Tag |
Content |
WERAM ID |
WERAM-Dar-0202 |
Ensembl Protein ID |
ENSDARP00000136505.1 |
Gene Name |
setdb1b |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
HMT |
SUV39 |
3.80e-72 |
242.3 |
45 |
1189 |
Me_Reader |
Tudor |
0.036 |
15.4 |
232 |
389 |
|
Organism |
Danio rerio |
Domain Profile |
HMT SUV39
SUV39.txt 49 deyladldskesvenlkegyesdvp..lssds 78 ++ adl++ +++++ +e+++ d++ +s+ s ENSDARP00000136505.1 45 QKRKADLEQLQEWVEQREKEVADIDalCSNAS 76 44555666666665555555555441133333 PP SUV39.txt 14 GvrclddiakgsFvciyaGeiltddeaeke 43 G r + + g+ v yaG + + + +++ ENSDARP00000136505.1 280 GARVVARYKDGNQVWLYAGVVAEMPNSKNR 309 6788899999*********99987776655 PP SUV39.txt 105 flnHscspN 113 +l H+csp ENSDARP00000136505.1 584 YLTHNCSPE 592 99*****96 PP SUV39.txt 1 vrLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesvenlkegyesdvplssdss........ 79 vrLq+fkt+nkGwG+rclddiakgsFvciyaG+iltdd+a+kegle+gdey+a+ld++esven+kegyes++ +s+ + ENSDARP00000136505.1 814 VRLQLFKTQNKGWGIRCLDDIAKGSFVCIYAGKILTDDFADKEGLEMGDEYFANLDHIESVENFKEGYESEAHCSDSEGsgvdmsrv 900 79************************************************************************988879******* PP SUV39.txt 80 ....................................................................................... 79 ENSDARP00000136505.1 901 klpassrhgksnkmeernssttgksqddsseesddekdddsneddsdssddtfvkdtyyttssvwrsyttrrqakglkeesqdskdg 987 *************************************************************************************** PP SUV39.txt 80 ....................................................................................... 79 ENSDARP00000136505.1 988 msvsagedrkpphmpeetgkskvaswltnqsstsanqsvkveggiktekkdvmtlsdsddvqtissgsddnkerekktqavvkrqva 1074 *************************************************************************************** PP SUV39.txt 80 ............................................ntrqekdkeeseyiidakkegnvgrflnHscspNlfvqnvfvd 122 ntr ++d+ees+yiidak egn+gr+lnHscspNlfvqnvfvd ENSDARP00000136505.1 1075 vkstrgialkshsmmvksggggaggggsgpshghgggggdngpkNTRLFFDGEESCYIIDAKLEGNLGRYLNHSCSPNLFVQNVFVD 1161 *************************************************************************************** PP SUV39.txt 123 thdlrfprvafFaskrikagtELtwdYg 150 thdlrfp+vafFaskri+agtELtwdY+ ENSDARP00000136505.1 1162 THDLRFPWVAFFASKRIRAGTELTWDYN 1189 ***************************7 PP
Me_Reader Tudor
Tudor.txt 18 fYsgkiVvkghrve.sgeeyysikyedqrkwyilsLekgnrlr 59 + +g+ V + + +++ y +++e+ +k L++gn ++ ENSDARP00000136505.1 232 WHRGTLV---AIKQvGNNLKYKVRFENKGKS----LLSGNHVA 267 5666665...3333267899*******9887....77777665 PP Tudor.txt 2 skvGlrVvakwssdG...yfYsgkiVvkghrve 31 ++vG rVva+++ dG Y g + ++ + ENSDARP00000136505.1 277 LFVGARVVARYK-DGnqvWLYAGVV----AEMP 304 79**********.998844444544....5555 PP Tudor.txt 2 skvGlrVvakwssdGyfYsgkiVvkghrv 30 +k+G+ + w+ G++++ ++ ++v ENSDARP00000136505.1 367 LKPGQIIKTEWE--GTWWKSRV----EEV 389 6889999999*9..*******9....655 PP
|
Protein Sequence (Fasta) | MEVDAGLNSG MEMELEPELE EELGVSLDEL RKWIEEQVDS SEAVQKRKAD LEQLQEWVEQ 60 REKEVADIDA LCSNASESVV QCEALVKEVY SNMGLVYRES SSDDEGGKAN PSEVIEIDDD 120 DDDDVIAVGC LVPPKKSLTQ AKDPALKEAS AALQRTSQQV QNLAQTVNRT AQSGVTTPVK 180 TGGPPGQGPL AVPAVFMSSA PRNTPTQPNP NIKQDSIKIN MTLLGKKRTK TWHRGTLVAI 240 KQVGNNLKYK VRFENKGKSL LSGNHVAFEY HPTLERLFVG ARVVARYKDG NQVWLYAGVV 300 AEMPNSKNRM RFLIFFDDGY ASYVGLPELY PICRPLKKTW EDIEDASCRD FIEEYITSYP 360 NRPMVLLKPG QIIKTEWEGT WWKSRVEEVD GSLVKMLFLD DKRSEWIYRG STRLEPMFNL 420 KMNTANSQEK KMAGQQRQRP NMGALRTKGP VVQYTSDNSA AASTGGGAAT PGTPTRPVAP 480 QPAGPPQPSR TESPSFKSQM AKKSTGQLAL QPRQGMPSDL QPKPIINALQ TNTSRLFLLQ 540 SGPVHTLTPI TPAPQTVQTA ISTYTNERVP QEPSYQAPND RLFYLTHNCS PECLKRIRPT 600 RPNLHRGRNP LLTPLLYEFR RMTGRRRLNR KMSFHVIYKS PCGLSLRNMT EIQRYLFQTQ 660 CDFIFLEMFC LDPYVLVDRR FQPQRPFYFI RDITSGREDI PLSCVNEIDN TPPPSVAYSK 720 ERIPEDGVYI NTSADFLVGC DCTDGCRDKS KCSCHQLTLQ ATGCTPGGQI NPNAGYHYKR 780 LDECLPTGIY ECNKRCRCNM QMCTNRLVQH GLQVRLQLFK TQNKGWGIRC LDDIAKGSFV 840 CIYAGKILTD DFADKEGLEM GDEYFANLDH IESVENFKEG YESEAHCSDS EGSGVDMSRV 900 KLPASSRHGK SNKMEERNSS TTGKSQDDSS EESDDEKDDD SNEDDSDSSD DTFVKDTYYT 960 TSSVWRSYTT RRQAKGLKEE SQDSKDGMSV SAGEDRKPPH MPEETGKSKV ASWLTNQSST 1020 SANQSVKVEG GIKTEKKDVM TLSDSDDVQT ISSGSDDNKE REKKTQAVVK RQVAVKSTRG 1080 IALKSHSMMV KSGGGGAGGG GSGPSHGHGG GGGDNGPKNT RLFFDGEESC YIIDAKLEGN 1140 LGRYLNHSCS PNLFVQNVFV DTHDLRFPWV AFFASKRIRA GTELTWDYNY EVGSVEGKEL 1200 LCCCGSTECR GRLL 1214Protein Fasta Sequence
>ENSDARP00000136505.1|Tudor|Danio rerio MEVDAGLNSGMEMELEPELEEELGVSLDELRKWIEEQVDSSEAVQKRKADLEQLQEWVEQREKEVADIDALCSNASESVVQCEALVKEVYSNMGLVYRESSSDDEGGKANPSEVIEIDDDDDDDVIAVGCLVPPKKSLTQAKDPALKEASAALQRTSQQVQNLAQTVNRTAQSGVTTPVKTGGPPGQGPLAVPAVFMSSAPRNTPTQPNPNIKQDSIKINMTLLGKKRTKTWHRGTLVAIKQVGNNLKYKVRFENKGKSLLSGNHVAFEYHPTLERLFVGARVVARYKDGNQVWLYAGVVAEMPNSKNRMRFLIFFDDGYASYVGLPELYPICRPLKKTWEDIEDASCRDFIEEYITSYPNRPMVLLKPGQIIKTEWEGTWWKSRVEEVDGSLVKMLFLDDKRSEWIYRGSTRLEPMFNLKMNTANSQEKKMAGQQRQRPNMGALRTKGPVVQYTSDNSAAASTGGGAATPGTPTRPVAPQPAGPPQPSRTESPSFKSQMAKKSTGQLALQPRQGMPSDLQPKPIINALQTNTSRLFLLQSGPVHTLTPITPAPQTVQTAISTYTNERVPQEPSYQAPNDRLFYLTHNCSPECLKRIRPTRPNLHRGRNPLLTPLLYEFRRMTGRRRLNRKMSFHVIYKSPCGLSLRNMTEIQRYLFQTQCDFIFLEMFCLDPYVLVDRRFQPQRPFYFIRDITSGREDIPLSCVNEIDNTPPPSVAYSKERIPEDGVYINTSADFLVGCDCTDGCRDKSKCSCHQLTLQATGCTPGGQINPNAGYHYKRLDECLPTGIYECNKRCRCNMQMCTNRLVQHGLQVRLQLFKTQNKGWGIRCLDDIAKGSFVCIYAGKILTDDFADKEGLEMGDEYFANLDHIESVENFKEGYESEAHCSDSEGSGVDMSRVKLPASSRHGKSNKMEERNSSTTGKSQDDSSEESDDEKDDDSNEDDSDSSDDTFVKDTYYTTSSVWRSYTTRRQAKGLKEESQDSKDGMSVSAGEDRKPPHMPEETGKSKVASWLTNQSSTSANQSVKVEGGIKTEKKDVMTLSDSDDVQTISSGSDDNKEREKKTQAVVKRQVAVKSTRGIALKSHSMMVKSGGGGAGGGGSGPSHGHGGGGGDNGPKNTRLFFDGEESCYIIDAKLEGNLGRYLNHSCSPNLFVQNVFVDTHDLRFPWVAFFASKRIRAGTELTWDYNYEVGSVEGKELLCCCGSTECRGRLL
|
Nucleotide Sequence (Fasta) | ATGACCAGTG AATTATCAAA ATATTAAAAA CAACTACATT ACTAAAATGT CACGGATATA 60 AGAGAAAACT TTAAACGCAC TACCGTTTGT TTACCTGTCA TTTGAGGCAC GGCGGAAACG 120 AGAAAAATCA CAAAGGGCTG GAGGCGGCGA CACGTTAGTG CATGGAAGTG GATGCAGGTT 180 TAAACTCAGG GATGGAGATG GAGCTGGAAC CAGAGTTGGA GGAGGAGTTA GGAGTGTCTT 240 TGGATGAGCT GCGCAAGTGG ATCGAGGAGC AGGTGGACAG CAGCGAGGCT GTGCAGAAGA 300 GGAAAGCTGA TCTGGAGCAG CTGCAGGAGT GGGTTGAGCA GCGTGAGAAG GAGGTTGCTG 360 ATATCGATGC TCTTTGCTCC AATGCCTCAG AGTCTGTGGT TCAGTGTGAA GCTCTGGTGA 420 AGGAAGTGTA CAGTAACATG GGTTTAGTGT ATCGTGAAAG CAGCTCAGAT GATGAGGGAG 480 GCAAGGCAAA CCCTTCTGAG GTCATTGAGA TCGATGATGA TGATGACGAT GATGTCATTG 540 CTGTGGGATG TTTGGTTCCT CCCAAGAAGA GTTTAACTCA AGCCAAGGAC CCAGCGCTTA 600 AGGAGGCTTC AGCTGCCCTT CAAAGAACAT CTCAGCAGGT GCAGAACCTG GCTCAGACTG 660 TCAACAGAAC GGCCCAATCA GGGGTCACTA CACCAGTTAA AACAGGGGGC CCTCCCGGAC 720 AAGGTCCTCT AGCTGTTCCA GCAGTGTTTA TGTCCTCAGC CCCAAGAAAC ACGCCCACTC 780 AACCAAACCC TAATATAAAA CAGGACAGTA TCAAGATAAA CATGACGCTT TTGGGTAAAA 840 AACGAACCAA GACGTGGCAT CGTGGAACAC TTGTTGCCAT CAAACAAGTG GGCAACAATC 900 TTAAGTACAA AGTCAGGTTT GAAAATAAGG GGAAGAGTCT TCTCTCTGGG AACCATGTGG 960 CCTTTGAGTA CCACCCAACA CTAGAGAGAC TGTTTGTTGG AGCCCGAGTT GTTGCCAGGT 1020 ACAAGGATGG TAATCAAGTC TGGCTGTATG CAGGCGTAGT CGCTGAGATG CCCAACAGCA 1080 AGAACCGTAT GAGGTTCCTG ATCTTTTTTG ATGATGGTTA TGCCTCATAT GTGGGCTTGC 1140 CTGAGCTCTA CCCTATCTGC AGACCATTGA AAAAGACCTG GGAGGATATT GAGGATGCGT 1200 CCTGCAGAGA TTTCATTGAG GAGTATATCA CATCATATCC TAACAGACCC ATGGTTTTAC 1260 TGAAGCCAGG GCAAATTATA AAAACTGAAT GGGAGGGAAC ATGGTGGAAG AGCCGTGTGG 1320 AAGAAGTGGA TGGCAGCCTT GTGAAAATGC TCTTCCTGGA TGATAAGCGA AGTGAATGGA 1380 TTTATCGTGG CTCCACACGA CTAGAACCCA TGTTTAATCT GAAAATGAAC ACGGCTAACA 1440 GTCAAGAAAA GAAAATGGCT GGTCAACAAA GACAGCGGCC TAATATGGGA GCACTGAGGA 1500 CAAAGGGCCC TGTAGTTCAG TACACCAGTG ACAATAGTGC TGCCGCATCT ACTGGTGGTG 1560 GTGCCGCAAC TCCTGGCACT CCTACTCGTC CTGTAGCCCC ACAGCCTGCT GGACCCCCGC 1620 AACCGTCCCG CACAGAGAGT CCTAGTTTTA AGAGTCAAAT GGCTAAGAAG AGCACTGGTC 1680 AACTCGCACT GCAGCCTCGT CAGGGCATGC CCTCTGACCT TCAGCCTAAA CCAATAATCA 1740 ATGCTCTTCA GACCAATACA TCCAGGCTCT TCCTTTTGCA GTCTGGACCC GTGCACACGT 1800 TGACACCAAT CACACCAGCC CCTCAAACTG TGCAGACAGC TATTTCAACC TACACAAATG 1860 AGCGCGTACC CCAGGAGCCG TCATACCAGG CCCCAAATGA CCGACTCTTC TACCTTACAC 1920 ACAACTGCTC CCCAGAATGT CTTAAGCGCA TCAGACCCAC CCGTCCAAAC CTGCATCGAG 1980 GACGCAACCC ACTCCTTACA CCATTGCTCT ATGAATTTCG CCGCATGACT GGCCGCAGAC 2040 GCCTTAACCG AAAGATGTCA TTCCACGTCA TCTACAAGTC CCCGTGTGGC TTGAGTCTAA 2100 GGAATATGAC GGAGATCCAG CGCTACCTCT TCCAGACTCA ATGTGACTTC ATCTTCCTGG 2160 AGATGTTCTG TCTGGACCCC TATGTGCTGG TGGACCGCCG ATTCCAACCT CAGAGGCCCT 2220 TCTACTTCAT TAGAGACATC ACGAGTGGTC GTGAAGACAT TCCCCTGTCC TGTGTGAATG 2280 AGATTGACAA CACGCCACCA CCCAGCGTGG CCTATAGCAA AGAGAGGATC CCAGAAGATG 2340 GAGTATATAT TAATACCAGT GCAGACTTCC TGGTGGGCTG TGACTGCACC GATGGATGCA 2400 GAGACAAATC CAAGTGCTCG TGTCATCAGC TGACTCTACA GGCTACAGGA TGTACTCCAG 2460 GTGGGCAGAT CAACCCCAAC GCTGGATACC ATTATAAGAG ACTGGATGAA TGTCTCCCTA 2520 CAGGGATCTA TGAATGTAAT AAGCGGTGCC GCTGTAATAT GCAGATGTGC ACTAATCGTC 2580 TGGTTCAGCA CGGTTTGCAG GTCAGACTGC AGCTCTTTAA GACCCAGAAT AAAGGCTGGG 2640 GGATTCGGTG TCTTGATGAC ATCGCCAAGG GCTCCTTTGT TTGCATCTAT GCAGGAAAGA 2700 TCCTGACAGA TGACTTTGCC GATAAAGAAG GTTTGGAAAT GGGCGATGAG TATTTTGCCA 2760 ATCTAGACCA CATTGAGAGC GTGGAGAACT TTAAGGAAGG TTACGAGAGC GAAGCCCACT 2820 GCTCGGACAG CGAAGGCAGC GGTGTGGACA TGAGCAGAGT TAAACTACCT GCTTCCTCCC 2880 GACACGGTAA ATCCAACAAG ATGGAGGAGC GTAACAGCAG CACAACTGGC AAAAGCCAAG 2940 ATGATTCCTC TGAAGAGAGC GATGATGAAA AAGATGACGA CTCCAATGAG GACGATAGCG 3000 ACAGCTCGGA TGACACTTTT GTGAAAGACA CATATTACAC CACCAGTTCG GTGTGGAGGA 3060 GCTACACCAC TCGCAGACAG GCCAAGGGAT TGAAGGAAGA GAGTCAAGAC AGCAAGGATG 3120 GAATGAGTGT TTCTGCAGGT GAGGACAGAA AGCCTCCACA CATGCCAGAA GAGACTGGCA 3180 AGAGCAAAGT GGCATCTTGG CTCACTAACC AGTCCTCTAC TTCTGCCAAT CAGAGCGTCA 3240 AGGTGGAGGG AGGAATAAAG ACTGAAAAGA AGGATGTGAT GACTCTCTCC GACAGTGACG 3300 ATGTGCAAAC TATCAGCTCA GGATCAGATG ACAATAAGGA GAGAGAGAAA AAGACTCAGG 3360 CTGTGGTGAA GAGGCAGGTG GCTGTGAAGT CCACACGTGG CATTGCTTTG AAGTCCCACA 3420 GTATGATGGT GAAATCAGGT GGAGGGGGTG CAGGAGGCGG TGGGTCAGGC CCGTCTCACG 3480 GCCATGGAGG AGGAGGTGGA GACAATGGCC CTAAAAACAC CCGCCTGTTC TTTGATGGGG 3540 AGGAATCCTG CTACATCATT GATGCCAAAC TAGAGGGCAA CCTCGGACGC TACCTCAACC 3600 ATAGCTGCAG CCCCAATCTG TTTGTCCAGA ATGTGTTTGT GGACACTCAC GACCTGCGCT 3660 TTCCCTGGGT GGCCTTCTTT GCTAGCAAGC GAATCCGAGC AGGGACGGAG CTGACGTGGG 3720 ACTATAATTA TGAGGTAGGC AGTGTGGAGG GCAAGGAACT TCTGTGCTGC TGTGGATCAA 3780 CAGAATGCAG AGGACGACTG CTGTAACACA CTCTTGAACA CATGCACTAA AGGTATCTCC 3840 TGTTGGGCCA CTGAACACTT ACTTGGAGCT CCTGGAAGCT GAATTAGTAC AGAGATGTCT 3900 GTGCTACTGA TAAGAACTCT GCAGACACTG AATGAGGGGG AAATTGTTCA GGAACTTACT 3960 GAATTTGTAA AATAGGTGTA CGTGAGCATG TCCTGCTTCA CAGGGTTCCG CCTTAAACCC 4020 TAAATGGGCA CATTGTGTCT ATCACAATGT CTATCTGTGG TTTACGCAGT CCTTCCCATT 4080 AATATCCCTC TTTTTTCTTT TCTTTTTTAC ATGTATGCAA TCATCAGTCT CAACACCCTT 4140 CTGTTTTGCT TAGTTATATT TGTCCTCTTT TACATCTGAT GTAGTTTTGA TAATGAGGAC 4200 CCGAGTGTTT TCTTTTATCA TTTTATTCAT GGTTTTTTGT TATTGTATGC TAATGTGTAA 4260 ATGTGCTTTT GTTGGTCAGT AAGTTTATGA AAACAGGCAA AATTGTACTT TTGTCACAAT 4320 TTGAATTAAA GTTCTCCAAA GAC
4344Nucleotide Fasta Sequence
>ENSDARP00000136505.1|Tudor|Danio rerio ATGACCAGTGAATTATCAAAATATTAAAAACAACTACATTACTAAAATGTCACGGATATAAGAGAAAACTTTAAACGCACTACCGTTTGTTTACCTGTCATTTGAGGCACGGCGGAAACGAGAAAAATCACAAAGGGCTGGAGGCGGCGACACGTTAGTGCATGGAAGTGGATGCAGGTTTAAACTCAGGGATGGAGATGGAGCTGGAACCAGAGTTGGAGGAGGAGTTAGGAGTGTCTTTGGATGAGCTGCGCAAGTGGATCGAGGAGCAGGTGGACAGCAGCGAGGCTGTGCAGAAGAGGAAAGCTGATCTGGAGCAGCTGCAGGAGTGGGTTGAGCAGCGTGAGAAGGAGGTTGCTGATATCGATGCTCTTTGCTCCAATGCCTCAGAGTCTGTGGTTCAGTGTGAAGCTCTGGTGAAGGAAGTGTACAGTAACATGGGTTTAGTGTATCGTGAAAGCAGCTCAGATGATGAGGGAGGCAAGGCAAACCCTTCTGAGGTCATTGAGATCGATGATGATGATGACGATGATGTCATTGCTGTGGGATGTTTGGTTCCTCCCAAGAAGAGTTTAACTCAAGCCAAGGACCCAGCGCTTAAGGAGGCTTCAGCTGCCCTTCAAAGAACATCTCAGCAGGTGCAGAACCTGGCTCAGACTGTCAACAGAACGGCCCAATCAGGGGTCACTACACCAGTTAAAACAGGGGGCCCTCCCGGACAAGGTCCTCTAGCTGTTCCAGCAGTGTTTATGTCCTCAGCCCCAAGAAACACGCCCACTCAACCAAACCCTAATATAAAACAGGACAGTATCAAGATAAACATGACGCTTTTGGGTAAAAAACGAACCAAGACGTGGCATCGTGGAACACTTGTTGCCATCAAACAAGTGGGCAACAATCTTAAGTACAAAGTCAGGTTTGAAAATAAGGGGAAGAGTCTTCTCTCTGGGAACCATGTGGCCTTTGAGTACCACCCAACACTAGAGAGACTGTTTGTTGGAGCCCGAGTTGTTGCCAGGTACAAGGATGGTAATCAAGTCTGGCTGTATGCAGGCGTAGTCGCTGAGATGCCCAACAGCAAGAACCGTATGAGGTTCCTGATCTTTTTTGATGATGGTTATGCCTCATATGTGGGCTTGCCTGAGCTCTACCCTATCTGCAGACCATTGAAAAAGACCTGGGAGGATATTGAGGATGCGTCCTGCAGAGATTTCATTGAGGAGTATATCACATCATATCCTAACAGACCCATGGTTTTACTGAAGCCAGGGCAAATTATAAAAACTGAATGGGAGGGAACATGGTGGAAGAGCCGTGTGGAAGAAGTGGATGGCAGCCTTGTGAAAATGCTCTTCCTGGATGATAAGCGAAGTGAATGGATTTATCGTGGCTCCACACGACTAGAACCCATGTTTAATCTGAAAATGAACACGGCTAACAGTCAAGAAAAGAAAATGGCTGGTCAACAAAGACAGCGGCCTAATATGGGAGCACTGAGGACAAAGGGCCCTGTAGTTCAGTACACCAGTGACAATAGTGCTGCCGCATCTACTGGTGGTGGTGCCGCAACTCCTGGCACTCCTACTCGTCCTGTAGCCCCACAGCCTGCTGGACCCCCGCAACCGTCCCGCACAGAGAGTCCTAGTTTTAAGAGTCAAATGGCTAAGAAGAGCACTGGTCAACTCGCACTGCAGCCTCGTCAGGGCATGCCCTCTGACCTTCAGCCTAAACCAATAATCAATGCTCTTCAGACCAATACATCCAGGCTCTTCCTTTTGCAGTCTGGACCCGTGCACACGTTGACACCAATCACACCAGCCCCTCAAACTGTGCAGACAGCTATTTCAACCTACACAAATGAGCGCGTACCCCAGGAGCCGTCATACCAGGCCCCAAATGACCGACTCTTCTACCTTACACACAACTGCTCCCCAGAATGTCTTAAGCGCATCAGACCCACCCGTCCAAACCTGCATCGAGGACGCAACCCACTCCTTACACCATTGCTCTATGAATTTCGCCGCATGACTGGCCGCAGACGCCTTAACCGAAAGATGTCATTCCACGTCATCTACAAGTCCCCGTGTGGCTTGAGTCTAAGGAATATGACGGAGATCCAGCGCTACCTCTTCCAGACTCAATGTGACTTCATCTTCCTGGAGATGTTCTGTCTGGACCCCTATGTGCTGGTGGACCGCCGATTCCAACCTCAGAGGCCCTTCTACTTCATTAGAGACATCACGAGTGGTCGTGAAGACATTCCCCTGTCCTGTGTGAATGAGATTGACAACACGCCACCACCCAGCGTGGCCTATAGCAAAGAGAGGATCCCAGAAGATGGAGTATATATTAATACCAGTGCAGACTTCCTGGTGGGCTGTGACTGCACCGATGGATGCAGAGACAAATCCAAGTGCTCGTGTCATCAGCTGACTCTACAGGCTACAGGATGTACTCCAGGTGGGCAGATCAACCCCAACGCTGGATACCATTATAAGAGACTGGATGAATGTCTCCCTACAGGGATCTATGAATGTAATAAGCGGTGCCGCTGTAATATGCAGATGTGCACTAATCGTCTGGTTCAGCACGGTTTGCAGGTCAGACTGCAGCTCTTTAAGACCCAGAATAAAGGCTGGGGGATTCGGTGTCTTGATGACATCGCCAAGGGCTCCTTTGTTTGCATCTATGCAGGAAAGATCCTGACAGATGACTTTGCCGATAAAGAAGGTTTGGAAATGGGCGATGAGTATTTTGCCAATCTAGACCACATTGAGAGCGTGGAGAACTTTAAGGAAGGTTACGAGAGCGAAGCCCACTGCTCGGACAGCGAAGGCAGCGGTGTGGACATGAGCAGAGTTAAACTACCTGCTTCCTCCCGACACGGTAAATCCAACAAGATGGAGGAGCGTAACAGCAGCACAACTGGCAAAAGCCAAGATGATTCCTCTGAAGAGAGCGATGATGAAAAAGATGACGACTCCAATGAGGACGATAGCGACAGCTCGGATGACACTTTTGTGAAAGACACATATTACACCACCAGTTCGGTGTGGAGGAGCTACACCACTCGCAGACAGGCCAAGGGATTGAAGGAAGAGAGTCAAGACAGCAAGGATGGAATGAGTGTTTCTGCAGGTGAGGACAGAAAGCCTCCACACATGCCAGAAGAGACTGGCAAGAGCAAAGTGGCATCTTGGCTCACTAACCAGTCCTCTACTTCTGCCAATCAGAGCGTCAAGGTGGAGGGAGGAATAAAGACTGAAAAGAAGGATGTGATGACTCTCTCCGACAGTGACGATGTGCAAACTATCAGCTCAGGATCAGATGACAATAAGGAGAGAGAGAAAAAGACTCAGGCTGTGGTGAAGAGGCAGGTGGCTGTGAAGTCCACACGTGGCATTGCTTTGAAGTCCCACAGTATGATGGTGAAATCAGGTGGAGGGGGTGCAGGAGGCGGTGGGTCAGGCCCGTCTCACGGCCATGGAGGAGGAGGTGGAGACAATGGCCCTAAAAACACCCGCCTGTTCTTTGATGGGGAGGAATCCTGCTACATCATTGATGCCAAACTAGAGGGCAACCTCGGACGCTACCTCAACCATAGCTGCAGCCCCAATCTGTTTGTCCAGAATGTGTTTGTGGACACTCACGACCTGCGCTTTCCCTGGGTGGCCTTCTTTGCTAGCAAGCGAATCCGAGCAGGGACGGAGCTGACGTGGGACTATAATTATGAGGTAGGCAGTGTGGAGGGCAAGGAACTTCTGTGCTGCTGTGGATCAACAGAATGCAGAGGACGACTGCTGTAACACACTCTTGAACACATGCACTAAAGGTATCTCCTGTTGGGCCACTGAACACTTACTTGGAGCTCCTGGAAGCTGAATTAGTACAGAGATGTCTGTGCTACTGATAAGAACTCTGCAGACACTGAATGAGGGGGAAATTGTTCAGGAACTTACTGAATTTGTAAAATAGGTGTACGTGAGCATGTCCTGCTTCACAGGGTTCCGCCTTAAACCCTAAATGGGCACATTGTGTCTATCACAATGTCTATCTGTGGTTTACGCAGTCCTTCCCATTAATATCCCTCTTTTTTCTTTTCTTTTTTACATGTATGCAATCATCAGTCTCAACACCCTTCTGTTTTGCTTAGTTATATTTGTCCTCTTTTACATCTGATGTAGTTTTGATAATGAGGACCCGAGTGTTTTCTTTTATCATTTTATTCATGGTTTTTTGTTATTGTATGCTAATGTGTAAATGTGCTTTTGTTGGTCAGTAAGTTTATGAAAACAGGCAAAATTGTACTTTTGTCACAATTTGAATTAAAGTTCTCCAAAGAC
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Sequence Source |
Ensembl |
Orthology |
|
Created Date |
25-Jun-2016 |