Tag |
Content |
WERAM ID |
WERAM-Aim-0093 |
Ensembl Protein ID |
ENSAMEP00000008812.1 |
Gene Name |
NCAPG2 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
Me_Reader_other |
0 |
2024 |
|
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Organism |
Ailuropoda melanoleuca |
Domain Profile |
Me_Reader Me_Reader_other
Query: 1 MEKRETFVQAVSKELIGEFLQFVQLDKDASDPFSLNELLDELSRKQKEELWQRLRSLLTD 60 MEKRETFVQAVSKEL+GEFLQFVQLDK+ASDPFSLNELLDELSRKQKEELWQRL++LLTD Sbjct: 1 MEKRETFVQAVSKELVGEFLQFVQLDKEASDPFSLNELLDELSRKQKEELWQRLKNLLTD 60 Query: 61 VLLESPVAGWQMVEVQDEDDMETEHDSKMKKNIEIIHAITSVVLASVSVINESENYEDLL 120 VLLESPV GWQ+VE Q ED+METEH SKM+K+IEII+AITSV+LASVSVINESENYE LL Sbjct: 61 VLLESPVDGWQVVEAQGEDNMETEHGSKMRKSIEIIYAITSVILASVSVINESENYEALL 120 Query: 121 ECAVMLNGILYALPESERKLQSSIQDLCVIWWEKGLPAKEDMGKTAFIMLLRKSLETKTG 180 EC ++LNGILYALPESERKLQSSIQDLCV WWEKGLPAKED GKTAF+MLLR+SLETKTG Sbjct: 121 ECVIILNGILYALPESERKLQSSIQDLCVTWWEKGLPAKEDTGKTAFVMLLRRSLETKTG 180 Query: 181 ADICRLWRIHQALYCFDYDLEESKEIKDMLLECFISVKYIKKEEGRRFLSSLFNWNVNFI 240 AD+CRLWRIHQALYCFDYDLEES EIKDMLLECFI++ YIKKEEGRRFLS LFNWN+NFI Sbjct: 181 ADVCRLWRIHQALYCFDYDLEESGEIKDMLLECFININYIKKEEGRRFLSCLFNWNINFI 240 Query: 241 KMIHETIKNQLQGLQKSLMVHVAEIYFRAWKKASGKILETIENGCIQDFMHHGIHLPRRS 300 KMIH TIKNQLQGLQKSLMV++AEIYFRAWKKASGKILE IEN CIQDFM HGIHLPRRS Sbjct: 241 KMIHGTIKNQLQGLQKSLMVYIAEIYFRAWKKASGKILEAIENDCIQDFMFHGIHLPRRS 300 Query: 301 PVHSRVREVLCYFHHQKKVRQGVEEMLYRLYKPILWRGLKARNSEVRSNAALLFIEAFPI 360 PVHS+VREVL YFHHQKKVRQGVEEMLYRLYKPILWRGLKARNSEVRSNAALLF+EAFPI Sbjct: 301 PVHSKVREVLSYFHHQKKVRQGVEEMLYRLYKPILWRGLKARNSEVRSNAALLFVEAFPI 360 Query: 361 RDPNFNAIEMDSEIQKQFEELYSLLEDPYPMVRSTGILGVCKITSKYWEMMPPTILIDLL 420 RDPN +AIEMDSEIQKQFEELYSLLEDPYPMVRSTGILGVCKITSKYWEMMPPTILIDLL Sbjct: 361 RDPNLHAIEMDSEIQKQFEELYSLLEDPYPMVRSTGILGVCKITSKYWEMMPPTILIDLL 420 Query: 421 KKVTGELAFDTSSADVRCSVFKCLPIILDNKLSHPLLEQLLPALKYSLHDNSEKVRVAFV 480 KKVTGELAFDTSSADVRCSVFKCLP+ILDNKLSHPLLEQLLPAL+YSLHDNSEKVRVAFV Sbjct: 421 KKVTGELAFDTSSADVRCSVFKCLPMILDNKLSHPLLEQLLPALRYSLHDNSEKVRVAFV 480 Query: 481 DMLLKVKAVRAAKFWKICPMEHILVRLESDSRPVSRRLVNLIFNSFLPVNQPEEVWCERC 540 DMLLK+KAVRAAKFWKICPMEHILVRLE+DSRPVSRRLV+LIFNSFLPVNQPEEVWCERC Sbjct: 481 DMLLKIKAVRAAKFWKICPMEHILVRLETDSRPVSRRLVSLIFNSFLPVNQPEEVWCERC 540 Query: 541 VTLVQMNHAAARKFYQHAHEHTACTNIAKLIHVIRHCLNACIRRAV---XXXXXXXXXXX 597 VTLVQMNHAAAR+FYQ+AHEHTACTNIAKLIHVIRHCLNACI+RAV Sbjct: 541 VTLVQMNHAAARRFYQYAHEHTACTNIAKLIHVIRHCLNACIQRAVREPPEDEEEEDGRE 600 Query: 598 XXNVSVVLDKTLSVSDVASMAGLLEIVVILWKSIHRSMENNKEARVYTINKFASVLPEYL 657 NV+ VLDKTLSV+DVA MAGLLEI+VILWKSI RSMENNKEA++YTINKFASVLPEYL Sbjct: 601 KENVT-VLDKTLSVNDVACMAGLLEIIVILWKSIDRSMENNKEAKLYTINKFASVLPEYL 659 Query: 658 KVFTDDRCKIPLFMLMSFMPASAVPTFSCGVISTLRNQEEGAADKRYCTLLDCLCSWGQV 717 KVF DDRCKIPLFMLMSFMPASAVP FSCGVISTLR++EEGA DK YCTLLDCLCSWGQV Sbjct: 660 KVFKDDRCKIPLFMLMSFMPASAVPPFSCGVISTLRSREEGAVDKSYCTLLDCLCSWGQV 719 Query: 718 GHILELICDWLPEDQPQSKSNSASKRKVQIHDTRPVKPELALVYIEYLLTHPKNRQCLLS 777 GHILEL+ +WLP + Q+KSN+ASK +VQIHDTRPVKPELALVYIEYLLTHPKNR+CLLS Sbjct: 720 GHILELVDNWLPTEHAQAKSNTASKGRVQIHDTRPVKPELALVYIEYLLTHPKNRECLLS 779 Query: 778 APQKKLNHLLKALEMSKADLESILQLPGGKPHNFNEAMALRAFSLHCRLSIHLQHQFCSE 837 AP+KKLNHLLKALE SKADLES+LQ PGGKP F+EA A RAF LHCRLSIHLQH+FCSE Sbjct: 780 APRKKLNHLLKALETSKADLESLLQTPGGKPRGFSEAAAPRAFGLHCRLSIHLQHKFCSE 839 Query: 838 GKVYLSILEDTGFWLENKVLSFIQDQEEEYLKLHRVVYQQIIQTYLTVCKDVVMVGLGDF 897 GKVYLS+LEDTGFWLE+K+LSFIQDQEE+YLKLHRV+YQQIIQTYLTVCKDVVMVGLGD Sbjct: 840 GKVYLSMLEDTGFWLESKILSFIQDQEEDYLKLHRVIYQQIIQTYLTVCKDVVMVGLGDH 899 Query: 898 KFQIQLLQWSLRIMQTVKGFFYVSLLLGILKEVTGSSLMQKPDSDEEVATLSDMVQKVFQ 957 +FQ+QLLQ SL IMQTVKGFFYVSLLL ILKE+TGSSL+QK DSDEEVA L D VQKVFQ Sbjct: 900 QFQMQLLQRSLGIMQTVKGFFYVSLLLDILKEITGSSLIQKTDSDEEVAMLLDTVQKVFQ 959 Query: 958 KLLECMARSFRKQPEEGLRLLYSVQSSLHEFLMTVQSWHVDTPVHRGVLSTVIAASVVEI 1017 K+LEC+ARSFRKQPEEGLRLLYSVQ LHEF+ VQS H DTPVHRGVLST+IA VVEI Sbjct: 960 KMLECIARSFRKQPEEGLRLLYSVQRPLHEFITAVQSRHTDTPVHRGVLSTLIAGPVVEI 1019 Query: 1018 SHQLRKVSNVEELTTPEVLSDLPPFSRCLIGIIMKSLDVIRSFLDELKACVTSDDVEGIV 1077 SHQLRKVS+VEELT PE LSDLPPFSRCLIGII+KS +V+RSFLDELKACV S+D+EGIV Sbjct: 1020 SHQLRKVSDVEELTPPEHLSDLPPFSRCLIGIIIKSSNVVRSFLDELKACVASNDIEGIV 1079 Query: 1078 CLTAVMHIILVINKGWSVARLTRRDMLALTLQWHVKIFLEITLDEDSTERFLYESSSRTL 1137 CLTA +HIILVIN G + R +A T+ +K F+EITL+EDS ERFLYESSSRTL Sbjct: 1080 CLTAAVHIILVINAGKHKSSKVRE--VAATVHRKLKTFMEITLEEDSIERFLYESSSRTL 1137 Query: 1138 GALLNS 1143 G LLNS Sbjct: 1138 GELLNS 1143
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Protein Sequence (Fasta) | MEKRETFVQA VSKELIGEFL QFVQLDKDAS DPFSLNELLD ELSRKQKEEL WQRLRSLLTD 60 VLLESPVAGW QMVEVQDEDD METEHDSKMK KNIEIIHAIT SVVLASVSVI NESENYEDLL 120 ECAVMLNGIL YALPESERKL QSSIQDLCVI WWEKGLPAKE DMGKTAFIML LRKSLETKTG 180 ADICRLWRIH QALYCFDYDL EESKEIKDML LECFISVKYI KKEEGRRFLS SLFNWNVNFI 240 KMIHETIKNQ LQGLQKSLMV HVAEIYFRAW KKASGKILET IENGCIQDFM HHGIHLPRRS 300 PVHSRVREVL CYFHHQKKVR QGVEEMLYRL YKPILWRGLK ARNSEVRSNA ALLFIEAFPI 360 RDPNFNAIEM DSEIQKQFEE LYSLLEDPYP MVRSTGILGV CKITSKYWEM MPPTILIDLL 420 KKVTGELAFD TSSADVRCSV FKCLPIILDN KLSHPLLEQL LPALKYSLHD NSEKVRVAFV 480 DMLLKVKAVR AAKFWKICPM EHILVRLESD SRPVSRRLVN LIFNSFLPVN QPEEVWCERC 540 VTLVQMNHAA ARKFYQHAHE HTACTNIAKL IHVIRHCLNA CIRRAVRECH EDHEEREKEN 600 VSVVLDKTLS VSDVASMAGL LEIVVILWKS IHRSMENNKE ARVYTINKFA SVLPEYLKVF 660 TDDRCKIPLF MLMSFMPASA VPTFSCGVIS TLRNQEEGAA DKRYCTLLDC LCSWGQVGHI 720 LELICDWLPE DQPQSKSNSA SKRKVQIHDT RPVKPELALV YIEYLLTHPK NRQCLLSAPQ 780 KKLNHLLKAL EMSKADLESI LQLPGGKPHN FNEAMALRAF SLHCRLSIHL QHQFCSEGKV 840 YLSILEDTGF WLENKVLSFI QDQEEEYLKL HRVVYQQIIQ TYLTVCKDVV MVGLGDFKFQ 900 IQLLQWSLRI MQTVKGFFYV SLLLGILKEV TGSSLMQKPD SDEEVATLSD MVQKVFQKLL 960 ECMARSFRKQ PEEGLRLLYS VQSSLHEFLM TVQSWHVDTP VHRGVLSTVI AASVVEISHQ 1020 LRKVSNVEEL TTPEVLSDLP PFSRCLIGII MKSLDVIRSF LDELKACVTS DDVEGIVCLT 1080 AVMHIILVIN KGWSVARLTR RDMLALTLQW HVKIFLEITL DEDSTERFLY ESSSRTLGAL 1140 LNS 1143Protein Fasta Sequence
>ENSAMEP00000008812.1|Me_Reader_other|Ailuropoda melanoleuca MEKRETFVQAVSKELIGEFLQFVQLDKDASDPFSLNELLDELSRKQKEELWQRLRSLLTDVLLESPVAGWQMVEVQDEDDMETEHDSKMKKNIEIIHAITSVVLASVSVINESENYEDLLECAVMLNGILYALPESERKLQSSIQDLCVIWWEKGLPAKEDMGKTAFIMLLRKSLETKTGADICRLWRIHQALYCFDYDLEESKEIKDMLLECFISVKYIKKEEGRRFLSSLFNWNVNFIKMIHETIKNQLQGLQKSLMVHVAEIYFRAWKKASGKILETIENGCIQDFMHHGIHLPRRSPVHSRVREVLCYFHHQKKVRQGVEEMLYRLYKPILWRGLKARNSEVRSNAALLFIEAFPIRDPNFNAIEMDSEIQKQFEELYSLLEDPYPMVRSTGILGVCKITSKYWEMMPPTILIDLLKKVTGELAFDTSSADVRCSVFKCLPIILDNKLSHPLLEQLLPALKYSLHDNSEKVRVAFVDMLLKVKAVRAAKFWKICPMEHILVRLESDSRPVSRRLVNLIFNSFLPVNQPEEVWCERCVTLVQMNHAAARKFYQHAHEHTACTNIAKLIHVIRHCLNACIRRAVRECHEDHEEREKENVSVVLDKTLSVSDVASMAGLLEIVVILWKSIHRSMENNKEARVYTINKFASVLPEYLKVFTDDRCKIPLFMLMSFMPASAVPTFSCGVISTLRNQEEGAADKRYCTLLDCLCSWGQVGHILELICDWLPEDQPQSKSNSASKRKVQIHDTRPVKPELALVYIEYLLTHPKNRQCLLSAPQKKLNHLLKALEMSKADLESILQLPGGKPHNFNEAMALRAFSLHCRLSIHLQHQFCSEGKVYLSILEDTGFWLENKVLSFIQDQEEEYLKLHRVVYQQIIQTYLTVCKDVVMVGLGDFKFQIQLLQWSLRIMQTVKGFFYVSLLLGILKEVTGSSLMQKPDSDEEVATLSDMVQKVFQKLLECMARSFRKQPEEGLRLLYSVQSSLHEFLMTVQSWHVDTPVHRGVLSTVIAASVVEISHQLRKVSNVEELTTPEVLSDLPPFSRCLIGIIMKSLDVIRSFLDELKACVTSDDVEGIVCLTAVMHIILVINKGWSVARLTRRDMLALTLQWHVKIFLEITLDEDSTERFLYESSSRTLGALLNS
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Nucleotide Sequence (Fasta) | ATGGAAAAAC GAGAGACGTT TGTACAAGCG GTGTCTAAGG AGCTGATTGG AGAATTTTTG 60 CAGTTTGTTC AACTTGATAA AGATGCTTCT GACCCTTTCA GCCTAAATGA ACTACTAGAT 120 GAATTATCAA GGAAACAGAA AGAGGAGCTA TGGCAAAGGC TCAGGAGTTT ATTGACAGAT 180 GTGTTGTTAG AAAGCCCAGT GGCTGGGTGG CAGATGGTGG AAGTCCAGGA TGAAGATGAT 240 ATGGAAACAG AGCATGATTC AAAAATGAAA AAAAACATAG AAATAATTCA TGCAATTACA 300 TCTGTGGTTC TTGCTTCTGT ATCTGTAATA AATGAAAGTG AGAATTATGA AGACTTACTG 360 GAATGTGCAG TTATGTTGAA TGGTATTTTA TATGCATTAC CTGAATCTGA AAGAAAGCTG 420 CAGAGTTCCA TTCAGGATTT ATGTGTCATA TGGTGGGAGA AAGGCCTGCC TGCCAAGGAA 480 GATATGGGAA AGACTGCTTT TATCATGCTA TTAAGGAAGA GTCTAGAGAC TAAAACAGGT 540 GCAGACATAT GTCGGCTTTG GCGTATTCAT CAAGCTTTAT ATTGCTTTGA TTATGATTTA 600 GAGGAAAGTA AAGAAATCAA AGATATGCTA CTTGAGTGTT TCATAAGTGT TAAATATATC 660 AAGAAAGAAG AGGGAAGAAG ATTTCTTAGT TCTCTCTTCA ATTGGAATGT AAATTTTATT 720 AAAATGATCC ACGAGACCAT TAAAAACCAG CTACAGGGGT TACAAAAATC TTTGATGGTA 780 CACGTTGCAG AAATTTATTT CAGAGCTTGG AAAAAGGCCT CAGGGAAAAT ATTGGAGACG 840 ATCGAAAACG GGTGCATCCA GGACTTCATG CACCACGGCA TCCACCTTCC GCGCAGGTCT 900 CCAGTGCACT CCAGGGTGCG CGAGGTGCTG TGTTATTTTC ATCATCAAAA AAAAGTTCGT 960 CAGGGAGTGG AAGAGATGCT TTACAGATTA TATAAACCCA TCCTTTGGAG AGGACTAAAG 1020 GCCCGAAACT CTGAAGTCCG GTCAAATGCT GCCCTTTTGT TCATTGAAGC ATTTCCTATT 1080 AGGGATCCAA ATTTCAATGC TATTGAAATG GATAGTGAAA TTCAGAAACA GTTTGAAGAA 1140 CTCTACAGCC TTTTAGAAGA CCCTTATCCA ATGGTCCGTT CTACAGGGAT CCTTGGTGTT 1200 TGTAAAATAA CTTCCAAATA CTGGGAAATG ATGCCTCCAA CCATTCTTAT TGATCTCCTC 1260 AAAAAAGTAA CCGGGGAACT GGCATTTGAC ACAAGCTCAG CTGATGTGCG CTGTTCTGTC 1320 TTTAAGTGTC TGCCGATAAT TTTGGATAAC AAATTAAGCC ACCCATTATT AGAACAGCTT 1380 CTGCCAGCTC TGAAATACAG TCTCCATGAC AATTCAGAGA AAGTGAGAGT GGCTTTTGTT 1440 GATATGCTGC TGAAAGTCAA AGCCGTGCGG GCTGCTAAGT TTTGGAAAAT TTGCCCCATG 1500 GAGCATATTT TGGTTCGTCT GGAATCAGAT TCCCGGCCTG TGTCTCGGCG CCTGGTGAAC 1560 CTCATCTTCA ACTCTTTCCT GCCGGTGAAC CAGCCCGAGG AGGTGTGGTG TGAGCGCTGT 1620 GTCACGCTGG TCCAGATGAA CCATGCAGCT GCCAGGAAGT TCTATCAGCA TGCCCACGAG 1680 CACACCGCCT GCACTAATAT AGCAAAGCTA ATTCACGTGA TTCGCCATTG CTTGAATGCC 1740 TGCATCCGGA GGGCCGTGCG TGAGTGCCAC GAGGACCATG AGGAGAGGGA GAAGGAGAAC 1800 GTGAGTGTGG TTCTGGACAA AACATTGTCT GTAAGCGATG TTGCATCCAT GGCCGGTTTG 1860 TTAGAAATTG TTGTGATTCT TTGGAAAAGT ATTCACAGAA GTATGGAAAA TAATAAGGAA 1920 GCCAGAGTTT ACACCATTAA CAAGTTTGCT TCTGTGCTCC CTGAGTACCT GAAAGTCTTC 1980 ACGGATGATC GCTGCAAGAT CCCTTTATTT ATGCTCATGT CCTTTATGCC AGCCTCTGCT 2040 GTGCCTACAT TCAGCTGCGG TGTGATTTCC ACATTAAGAA ACCAAGAGGA GGGAGCAGCA 2100 GACAAGCGTT ATTGTACTCT GTTGGACTGT CTCTGCTCCT GGGGACAAGT GGGACACATT 2160 CTGGAACTCA TCTGTGACTG GCTGCCAGAA GATCAGCCCC AGAGCAAGAG TAACTCAGCA 2220 TCTAAACGGA AGGTGCAGAT CCATGACACA CGCCCAGTAA AACCTGAATT GGCCCTGGTT 2280 TACATAGAGT ATTTGCTGAC CCACCCAAAG AATCGACAGT GCCTGCTCTC TGCTCCCCAG 2340 AAGAAACTTA ACCACCTTTT GAAAGCACTT GAAATGTCAA AGGCGGATCT GGAATCAATT 2400 TTGCAGCTGC CAGGTGGGAA ACCTCACAAC TTTAATGAGG CGATGGCCCT GCGAGCCTTC 2460 AGCCTCCACT GCCGGCTGAG TATCCATCTT CAGCACCAGT TCTGCTCAGA AGGGAAAGTT 2520 TACCTGTCCA TTTTGGAAGA CACTGGGTTT TGGTTAGAAA ACAAAGTTCT GTCTTTTATC 2580 CAAGATCAAG AAGAAGAATA TCTGAAGCTT CATAGGGTTG TTTATCAGCA AATCATCCAG 2640 ACCTACCTGA CGGTATGTAA GGATGTTGTG ATGGTTGGCC TTGGTGATTT TAAGTTTCAG 2700 ATACAACTTT TACAGTGGAG TCTCCGAATC ATGCAAACAG TGAAGGGCTT CTTTTATGTG 2760 TCATTACTTC TTGGCATTCT GAAAGAGGTA ACTGGAAGTT CCTTGATGCA GAAACCAGAC 2820 TCGGACGAAG AAGTTGCAAC ACTGTCTGAT ATGGTCCAGA AAGTATTTCA GAAACTGTTG 2880 GAATGTATGG CACGGAGCTT CAGGAAGCAA CCAGAAGAAG GCCTACGGCT TCTTTATTCG 2940 GTTCAGAGTT CTCTTCATGA ATTTTTAATG ACTGTTCAGT CTTGGCACGT GGACACGCCC 3000 GTCCACCGGG GGGTGCTCTC AACTGTGATT GCTGCATCTG TGGTGGAGAT AAGTCACCAG 3060 CTACGAAAGG TCTCTAATGT AGAGGAGCTC ACCACCCCCG AGGTTCTTTC AGACCTCCCA 3120 CCATTTTCAA GGTGTTTAAT AGGAATAATA ATGAAGTCTC TGGATGTGAT CAGGTCATTT 3180 TTAGATGAAT TAAAGGCGTG TGTTACTTCT GATGATGTTG AAGGCATTGT GTGTCTCACA 3240 GCTGTTATGC ATATTATTTT GGTTATTAAT AAAGGTTGGT CAGTGGCTAG ACTAACTCGA 3300 AGGGATATGC TTGCTCTAAC ACTGCAGTGG CATGTTAAAA TCTTTTTGGA GATCACTCTG 3360 GATGAGGACA GCACGGAGAG GTTTCTCTAT GAATCATCAT CAAGAACTCT GGGAGCACTT 3420 CTGAATTCAT AA
3433Nucleotide Fasta Sequence
>ENSAMEP00000008812.1|Me_Reader_other|Ailuropoda melanoleuca ATGGAAAAACGAGAGACGTTTGTACAAGCGGTGTCTAAGGAGCTGATTGGAGAATTTTTGCAGTTTGTTCAACTTGATAAAGATGCTTCTGACCCTTTCAGCCTAAATGAACTACTAGATGAATTATCAAGGAAACAGAAAGAGGAGCTATGGCAAAGGCTCAGGAGTTTATTGACAGATGTGTTGTTAGAAAGCCCAGTGGCTGGGTGGCAGATGGTGGAAGTCCAGGATGAAGATGATATGGAAACAGAGCATGATTCAAAAATGAAAAAAAACATAGAAATAATTCATGCAATTACATCTGTGGTTCTTGCTTCTGTATCTGTAATAAATGAAAGTGAGAATTATGAAGACTTACTGGAATGTGCAGTTATGTTGAATGGTATTTTATATGCATTACCTGAATCTGAAAGAAAGCTGCAGAGTTCCATTCAGGATTTATGTGTCATATGGTGGGAGAAAGGCCTGCCTGCCAAGGAAGATATGGGAAAGACTGCTTTTATCATGCTATTAAGGAAGAGTCTAGAGACTAAAACAGGTGCAGACATATGTCGGCTTTGGCGTATTCATCAAGCTTTATATTGCTTTGATTATGATTTAGAGGAAAGTAAAGAAATCAAAGATATGCTACTTGAGTGTTTCATAAGTGTTAAATATATCAAGAAAGAAGAGGGAAGAAGATTTCTTAGTTCTCTCTTCAATTGGAATGTAAATTTTATTAAAATGATCCACGAGACCATTAAAAACCAGCTACAGGGGTTACAAAAATCTTTGATGGTACACGTTGCAGAAATTTATTTCAGAGCTTGGAAAAAGGCCTCAGGGAAAATATTGGAGACGATCGAAAACGGGTGCATCCAGGACTTCATGCACCACGGCATCCACCTTCCGCGCAGGTCTCCAGTGCACTCCAGGGTGCGCGAGGTGCTGTGTTATTTTCATCATCAAAAAAAAGTTCGTCAGGGAGTGGAAGAGATGCTTTACAGATTATATAAACCCATCCTTTGGAGAGGACTAAAGGCCCGAAACTCTGAAGTCCGGTCAAATGCTGCCCTTTTGTTCATTGAAGCATTTCCTATTAGGGATCCAAATTTCAATGCTATTGAAATGGATAGTGAAATTCAGAAACAGTTTGAAGAACTCTACAGCCTTTTAGAAGACCCTTATCCAATGGTCCGTTCTACAGGGATCCTTGGTGTTTGTAAAATAACTTCCAAATACTGGGAAATGATGCCTCCAACCATTCTTATTGATCTCCTCAAAAAAGTAACCGGGGAACTGGCATTTGACACAAGCTCAGCTGATGTGCGCTGTTCTGTCTTTAAGTGTCTGCCGATAATTTTGGATAACAAATTAAGCCACCCATTATTAGAACAGCTTCTGCCAGCTCTGAAATACAGTCTCCATGACAATTCAGAGAAAGTGAGAGTGGCTTTTGTTGATATGCTGCTGAAAGTCAAAGCCGTGCGGGCTGCTAAGTTTTGGAAAATTTGCCCCATGGAGCATATTTTGGTTCGTCTGGAATCAGATTCCCGGCCTGTGTCTCGGCGCCTGGTGAACCTCATCTTCAACTCTTTCCTGCCGGTGAACCAGCCCGAGGAGGTGTGGTGTGAGCGCTGTGTCACGCTGGTCCAGATGAACCATGCAGCTGCCAGGAAGTTCTATCAGCATGCCCACGAGCACACCGCCTGCACTAATATAGCAAAGCTAATTCACGTGATTCGCCATTGCTTGAATGCCTGCATCCGGAGGGCCGTGCGTGAGTGCCACGAGGACCATGAGGAGAGGGAGAAGGAGAACGTGAGTGTGGTTCTGGACAAAACATTGTCTGTAAGCGATGTTGCATCCATGGCCGGTTTGTTAGAAATTGTTGTGATTCTTTGGAAAAGTATTCACAGAAGTATGGAAAATAATAAGGAAGCCAGAGTTTACACCATTAACAAGTTTGCTTCTGTGCTCCCTGAGTACCTGAAAGTCTTCACGGATGATCGCTGCAAGATCCCTTTATTTATGCTCATGTCCTTTATGCCAGCCTCTGCTGTGCCTACATTCAGCTGCGGTGTGATTTCCACATTAAGAAACCAAGAGGAGGGAGCAGCAGACAAGCGTTATTGTACTCTGTTGGACTGTCTCTGCTCCTGGGGACAAGTGGGACACATTCTGGAACTCATCTGTGACTGGCTGCCAGAAGATCAGCCCCAGAGCAAGAGTAACTCAGCATCTAAACGGAAGGTGCAGATCCATGACACACGCCCAGTAAAACCTGAATTGGCCCTGGTTTACATAGAGTATTTGCTGACCCACCCAAAGAATCGACAGTGCCTGCTCTCTGCTCCCCAGAAGAAACTTAACCACCTTTTGAAAGCACTTGAAATGTCAAAGGCGGATCTGGAATCAATTTTGCAGCTGCCAGGTGGGAAACCTCACAACTTTAATGAGGCGATGGCCCTGCGAGCCTTCAGCCTCCACTGCCGGCTGAGTATCCATCTTCAGCACCAGTTCTGCTCAGAAGGGAAAGTTTACCTGTCCATTTTGGAAGACACTGGGTTTTGGTTAGAAAACAAAGTTCTGTCTTTTATCCAAGATCAAGAAGAAGAATATCTGAAGCTTCATAGGGTTGTTTATCAGCAAATCATCCAGACCTACCTGACGGTATGTAAGGATGTTGTGATGGTTGGCCTTGGTGATTTTAAGTTTCAGATACAACTTTTACAGTGGAGTCTCCGAATCATGCAAACAGTGAAGGGCTTCTTTTATGTGTCATTACTTCTTGGCATTCTGAAAGAGGTAACTGGAAGTTCCTTGATGCAGAAACCAGACTCGGACGAAGAAGTTGCAACACTGTCTGATATGGTCCAGAAAGTATTTCAGAAACTGTTGGAATGTATGGCACGGAGCTTCAGGAAGCAACCAGAAGAAGGCCTACGGCTTCTTTATTCGGTTCAGAGTTCTCTTCATGAATTTTTAATGACTGTTCAGTCTTGGCACGTGGACACGCCCGTCCACCGGGGGGTGCTCTCAACTGTGATTGCTGCATCTGTGGTGGAGATAAGTCACCAGCTACGAAAGGTCTCTAATGTAGAGGAGCTCACCACCCCCGAGGTTCTTTCAGACCTCCCACCATTTTCAAGGTGTTTAATAGGAATAATAATGAAGTCTCTGGATGTGATCAGGTCATTTTTAGATGAATTAAAGGCGTGTGTTACTTCTGATGATGTTGAAGGCATTGTGTGTCTCACAGCTGTTATGCATATTATTTTGGTTATTAATAAAGGTTGGTCAGTGGCTAGACTAACTCGAAGGGATATGCTTGCTCTAACACTGCAGTGGCATGTTAAAATCTTTTTGGAGATCACTCTGGATGAGGACAGCACGGAGAGGTTTCTCTATGAATCATCATCAAGAACTCTGGGAGCACTTCTGAATTCATAA
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Sequence Source |
Ensembl |
Orthology |
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Created Date |
25-Jun-2016 |