Tag |
Content |
WERAM ID |
WERAM-Viv-0047 |
Ensembl Protein ID |
VIT_07s0129g00190.t01 |
Gene Name |
VIT_07s0129g00190 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
Me_Reader_other |
7.00e-60 |
231 |
|
|
|
Organism |
Vitis vinifera |
Domain Profile |
Me_Reader Me_Reader_other
Query: 93 DEEVEENHESGVLQDLQVL---SHIALLCVSHPKNTFSPADLLPAVQVLHDNLILF---E 146 ++ +E H S + + ++++ + + L VS + + LL V +L N IL+ E Sbjct: 78 EDNMETEHGSKMRKSIEIIYAITSVILASVSVINESENYEALLECVIIL--NGILYALPE 135 Query: 147 SDSVLLSEIANLCEEWWKDGLVGRETLISQSLPFLLSRSLTLKKKVDVHRVYMLREAFAL 206 S+ L S I +LC WW+ GL +E + LL RSL K DV R++ + +A Sbjct: 136 SERKLQSSIQDLCVTWWEKGLPAKEDTGKTAFVMLLRRSLETKTGADVCRLWRIHQALYC 195 Query: 207 FDFEDESIEDLKLLMIRCVITPLYLKTEDGRKFVAFMFGLSRQLVKEALAMIRSQIPFGR 266 FD++ E ++K +++ C I Y+K E+GR+F++ +F + +K I++Q+ + Sbjct: 196 FDYDLEESGEIKDMLLECFININYIKKEEGRRFLSCLFNWNINFIKMIHGTIKNQLQGLQ 255 Query: 267 KSMLETYGDIVFQAWKHVEGESRNEIENGFLQGLIEGAIH-ANSGALAASIRRVLGGFIN 325 KS++ +I F+AWK G+ IEN +Q + IH + + +R VL F + Sbjct: 256 KSLMVYIAEIYFRAWKKASGKILEAIENDCIQDFMFHGIHLPRRSPVHSKVREVLSYFHH 315 Query: 326 QRTT-NGVEKLLFRLTEPVIFRSLQVANSNVRLNSLHLLLDSFPLEDPDATKETKDTMLD 384 Q+ GVE++L+RL +P+++R L+ NS VR N+ L +++FP+ DP+ D+ + Sbjct: 316 QKKVRQGVEEMLYRLYKPILWRGLKARNSEVRSNAALLFVEAFPIRDPNLHAIEMDSEIQ 375 Query: 385 KQFFLLERLLSDDCPEIRVVAVEGSCRILHLFWEIIPSSTITKMITKIFDDMSSDKCN-E 443 KQF L LL D P +R + G C+I +WE++P + + ++ K+ +++ D + + Sbjct: 376 KQFEELYSLLEDPYPMVRSTGILGVCKITSKYWEMMPPTILIDLLKKVTGELAFDTSSAD 435 Query: 444 VRLSTLNGIMYLLGNPQSHEILKVLLPRLGHLILDPALSXXXXXXXXXXXXXXXRTFQFH 503 VR S + +L N SH +L+ LLP L + + D + R +F Sbjct: 436 VRCSVFKCLPMILDNKLSHPLLEQLLPALRYSLHDNSEKVRVAFVDMLLKIKAVRAAKFW 495 Query: 504 KVVGLDVLLSTLADDQPPVAQKITKLLIPSYFPSKVTPEEACKRCVTLIKRSPKAGARLC 563 K+ ++ +L L D PV++++ L+ S+ P E C+RCVTL++ + A R Sbjct: 496 KICPMEHILVRLETDSRPVSRRLVSLIFNSFLPVNQPEEVWCERCVTLVQMNHAAARRFY 555 Query: 564 EFALSEGASMKSLLELVKVF 583 ++A E + ++ +L+ V Sbjct: 556 QYA-HEHTACTNIAKLIHVI 574
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Protein Sequence (Fasta) | MDKRLRSSLQ ASPESFLSSA TKLGLRSAKA SLKSLIHGIT PSSPLSSSLP PSLHNSISHS 60 IASFQNLRDS GKSPPSPPTK RRRRSSRQAK TRDEEVEENH ESGVLQDLQV LSHIALLCVS 120 HPKNTFSPAD LLPAVQVLHD NLILFESDSV LLSEIANLCE EWWKDGLVGR ETLISQSLPF 180 LLSRSLTLKK KVDVHRVYML REAFALFDFE DESIEDLKLL MIRCVITPLY LKTEDGRKFV 240 AFMFGLSRQL VKEALAMIRS QIPFGRKSML ETYGDIVFQA WKHVEGESRN EIENGFLQGL 300 IEGAIHANSG ALAASIRRVL GGFINQRTTN GVEKLLFRLT EPVIFRSLQV ANSNVRLNSL 360 HLLLDSFPLE DPDATKETKD TMLDKQFFLL ERLLSDDCPE IRVVAVEGSC RILHLFWEII 420 PSSTITKMIT KIFDDMSSDK CNEVRLSTLN GIMYLLGNPQ SHEILKVLLP RLGHLILDPA 480 LSVRVAIADL LLLLRDIRTF QFHKVVGLDV LLSTLADDQP PVAQKITKLL IPSYFPSKVT 540 PEEACKRCVT LIKRSPKAGA RLCEFALSEG ASMKSLLELV KVFISLVLSP KKLQGDQIES 600 LLVGAAYLCN NLVTEPLYIT ALKELFSGGK LKRLFTAAET GPAQSSVVNI ISSISPDDAA 660 EFVEECMGLV TDCSGLSENT ERQEEVRSVH KLMLSCDWFD DMFDVLTRLL QKAAYGCHTK 720 FGTEMPKQCV PSVKRKKTKS SFKISAKEKH VSGKKLPNMS TSIFEEAYPN AVGVAWQIID 780 LIKSEGTRIA TLRSKTLESA FFALKSALCI TVLEQTMYHL FSCIEKLFQA GDAGKSSKLP 840 SERKKDHKKA ANSCRQKLRE PQTDPCSTSD GGTTFSEPKR ISNVMKMLTA VLKFIVDAAT 900 MRLVSNDGRF LKFTTIYIQY TISIIRQHSQ DQLQFNDDDL RGTFLCLKSS LTYTAKFLNL 960 VLANTNEAST PPPEAYNLAN YLLDLIISVE SYLGSVYAVR LVTALKPWLP DLVLALGARH 1020 IMKQTSEEGT QFTESEQSEL QLPSWTSILA KIELDELANI SPNEEAERVS EPGKLSSFKK 1080 LIGMMTLLLR GNSSILDAVG KIFMTASAVA LEREDFGLLL GLIHFVCVKL VGHEHRGWEG 1140 LDMMLASLEG IYPEIERQVE EPSGNEHGKQ KLQKARALLE PIWINYTCES EGPSMMEE 1198Protein Fasta Sequence
>VIT_07s0129g00190.t01|Me_Reader_other|Vitis vinifera MDKRLRSSLQASPESFLSSATKLGLRSAKASLKSLIHGITPSSPLSSSLPPSLHNSISHSIASFQNLRDSGKSPPSPPTKRRRRSSRQAKTRDEEVEENHESGVLQDLQVLSHIALLCVSHPKNTFSPADLLPAVQVLHDNLILFESDSVLLSEIANLCEEWWKDGLVGRETLISQSLPFLLSRSLTLKKKVDVHRVYMLREAFALFDFEDESIEDLKLLMIRCVITPLYLKTEDGRKFVAFMFGLSRQLVKEALAMIRSQIPFGRKSMLETYGDIVFQAWKHVEGESRNEIENGFLQGLIEGAIHANSGALAASIRRVLGGFINQRTTNGVEKLLFRLTEPVIFRSLQVANSNVRLNSLHLLLDSFPLEDPDATKETKDTMLDKQFFLLERLLSDDCPEIRVVAVEGSCRILHLFWEIIPSSTITKMITKIFDDMSSDKCNEVRLSTLNGIMYLLGNPQSHEILKVLLPRLGHLILDPALSVRVAIADLLLLLRDIRTFQFHKVVGLDVLLSTLADDQPPVAQKITKLLIPSYFPSKVTPEEACKRCVTLIKRSPKAGARLCEFALSEGASMKSLLELVKVFISLVLSPKKLQGDQIESLLVGAAYLCNNLVTEPLYITALKELFSGGKLKRLFTAAETGPAQSSVVNIISSISPDDAAEFVEECMGLVTDCSGLSENTERQEEVRSVHKLMLSCDWFDDMFDVLTRLLQKAAYGCHTKFGTEMPKQCVPSVKRKKTKSSFKISAKEKHVSGKKLPNMSTSIFEEAYPNAVGVAWQIIDLIKSEGTRIATLRSKTLESAFFALKSALCITVLEQTMYHLFSCIEKLFQAGDAGKSSKLPSERKKDHKKAANSCRQKLREPQTDPCSTSDGGTTFSEPKRISNVMKMLTAVLKFIVDAATMRLVSNDGRFLKFTTIYIQYTISIIRQHSQDQLQFNDDDLRGTFLCLKSSLTYTAKFLNLVLANTNEASTPPPEAYNLANYLLDLIISVESYLGSVYAVRLVTALKPWLPDLVLALGARHIMKQTSEEGTQFTESEQSELQLPSWTSILAKIELDELANISPNEEAERVSEPGKLSSFKKLIGMMTLLLRGNSSILDAVGKIFMTASAVALEREDFGLLLGLIHFVCVKLVGHEHRGWEGLDMMLASLEGIYPEIERQVEEPSGNEHGKQKLQKARALLEPIWINYTCESEGPSMMEE
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Nucleotide Sequence (Fasta) | ATGGACAAGA GGCTTCGATC CTCTCTCCAA GCGTCGCCGG AGTCCTTCCT CTCCTCTGCT 60 ACAAAGCTAG GGTTGAGGTC AGCAAAAGCC TCTCTCAAGA GCTTAATTCA TGGCATCACC 120 CCCTCCTCAC CTCTCTCTTC TTCTCTCCCT CCCTCTCTCC ATAACTCCAT TTCTCACTCC 180 ATCGCTTCCT TTCAGAACCT TCGAGACTCC GGAAAGTCTC CTCCCTCGCC GCCGACAAAG 240 CGTCGCCGGA GATCTTCTAG GCAGGCTAAG ACTAGGGACG AAGAAGTCGA AGAAAATCAC 300 GAATCTGGAG TACTTCAAGA TCTTCAGGTT CTTTCGCACA TCGCGCTTTT ATGCGTTTCG 360 CACCCCAAGA ACACGTTTTC TCCGGCGGAC TTGTTGCCGG CAGTCCAGGT GTTGCACGAT 420 AATTTGATTC TCTTTGAGTC GGATTCGGTT TTGTTGTCGG AGATTGCGAA TTTGTGTGAG 480 GAGTGGTGGA AGGACGGGTT GGTGGGGAGA GAGACTCTAA TTTCACAATC TCTCCCGTTT 540 TTGCTGTCAA GGTCGTTGAC TCTGAAGAAG AAGGTTGATG TGCATAGAGT GTACATGCTG 600 CGCGAGGCGT TTGCGCTGTT TGATTTTGAG GATGAGAGTA TCGAGGATTT GAAGCTTTTG 660 ATGATAAGGT GTGTCATTAC GCCCCTCTAT CTGAAGACCG AGGATGGAAG GAAGTTCGTC 720 GCCTTTATGT TCGGGTTAAG CCGTCAGCTT GTAAAAGAAG CATTGGCGAT GATTCGATCT 780 CAGATTCCGT TTGGGAGGAA GTCGATGTTG GAGACATATG GGGATATTGT TTTTCAGGCC 840 TGGAAGCATG TTGAAGGGGA ATCGCGGAAT GAAATTGAGA ATGGGTTTCT GCAGGGGTTG 900 ATTGAAGGCG CAATACATGC TAATTCTGGA GCATTGGCTG CCTCCATTAG GAGGGTTCTG 960 GGAGGATTCA TAAACCAAAG AACCACCAAT GGGGTCGAGA AACTTCTTTT TCGACTGACT 1020 GAGCCTGTGA TATTTCGGTC ACTACAGGTT GCCAACTCAA ATGTTCGGTT AAATTCATTG 1080 CATTTGCTTT TAGACTCATT CCCTCTCGAA GATCCTGATG CAACGAAAGA AACTAAAGAT 1140 ACAATGCTTG ATAAACAGTT CTTTTTATTG GAGAGATTAC TCTCAGATGA TTGTCCAGAA 1200 ATTAGAGTCG TTGCAGTTGA AGGATCCTGT CGCATCCTTC ATTTGTTTTG GGAAATTATT 1260 CCTTCTTCAA CCATTACAAA GATGATCACC AAAATTTTTG ATGACATGTC GTCTGATAAA 1320 TGCAATGAAG TCAGGCTTTC TACATTGAAT GGTATTATGT ATTTGCTTGG TAATCCCCAA 1380 TCTCATGAAA TTCTTAAAGT GCTTCTACCA AGACTGGGGC ATCTGATTCT GGATCCTGCT 1440 CTTTCTGTAA GAGTTGCTAT TGCTGATCTC CTTCTTCTTC TAAGGGATAT CCGAACTTTC 1500 CAGTTTCATA AGGTCGTGGG CTTAGATGTA TTATTATCAA CACTTGCAGA TGATCAGCCA 1560 CCTGTTGCTC AGAAAATCAC AAAACTTTTA ATTCCATCAT ATTTTCCTTC CAAAGTGACT 1620 CCTGAAGAAG CATGCAAGCG CTGTGTCACA CTTATAAAAA GGTCCCCCAA AGCTGGAGCA 1680 CGGCTTTGTG AATTTGCTCT ATCAGAAGGG GCATCTATGA AGTCTCTCTT GGAACTTGTC 1740 AAAGTTTTCA TCAGTTTGGT CCTGTCACCG AAAAAGCTGC AGGGAGATCA GATTGAGAGT 1800 TTACTTGTTG GTGCTGCATA CCTTTGCAAC AACCTAGTGA CTGAGCCATT GTACATAACT 1860 GCCCTTAAAG AGTTGTTTTC TGGTGGAAAA CTGAAGCGCT TGTTTACTGC TGCGGAAACA 1920 GGGCCTGCTC AATCTTCTGT AGTCAACATT ATTTCCTCCA TCTCTCCTGA TGATGCCGCT 1980 GAGTTTGTTG AAGAATGCAT GGGCCTAGTC ACAGATTGTA GTGGTTTATC TGAAAATACG 2040 GAAAGGCAAG AAGAAGTGAG GTCTGTCCAC AAGCTAATGC TGTCTTGTGA TTGGTTTGAT 2100 GATATGTTTG ATGTCCTAAC AAGACTCTTG CAGAAAGCTG CCTATGGGTG CCATACCAAA 2160 TTTGGCACTG AGATGCCAAA GCAATGTGTT CCTTCAGTGA AACGGAAGAA AACTAAGTCC 2220 TCTTTCAAAA TTTCAGCTAA AGAGAAGCAT GTTAGTGGAA AAAAATTGCC CAATATGTCC 2280 ACATCCATAT TTGAGGAGGC TTATCCAAAT GCTGTAGGTG TAGCTTGGCA AATAATAGAC 2340 TTGATTAAGT CTGAGGGCAC TCGAATAGCT ACATTAAGGT CTAAAACTCT AGAGTCAGCA 2400 TTCTTCGCTT TAAAGTCAGC ATTGTGCATT ACAGTTTTGG AGCAGACTAT GTATCATCTA 2460 TTCAGTTGTA TAGAGAAACT ATTTCAAGCA GGTGATGCAG GAAAGTCTTC AAAACTGCCA 2520 TCAGAACGTA AGAAGGATCA TAAGAAGGCG GCTAATTCTT GTCGGCAAAA GCTTAGAGAA 2580 CCTCAAACAG ATCCTTGTAG CACAAGTGAT GGTGGAACCA CTTTTTCTGA ACCAAAAAGG 2640 ATATCAAATG TGATGAAGAT GCTCACTGCA GTGCTCAAGT TCATTGTTGA TGCAGCTACA 2700 ATGAGACTTG TTTCTAACGA TGGAAGGTTC TTAAAGTTCA CAACAATTTA TATCCAATAT 2760 ACTATCTCCA TTATAAGGCA ACATTCTCAG GACCAATTGC AGTTCAATGA CGATGATTTG 2820 AGGGGCACAT TTCTCTGTCT GAAGAGCTCC TTAACCTACA CAGCCAAGTT TCTCAATTTA 2880 GTCCTTGCAA ATACCAATGA AGCTTCAACA CCTCCACCAG AAGCTTACAA TCTTGCCAAC 2940 TACCTGCTTG ATCTAATCAT TTCAGTTGAA TCATACTTGG GTTCTGTTTA TGCAGTACGC 3000 CTTGTTACTG CTCTTAAGCC ATGGCTACCT GATTTGGTTT TGGCATTAGG AGCTAGGCAC 3060 ATAATGAAAC AAACTTCAGA AGAAGGAACA CAATTCACTG AATCTGAACA GAGTGAACTC 3120 CAATTACCAT CATGGACCTC AATCTTAGCG AAGATTGAGC TTGATGAGCT TGCTAATATC 3180 AGCCCAAATG AGGAGGCTGA AAGAGTTTCA GAACCAGGGA AACTTTCGTC CTTTAAGAAA 3240 CTTATAGGAA TGATGACTCT ATTGCTGAGA GGAAACTCCA GTATATTAGA TGCAGTGGGG 3300 AAGATTTTCA TGACGGCTTC AGCTGTTGCA CTGGAAAGAG AGGACTTCGG GTTGTTATTG 3360 GGACTCATTC ACTTTGTCTG TGTGAAATTA GTGGGACATG AACATAGAGG GTGGGAAGGA 3420 CTTGATATGA TGTTGGCTTC TCTGGAAGGC ATCTATCCTG AAATTGAGAG ACAAGTTGAG 3480 GAACCAAGCG GTAATGAACA TGGAAAGCAG AAATTACAGA AAGCAAGGGC ACTTCTGGAA 3540 CCTATTTGGA TCAATTATAC TTGTGAATCC GAGGGACCCT CTATGATGGA AGAATAA
3598Nucleotide Fasta Sequence
>VIT_07s0129g00190.t01|Me_Reader_other|Vitis vinifera ATGGACAAGAGGCTTCGATCCTCTCTCCAAGCGTCGCCGGAGTCCTTCCTCTCCTCTGCTACAAAGCTAGGGTTGAGGTCAGCAAAAGCCTCTCTCAAGAGCTTAATTCATGGCATCACCCCCTCCTCACCTCTCTCTTCTTCTCTCCCTCCCTCTCTCCATAACTCCATTTCTCACTCCATCGCTTCCTTTCAGAACCTTCGAGACTCCGGAAAGTCTCCTCCCTCGCCGCCGACAAAGCGTCGCCGGAGATCTTCTAGGCAGGCTAAGACTAGGGACGAAGAAGTCGAAGAAAATCACGAATCTGGAGTACTTCAAGATCTTCAGGTTCTTTCGCACATCGCGCTTTTATGCGTTTCGCACCCCAAGAACACGTTTTCTCCGGCGGACTTGTTGCCGGCAGTCCAGGTGTTGCACGATAATTTGATTCTCTTTGAGTCGGATTCGGTTTTGTTGTCGGAGATTGCGAATTTGTGTGAGGAGTGGTGGAAGGACGGGTTGGTGGGGAGAGAGACTCTAATTTCACAATCTCTCCCGTTTTTGCTGTCAAGGTCGTTGACTCTGAAGAAGAAGGTTGATGTGCATAGAGTGTACATGCTGCGCGAGGCGTTTGCGCTGTTTGATTTTGAGGATGAGAGTATCGAGGATTTGAAGCTTTTGATGATAAGGTGTGTCATTACGCCCCTCTATCTGAAGACCGAGGATGGAAGGAAGTTCGTCGCCTTTATGTTCGGGTTAAGCCGTCAGCTTGTAAAAGAAGCATTGGCGATGATTCGATCTCAGATTCCGTTTGGGAGGAAGTCGATGTTGGAGACATATGGGGATATTGTTTTTCAGGCCTGGAAGCATGTTGAAGGGGAATCGCGGAATGAAATTGAGAATGGGTTTCTGCAGGGGTTGATTGAAGGCGCAATACATGCTAATTCTGGAGCATTGGCTGCCTCCATTAGGAGGGTTCTGGGAGGATTCATAAACCAAAGAACCACCAATGGGGTCGAGAAACTTCTTTTTCGACTGACTGAGCCTGTGATATTTCGGTCACTACAGGTTGCCAACTCAAATGTTCGGTTAAATTCATTGCATTTGCTTTTAGACTCATTCCCTCTCGAAGATCCTGATGCAACGAAAGAAACTAAAGATACAATGCTTGATAAACAGTTCTTTTTATTGGAGAGATTACTCTCAGATGATTGTCCAGAAATTAGAGTCGTTGCAGTTGAAGGATCCTGTCGCATCCTTCATTTGTTTTGGGAAATTATTCCTTCTTCAACCATTACAAAGATGATCACCAAAATTTTTGATGACATGTCGTCTGATAAATGCAATGAAGTCAGGCTTTCTACATTGAATGGTATTATGTATTTGCTTGGTAATCCCCAATCTCATGAAATTCTTAAAGTGCTTCTACCAAGACTGGGGCATCTGATTCTGGATCCTGCTCTTTCTGTAAGAGTTGCTATTGCTGATCTCCTTCTTCTTCTAAGGGATATCCGAACTTTCCAGTTTCATAAGGTCGTGGGCTTAGATGTATTATTATCAACACTTGCAGATGATCAGCCACCTGTTGCTCAGAAAATCACAAAACTTTTAATTCCATCATATTTTCCTTCCAAAGTGACTCCTGAAGAAGCATGCAAGCGCTGTGTCACACTTATAAAAAGGTCCCCCAAAGCTGGAGCACGGCTTTGTGAATTTGCTCTATCAGAAGGGGCATCTATGAAGTCTCTCTTGGAACTTGTCAAAGTTTTCATCAGTTTGGTCCTGTCACCGAAAAAGCTGCAGGGAGATCAGATTGAGAGTTTACTTGTTGGTGCTGCATACCTTTGCAACAACCTAGTGACTGAGCCATTGTACATAACTGCCCTTAAAGAGTTGTTTTCTGGTGGAAAACTGAAGCGCTTGTTTACTGCTGCGGAAACAGGGCCTGCTCAATCTTCTGTAGTCAACATTATTTCCTCCATCTCTCCTGATGATGCCGCTGAGTTTGTTGAAGAATGCATGGGCCTAGTCACAGATTGTAGTGGTTTATCTGAAAATACGGAAAGGCAAGAAGAAGTGAGGTCTGTCCACAAGCTAATGCTGTCTTGTGATTGGTTTGATGATATGTTTGATGTCCTAACAAGACTCTTGCAGAAAGCTGCCTATGGGTGCCATACCAAATTTGGCACTGAGATGCCAAAGCAATGTGTTCCTTCAGTGAAACGGAAGAAAACTAAGTCCTCTTTCAAAATTTCAGCTAAAGAGAAGCATGTTAGTGGAAAAAAATTGCCCAATATGTCCACATCCATATTTGAGGAGGCTTATCCAAATGCTGTAGGTGTAGCTTGGCAAATAATAGACTTGATTAAGTCTGAGGGCACTCGAATAGCTACATTAAGGTCTAAAACTCTAGAGTCAGCATTCTTCGCTTTAAAGTCAGCATTGTGCATTACAGTTTTGGAGCAGACTATGTATCATCTATTCAGTTGTATAGAGAAACTATTTCAAGCAGGTGATGCAGGAAAGTCTTCAAAACTGCCATCAGAACGTAAGAAGGATCATAAGAAGGCGGCTAATTCTTGTCGGCAAAAGCTTAGAGAACCTCAAACAGATCCTTGTAGCACAAGTGATGGTGGAACCACTTTTTCTGAACCAAAAAGGATATCAAATGTGATGAAGATGCTCACTGCAGTGCTCAAGTTCATTGTTGATGCAGCTACAATGAGACTTGTTTCTAACGATGGAAGGTTCTTAAAGTTCACAACAATTTATATCCAATATACTATCTCCATTATAAGGCAACATTCTCAGGACCAATTGCAGTTCAATGACGATGATTTGAGGGGCACATTTCTCTGTCTGAAGAGCTCCTTAACCTACACAGCCAAGTTTCTCAATTTAGTCCTTGCAAATACCAATGAAGCTTCAACACCTCCACCAGAAGCTTACAATCTTGCCAACTACCTGCTTGATCTAATCATTTCAGTTGAATCATACTTGGGTTCTGTTTATGCAGTACGCCTTGTTACTGCTCTTAAGCCATGGCTACCTGATTTGGTTTTGGCATTAGGAGCTAGGCACATAATGAAACAAACTTCAGAAGAAGGAACACAATTCACTGAATCTGAACAGAGTGAACTCCAATTACCATCATGGACCTCAATCTTAGCGAAGATTGAGCTTGATGAGCTTGCTAATATCAGCCCAAATGAGGAGGCTGAAAGAGTTTCAGAACCAGGGAAACTTTCGTCCTTTAAGAAACTTATAGGAATGATGACTCTATTGCTGAGAGGAAACTCCAGTATATTAGATGCAGTGGGGAAGATTTTCATGACGGCTTCAGCTGTTGCACTGGAAAGAGAGGACTTCGGGTTGTTATTGGGACTCATTCACTTTGTCTGTGTGAAATTAGTGGGACATGAACATAGAGGGTGGGAAGGACTTGATATGATGTTGGCTTCTCTGGAAGGCATCTATCCTGAAATTGAGAGACAAGTTGAGGAACCAAGCGGTAATGAACATGGAAAGCAGAAATTACAGAAAGCAAGGGCACTTCTGGAACCTATTTGGATCAATTATACTTGTGAATCCGAGGGACCCTCTATGATGGAAGAATAA
|
Sequence Source |
Ensembl |
Orthology |
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Created Date |
25-Jun-2016 |