ensembl Protein ID |
fgenesh2_kg.2__629__AT1G64960.1 |
Gene Name |
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Ensembl Information |
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Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
Me_Reader_other |
7.00e-54 |
211 |
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Organism |
Arabidopsis lyrata |
Domain Profile |
Me_Reader Me_Reader_other
Query: 147 LFESDSVLCLEIAGICECWWKEGLVERESLISQSLPFLLSRSLTLKKKVDVHRVYMLREA 206 L ES+ L I +C WW++GL +E + LL RSL K DV R++ + +A Sbjct: 133 LPESERKLQSSIQDLCVTWWEKGLPAKEDTGKTAFVMLLRRSLETKTGADVCRLWRIHQA 192 Query: 207 FTLFDFEDESIEDLRMLLMRCVVSPLYVKTEDGQRFVSFAFGLSRQLMKAGLAVVKAQIP 266 FD++ E +++ +L+ C ++ Y+K E+G+RF+S F + +K +K Q+ Sbjct: 193 LYCFDYDLEESGEIKDMLLECFININYIKKEEGRRFLSCLFNWNINFIKMIHGTIKNQLQ 252 Query: 267 LGRKSVLEGFGGILFRAWKEVEQDLKGEIEDGFLQGIIDSAIH-ASSCAFAASLRRVLGG 325 +KS++ I FRAWK+ + IE+ +Q + IH + +R VL Sbjct: 253 GLQKSLMVYIAEIYFRAWKKASGKILEAIENDCIQDFMFHGIHLPRRSPVHSKVREVLSY 312 Query: 326 FISQRTT-QGVEKLLFSLAEPMIFRSLQVANSNVRLNALHLLLDLFPMEDPDATKEAKDT 384 F Q+ QGVE++L+ L +P+++R L+ NS VR NA L ++ FP+ DP+ D+ Sbjct: 313 FHHQKKVRQGVEEMLYRLYKPILWRGLKARNSEVRSNAALLFVEAFPIRDPNLHAIEMDS 372 Query: 385 LLDKQFYLLEKLMSDECPDVRSVAVEGLCRVFYLFWEVIPSTTITKVLTKIFDDMSHESC 444 + KQF L L+ D P VRS + G+C++ +WE++P T + +L K+ +++ ++ Sbjct: 373 EIQKQFEELYSLLEDPYPMVRSTGILGVCKITSKYWEMMPPTILIDLLKKVTGELAFDTS 432 Query: 445 S-EVRLSTVNGITYLLANPQSHGILKVVLPRLGHLMLDSVTSIRVAMXXXXXXXXXXXAF 503 S +VR S + +L N SH +L+ +LP L + + D+ +RVA A Sbjct: 433 SADVRCSVFKCLPMILDNKLSHPLLEQLLPALRYSLHDNSEKVRVAFVDMLLKIKAVRAA 492 Query: 504 QFNTXXXXXXXXXXXXXXQTHVAKGIARLLIPSYFPSRKRAEEACQRCRTLINRNPMAGA 563 +F V++ + L+ S+ P + E C+RC TL+ N A Sbjct: 493 KFWKICPMEHILVRLETDSRPVSRRLVSLIFNSFLPVNQPEEVWCERCVTLVQMNHAAAR 552 Query: 564 RFSEFLVSLGA--TVQSVLHLVGFFLNSVL 591 RF ++ A + ++H++ LN+ + Sbjct: 553 RFYQYAHEHTACTNIAKLIHVIRHCLNACI 582
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Protein Sequence (Fasta) | MEKRLRSSLK TSAEEFLSSA VKLTLKSSKP SLKTIIYAVK PSSDLSSSLP LALLNSILQN 60 TESFQKLVEE DDNNPYVPSP SNSPPTKRHR GTGTLPDSDL DQRKLQILAS LQILSHVVHL 120 CLLSPKKAFS TSDLLPAAQV LHNHLRLFES DSVLCLEIAG ICECWWKEGL VERESLISQS 180 LPFLLSRSLT LKKKVDVHRV YMLREAFTLF DFEDESIEDL RMLLMRCVVS PLYVKTEDGQ 240 RFVSFAFGLS RQLMKAGLAV VKAQIPLGRK SVLEGFGGIL FRAWKEVEQD LKGEIEDGFL 300 QGIIDSAIHA SSCAFAASLR RVLGGFISQR TTQGVEKLLF SLAEPMIFRS LQVANSNVRL 360 NALHLLLDLF PMEDPDATKE AKDTLLDKQF YLLEKLMSDE CPDVRSVAVE GLCRVFYLFW 420 EVIPSTTITK VLTKIFDDMS HESCSEVRLS TVNGITYLLA NPQSHGILKV VLPRLGHLML 480 DSVTSIRVAM VDLLLLLRDV RAFQFNTVVS LDVLLSVLAS DQTHVAKGIA RLLIPSYFPS 540 RKRAEEACQR CRTLINRNPM AGARFSEFLV SLGATVQSVL HLVGFFLNSV LSGDKLDENQ 600 TEGLLRAAYH LCKDLVADSG CMASLKELLP GEKMKSLLAF APTAQAVSAV FDIIAMVSPD 660 IVSEVLEDCM NLAVNCGGLP GDAGRQTELR SVHKLLLSSN AFCDLIGTFT SIMRKTAYRC 720 QINFGYEVER KNVHSMKRKK SKSSGKSSAR WKHVSGKNAI SFEEDYSVSV GIAWQIKDLL 780 TIEAARKAIL ESDIEELLLA LKVVSQTSIL QATCCEYMDV YPDIMDRTMD HILGCTDELF 840 QTGDSGTSGI TSPEANLSQK PTTSNGSQPK RRHSIAGDDA SEGSKEGGVL NNVKMLTVIL 900 KFFVESTDMG LASHFQARML KFTSAYLKYA ISIFNDHSTG KLQFEDADMK DMILCTKSST 960 SYAGKFINLV LRHATEASHP LFEAFDLAND LLDLFTMVEI SLGSAYASRL VTALNPWIPD 1020 LVLALGPCFI NNDNLDEESS YTSSFNHIKL CVPSWLLTCA KIELHEINKE DETETPDFPA 1080 LKRLRNTIFT LVKGNTKVID GIGYVLLMCL AVCIEKRDYS TALGLLHFVC VKLVGSEDRE 1140 WKELDTMLVS LPRIYPIIEQ EIGEERDEDE VKKLEAAREL LQPVWMYHVY ETGRFHMMDE 1200 EEE 1203Protein Fasta Sequence
>fgenesh2_kg.2__629__AT1G64960.1|Me_Reader_other|Arabidopsis lyrata MEKRLRSSLKTSAEEFLSSAVKLTLKSSKPSLKTIIYAVKPSSDLSSSLPLALLNSILQNTESFQKLVEEDDNNPYVPSPSNSPPTKRHRGTGTLPDSDLDQRKLQILASLQILSHVVHLCLLSPKKAFSTSDLLPAAQVLHNHLRLFESDSVLCLEIAGICECWWKEGLVERESLISQSLPFLLSRSLTLKKKVDVHRVYMLREAFTLFDFEDESIEDLRMLLMRCVVSPLYVKTEDGQRFVSFAFGLSRQLMKAGLAVVKAQIPLGRKSVLEGFGGILFRAWKEVEQDLKGEIEDGFLQGIIDSAIHASSCAFAASLRRVLGGFISQRTTQGVEKLLFSLAEPMIFRSLQVANSNVRLNALHLLLDLFPMEDPDATKEAKDTLLDKQFYLLEKLMSDECPDVRSVAVEGLCRVFYLFWEVIPSTTITKVLTKIFDDMSHESCSEVRLSTVNGITYLLANPQSHGILKVVLPRLGHLMLDSVTSIRVAMVDLLLLLRDVRAFQFNTVVSLDVLLSVLASDQTHVAKGIARLLIPSYFPSRKRAEEACQRCRTLINRNPMAGARFSEFLVSLGATVQSVLHLVGFFLNSVLSGDKLDENQTEGLLRAAYHLCKDLVADSGCMASLKELLPGEKMKSLLAFAPTAQAVSAVFDIIAMVSPDIVSEVLEDCMNLAVNCGGLPGDAGRQTELRSVHKLLLSSNAFCDLIGTFTSIMRKTAYRCQINFGYEVERKNVHSMKRKKSKSSGKSSARWKHVSGKNAISFEEDYSVSVGIAWQIKDLLTIEAARKAILESDIEELLLALKVVSQTSILQATCCEYMDVYPDIMDRTMDHILGCTDELFQTGDSGTSGITSPEANLSQKPTTSNGSQPKRRHSIAGDDASEGSKEGGVLNNVKMLTVILKFFVESTDMGLASHFQARMLKFTSAYLKYAISIFNDHSTGKLQFEDADMKDMILCTKSSTSYAGKFINLVLRHATEASHPLFEAFDLANDLLDLFTMVEISLGSAYASRLVTALNPWIPDLVLALGPCFINNDNLDEESSYTSSFNHIKLCVPSWLLTCAKIELHEINKEDETETPDFPALKRLRNTIFTLVKGNTKVIDGIGYVLLMCLAVCIEKRDYSTALGLLHFVCVKLVGSEDREWKELDTMLVSLPRIYPIIEQEIGEERDEDEVKKLEAARELLQPVWMYHVYETGRFHMMDEEEE
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Nucleotide Sequence (Fasta) | ATGGAGAAAA GGCTCCGGTC ATCTCTCAAG ACATCCGCCG AAGAATTCCT CTCCTCCGCC 60 GTCAAATTAA CCCTAAAATC CTCTAAACCC TCACTAAAAA CCATCATCTA CGCCGTCAAA 120 CCCTCCTCAG ACCTCTCATC TTCTCTCCCA CTCGCTCTTC TCAATTCCAT CCTCCAAAAC 180 ACAGAGTCCT TCCAAAAACT CGTCGAAGAA GATGATAACA ATCCCTATGT CCCTTCTCCC 240 TCCAATTCGC CTCCAACGAA ACGCCACCGC GGTACCGGAA CTTTACCCGA TTCGGATTTG 300 GATCAGCGTA AGCTTCAGAT CCTTGCTTCT CTTCAGATTC TCTCTCATGT TGTTCATTTA 360 TGTCTTTTAA GTCCGAAGAA AGCGTTTTCT ACTTCCGATT TACTTCCCGC TGCTCAAGTT 420 TTGCATAATC ATCTTAGACT TTTCGAGTCG GATTCGGTTT TGTGTCTTGA GATCGCTGGG 480 ATTTGTGAGT GTTGGTGGAA GGAAGGTTTA GTGGAAAGAG AATCTTTGAT TTCTCAGTCG 540 TTACCGTTTT TGCTTTCGAG GTCATTGACA TTGAAGAAGA AAGTAGATGT TCATAGAGTT 600 TATATGTTGA GAGAAGCTTT TACATTGTTT GATTTTGAGG ATGAGAGTAT TGAAGATTTG 660 AGGATGTTGT TGATGCGATG TGTGGTTTCC CCGTTGTATG TGAAGACCGA AGATGGTCAG 720 AGATTTGTTT CTTTCGCTTT CGGGCTTAGT CGACAGTTGA TGAAAGCTGG CCTTGCTGTT 780 GTTAAGGCTC AGATTCCTTT GGGGAGGAAA TCTGTGCTTG AAGGCTTTGG TGGGATTTTG 840 TTTAGAGCTT GGAAAGAAGT GGAGCAAGAT TTGAAAGGTG AGATTGAAGA TGGGTTTTTG 900 CAGGGGATTA TCGATAGTGC TATTCACGCC AGTTCGTGCG CCTTTGCTGC CTCGTTAAGG 960 AGGGTTTTGG GAGGTTTTAT CAGCCAGCGG ACCACTCAAG GAGTTGAGAA GCTTCTCTTT 1020 AGCCTTGCTG AGCCTATGAT ATTTCGCTCA TTGCAGGTTG CAAATTCAAA TGTTCGTTTA 1080 AATGCTTTAC ATTTGCTTCT GGATCTTTTC CCCATGGAGG ATCCCGATGC AACAAAAGAA 1140 GCAAAAGATA CCCTGCTTGA CAAACAGTTC TACTTGTTGG AAAAATTGAT GAGTGATGAA 1200 TGCCCAGATG TGAGGTCTGT TGCTGTGGAA GGTCTCTGTC GAGTTTTCTA TCTTTTCTGG 1260 GAAGTGATCC CATCAACAAC AATTACCAAG GTCCTCACAA AAATTTTCGA TGATATGTCA 1320 CATGAATCGT GCAGTGAGGT TAGACTTTCA ACGGTTAATG GTATAACTTA TCTCCTCGCG 1380 AACCCACAAT CCCATGGAAT TCTTAAAGTG GTTCTGCCAA GACTGGGGCA TTTGATGCTA 1440 GATAGTGTTA CTTCAATACG TGTTGCAATG GTAGATCTAC TGCTTCTTTT ACGAGATGTT 1500 CGCGCTTTCC AGTTCAACAC GGTAGTGAGC TTGGATGTGT TATTATCTGT GCTTGCCTCT 1560 GATCAGACTC ATGTTGCTAA GGGAATCGCT CGACTGCTAA TACCATCATA CTTTCCATCA 1620 AGAAAGAGAG CTGAGGAGGC ATGCCAGCGA TGTAGAACAC TCATAAACAG AAACCCAATG 1680 GCTGGTGCAA GGTTTTCCGA ATTTTTGGTA TCTTTAGGAG CAACCGTTCA ATCTGTACTG 1740 CACCTCGTTG GGTTCTTCTT GAATTCAGTC TTGTCAGGTG ATAAGCTAGA CGAGAATCAG 1800 ACTGAAGGCT TGCTTCGTGC TGCGTACCAT CTCTGTAAAG ATTTGGTTGC TGATTCTGGG 1860 TGTATGGCCT CCCTGAAAGA GTTGTTACCT GGAGAAAAAA TGAAAAGCTT GCTTGCTTTT 1920 GCACCCACTG CACAGGCTGT GTCAGCTGTC TTTGATATTA TTGCTATGGT CTCCCCTGAT 1980 ATTGTCTCTG AAGTCCTAGA AGATTGCATG AATTTAGCTG TAAATTGTGG TGGTTTACCT 2040 GGGGATGCAG GACGACAGAC CGAGTTGAGA TCTGTACACA AGTTACTCCT GTCTTCTAAT 2100 GCCTTTTGTG ACCTCATTGG AACTTTTACC AGTATCATGC GGAAGACTGC GTACCGTTGT 2160 CAAATCAATT TTGGCTACGA AGTAGAAAGA AAGAATGTGC ATTCCATGAA GAGGAAAAAA 2220 TCAAAGTCCT CTGGAAAATC TTCCGCAAGG TGGAAACATG TTAGCGGAAA AAATGCAATC 2280 AGTTTCGAGG AAGATTATTC GGTTTCTGTA GGAATAGCAT GGCAGATAAA GGATTTACTC 2340 ACTATCGAAG CTGCACGTAA AGCTATACTG GAGTCTGACA TTGAAGAGCT ACTCCTTGCC 2400 TTAAAAGTCG TCTCCCAGAC TAGCATTCTG CAAGCCACTT GTTGCGAATA CATGGACGTG 2460 TACCCAGATA TCATGGACCG AACAATGGAT CACATCCTAG GCTGTACAGA TGAACTATTT 2520 CAGACAGGAG ACAGTGGAAC GTCAGGCATC ACATCTCCAG AGGCTAACCT TAGCCAAAAA 2580 CCCACTACAA GTAACGGCAG CCAACCAAAA AGAAGACATT CCATTGCTGG TGATGATGCT 2640 TCTGAGGGAT CAAAGGAAGG AGGTGTGCTG AACAATGTCA AAATGCTAAC TGTGATTCTC 2700 AAGTTTTTTG TTGAGTCTAC AGATATGGGT CTAGCTTCCC ACTTCCAAGC AAGGATGTTG 2760 AAGTTCACAT CTGCATATCT AAAGTATGCC ATCTCGATTT TCAATGACCA TTCAACCGGT 2820 AAGTTACAAT TTGAGGATGC AGATATGAAG GACATGATTC TGTGTACAAA AAGCTCCACC 2880 AGTTATGCTG GAAAATTCAT AAACCTCGTG CTGAGACATG CAACCGAAGC TTCTCATCCT 2940 TTGTTTGAAG CTTTTGACCT TGCAAATGAC CTGCTTGATC TCTTCACCAT GGTTGAGATA 3000 TCTCTAGGCT CAGCTTATGC ATCAAGACTT GTGACCGCTT TAAACCCCTG GATACCAGAT 3060 TTGGTTCTTG CACTAGGACC CTGTTTCATC AACAACGACA ACTTGGACGA AGAAAGTTCA 3120 TACACCAGCT CATTCAACCA CATCAAACTC TGCGTTCCAT CATGGCTTCT TACATGTGCG 3180 AAGATCGAAC TACATGAAAT TAACAAAGAA GATGAGACTG AGACCCCGGA TTTCCCGGCA 3240 TTAAAAAGAC TGAGAAACAC CATATTTACG TTGGTGAAAG GTAACACCAA GGTGATAGAT 3300 GGAATTGGTT ATGTTCTTTT GATGTGTTTG GCAGTGTGTA TAGAGAAGAG GGATTACAGT 3360 ACGGCTCTCG GGTTGCTACA CTTTGTATGT GTGAAGTTGG TAGGTAGTGA AGATAGAGAG 3420 TGGAAAGAGC TGGACACAAT GTTGGTCTCA CTTCCAAGAA TATACCCGAT AATAGAGCAA 3480 GAGATTGGTG AAGAAAGAGA TGAAGATGAA GTGAAGAAGC TGGAGGCTGC AAGAGAATTG 3540 CTTCAACCTG TGTGGATGTA CCATGTCTAC GAAACCGGAA GGTTCCACAT GATGGATGAA 3600 GAAGAAGAAT AGATAAGAAA GTAACATTAT TCGAGAGCAG TACCGTATAT GTAAATATGA 3660 GCTAATCCGT GACAATCACT TTTGAGAATT TACCAGATAA TATGAGCTAA TTCATGGTAT 3720 TTATTGTTTT AAGAAACTAC CTTAGAC
3748Nucleotide Fasta Sequence
>fgenesh2_kg.2__629__AT1G64960.1|Me_Reader_other|Arabidopsis lyrata ATGGAGAAAAGGCTCCGGTCATCTCTCAAGACATCCGCCGAAGAATTCCTCTCCTCCGCCGTCAAATTAACCCTAAAATCCTCTAAACCCTCACTAAAAACCATCATCTACGCCGTCAAACCCTCCTCAGACCTCTCATCTTCTCTCCCACTCGCTCTTCTCAATTCCATCCTCCAAAACACAGAGTCCTTCCAAAAACTCGTCGAAGAAGATGATAACAATCCCTATGTCCCTTCTCCCTCCAATTCGCCTCCAACGAAACGCCACCGCGGTACCGGAACTTTACCCGATTCGGATTTGGATCAGCGTAAGCTTCAGATCCTTGCTTCTCTTCAGATTCTCTCTCATGTTGTTCATTTATGTCTTTTAAGTCCGAAGAAAGCGTTTTCTACTTCCGATTTACTTCCCGCTGCTCAAGTTTTGCATAATCATCTTAGACTTTTCGAGTCGGATTCGGTTTTGTGTCTTGAGATCGCTGGGATTTGTGAGTGTTGGTGGAAGGAAGGTTTAGTGGAAAGAGAATCTTTGATTTCTCAGTCGTTACCGTTTTTGCTTTCGAGGTCATTGACATTGAAGAAGAAAGTAGATGTTCATAGAGTTTATATGTTGAGAGAAGCTTTTACATTGTTTGATTTTGAGGATGAGAGTATTGAAGATTTGAGGATGTTGTTGATGCGATGTGTGGTTTCCCCGTTGTATGTGAAGACCGAAGATGGTCAGAGATTTGTTTCTTTCGCTTTCGGGCTTAGTCGACAGTTGATGAAAGCTGGCCTTGCTGTTGTTAAGGCTCAGATTCCTTTGGGGAGGAAATCTGTGCTTGAAGGCTTTGGTGGGATTTTGTTTAGAGCTTGGAAAGAAGTGGAGCAAGATTTGAAAGGTGAGATTGAAGATGGGTTTTTGCAGGGGATTATCGATAGTGCTATTCACGCCAGTTCGTGCGCCTTTGCTGCCTCGTTAAGGAGGGTTTTGGGAGGTTTTATCAGCCAGCGGACCACTCAAGGAGTTGAGAAGCTTCTCTTTAGCCTTGCTGAGCCTATGATATTTCGCTCATTGCAGGTTGCAAATTCAAATGTTCGTTTAAATGCTTTACATTTGCTTCTGGATCTTTTCCCCATGGAGGATCCCGATGCAACAAAAGAAGCAAAAGATACCCTGCTTGACAAACAGTTCTACTTGTTGGAAAAATTGATGAGTGATGAATGCCCAGATGTGAGGTCTGTTGCTGTGGAAGGTCTCTGTCGAGTTTTCTATCTTTTCTGGGAAGTGATCCCATCAACAACAATTACCAAGGTCCTCACAAAAATTTTCGATGATATGTCACATGAATCGTGCAGTGAGGTTAGACTTTCAACGGTTAATGGTATAACTTATCTCCTCGCGAACCCACAATCCCATGGAATTCTTAAAGTGGTTCTGCCAAGACTGGGGCATTTGATGCTAGATAGTGTTACTTCAATACGTGTTGCAATGGTAGATCTACTGCTTCTTTTACGAGATGTTCGCGCTTTCCAGTTCAACACGGTAGTGAGCTTGGATGTGTTATTATCTGTGCTTGCCTCTGATCAGACTCATGTTGCTAAGGGAATCGCTCGACTGCTAATACCATCATACTTTCCATCAAGAAAGAGAGCTGAGGAGGCATGCCAGCGATGTAGAACACTCATAAACAGAAACCCAATGGCTGGTGCAAGGTTTTCCGAATTTTTGGTATCTTTAGGAGCAACCGTTCAATCTGTACTGCACCTCGTTGGGTTCTTCTTGAATTCAGTCTTGTCAGGTGATAAGCTAGACGAGAATCAGACTGAAGGCTTGCTTCGTGCTGCGTACCATCTCTGTAAAGATTTGGTTGCTGATTCTGGGTGTATGGCCTCCCTGAAAGAGTTGTTACCTGGAGAAAAAATGAAAAGCTTGCTTGCTTTTGCACCCACTGCACAGGCTGTGTCAGCTGTCTTTGATATTATTGCTATGGTCTCCCCTGATATTGTCTCTGAAGTCCTAGAAGATTGCATGAATTTAGCTGTAAATTGTGGTGGTTTACCTGGGGATGCAGGACGACAGACCGAGTTGAGATCTGTACACAAGTTACTCCTGTCTTCTAATGCCTTTTGTGACCTCATTGGAACTTTTACCAGTATCATGCGGAAGACTGCGTACCGTTGTCAAATCAATTTTGGCTACGAAGTAGAAAGAAAGAATGTGCATTCCATGAAGAGGAAAAAATCAAAGTCCTCTGGAAAATCTTCCGCAAGGTGGAAACATGTTAGCGGAAAAAATGCAATCAGTTTCGAGGAAGATTATTCGGTTTCTGTAGGAATAGCATGGCAGATAAAGGATTTACTCACTATCGAAGCTGCACGTAAAGCTATACTGGAGTCTGACATTGAAGAGCTACTCCTTGCCTTAAAAGTCGTCTCCCAGACTAGCATTCTGCAAGCCACTTGTTGCGAATACATGGACGTGTACCCAGATATCATGGACCGAACAATGGATCACATCCTAGGCTGTACAGATGAACTATTTCAGACAGGAGACAGTGGAACGTCAGGCATCACATCTCCAGAGGCTAACCTTAGCCAAAAACCCACTACAAGTAACGGCAGCCAACCAAAAAGAAGACATTCCATTGCTGGTGATGATGCTTCTGAGGGATCAAAGGAAGGAGGTGTGCTGAACAATGTCAAAATGCTAACTGTGATTCTCAAGTTTTTTGTTGAGTCTACAGATATGGGTCTAGCTTCCCACTTCCAAGCAAGGATGTTGAAGTTCACATCTGCATATCTAAAGTATGCCATCTCGATTTTCAATGACCATTCAACCGGTAAGTTACAATTTGAGGATGCAGATATGAAGGACATGATTCTGTGTACAAAAAGCTCCACCAGTTATGCTGGAAAATTCATAAACCTCGTGCTGAGACATGCAACCGAAGCTTCTCATCCTTTGTTTGAAGCTTTTGACCTTGCAAATGACCTGCTTGATCTCTTCACCATGGTTGAGATATCTCTAGGCTCAGCTTATGCATCAAGACTTGTGACCGCTTTAAACCCCTGGATACCAGATTTGGTTCTTGCACTAGGACCCTGTTTCATCAACAACGACAACTTGGACGAAGAAAGTTCATACACCAGCTCATTCAACCACATCAAACTCTGCGTTCCATCATGGCTTCTTACATGTGCGAAGATCGAACTACATGAAATTAACAAAGAAGATGAGACTGAGACCCCGGATTTCCCGGCATTAAAAAGACTGAGAAACACCATATTTACGTTGGTGAAAGGTAACACCAAGGTGATAGATGGAATTGGTTATGTTCTTTTGATGTGTTTGGCAGTGTGTATAGAGAAGAGGGATTACAGTACGGCTCTCGGGTTGCTACACTTTGTATGTGTGAAGTTGGTAGGTAGTGAAGATAGAGAGTGGAAAGAGCTGGACACAATGTTGGTCTCACTTCCAAGAATATACCCGATAATAGAGCAAGAGATTGGTGAAGAAAGAGATGAAGATGAAGTGAAGAAGCTGGAGGCTGCAAGAGAATTGCTTCAACCTGTGTGGATGTACCATGTCTACGAAACCGGAAGGTTCCACATGATGGATGAAGAAGAAGAATAGATAAGAAAGTAACATTATTCGAGAGCAGTACCGTATATGTAAATATGAGCTAATCCGTGACAATCACTTTTGAGAATTTACCAGATAATATGAGCTAATTCATGGTATTTATTGTTTTAAGAAACTACCTTAGAC
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Sequence Source |
Ensembl |
Orthology |
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Created Date |
25-Jun-2016 |