Tag |
Content |
WERAM ID |
WERAM-Lab-0064 |
Ensembl Protein ID |
EDR01074 |
Gene Name |
LACBIDRAFT_395470 |
Ensembl Information |
|
Status |
Unreviewed |
Classification |
Type |
Family |
E-value |
Score |
Start |
End |
Me_Reader |
WD40 |
2.80e-108 |
362 |
820 |
1352 |
|
Organism |
Laccaria bicolor |
Domain Profile |
Me_Reader WD40
WD40.txt 87 agqcikvlvgHknaiaelkFsPkdenlllsaSfdkrvrlWdiktdklk.kifeahsdevldvdydlrgslivScgmdgslkiWdvrsk 173 + +ci l gH ++++ + FsP +++s+S dk+vr+Wd +t++ + +++hs +v++v++ +g ivS + d+ +++Wd ++ EDR01074 820 SEKCILRLAGHDDYVTSVAFSPD-GIHIVSGSDDKTVRVWDAQTGQSVmDPLKGHSSLVTSVAFSPDGRHIVSGSNDDTVRVWDAQTG 906 679*******************9.9*******************98762579********************************7654 PP WD40.txt 102 aelkFsPkdenlllsaSfdkrvrlWdikt 130 +++ FsP +++s+S dk+vr+Wd +t EDR01074 1033 QTVAFSPD-GRHIVSGSNDKTVRVWDAQT 1060 5899***9.9****************998 PP WD40.txt 102 aelkFsPkdenlllsaSfdkrvrlWdikt 130 +++ FsP +++s+S dk+vr+Wd +t EDR01074 1059 QTVAFSPD-GRHIVSGSCDKTVRVWDAQT 1086 57899999.999*************9987 PP WD40.txt 102 aelkFsPkdenlllsaSfdkrvrlWdikt 130 +++ FsP +++s+S+dk+vr+Wd +t EDR01074 1085 QTVAFSPD-GRHIVSGSYDKTVRVWDAQT 1112 5899***9.9****************998 PP WD40.txt 103 elkFsPkdenlllsaSfdkrvrlWdiktdklk.kifeahsdevldvdydlrgslivScgmdgslkiWdvrskr 174 ++ FsP +++s+S+dk+vr+Wd +t++ + +++h v++v++ +g ivS + d+ +++Wd ++ + EDR01074 1112 TVAFSPD-GRHIVSGSYDKTVRVWDAQTGQSVmDPLKGHDHHVTSVAFSPDGRHIVSGSADNTVRVWDAQTGQ 1183 5677776.77777777777777777777665414567777777777777777777777777777777755433 PP WD40.txt 2 hekelsavkfepaseegaslvaatvgseavtvydcqtqgeikllqkykghdeefysvawtadsnkrhslLasAgdrglirlldveagq.cikvlvgHkn 99 h++++ +v+f s++g+ +++ +++++v+v+d+qt+ + +kghd+ + sva+++d + ++s + ++++r++d ++gq ++ ++gH n EDR01074 1149 HDHHVTSVAF---SPDGR-HIVSGSADNTVRVWDAQTG--QSVMDPLKGHDHYVTSVAFSPDGR----QIVSGSADKTVRVWDAQTGQsVMDPFKGHDN 1237 8889999999...99999.9999999999999999999..778888999999999999999999....4999999999999999999724567999999 PP WD40.txt 100 aiaelkFsPkdenlllsaSfdkrvrlWdiktdkl 133 ++ + FsP +++s+S+dk+vr+Wd +t++ EDR01074 1238 WVTSVAFSPD-GRHIVSGSYDKTVRVWDAQTGQS 1270 9999999998.99999999999999999999875 PP WD40.txt 2 hekelsavkfepaseegaslvaatvgseavtvydcqtqgeikllqkykghdeefysvawtadsnkrhslLasAgdrglirlldveagq.cikvlvgHkn 99 h++ + +v+f s++g+ ++++ +++++v+v+d+qt+ + +kghd+ + sva+++d + ++s + ++++r++d ++gq ++ l+gH EDR01074 1192 HDHYVTSVAF---SPDGR-QIVSGSADKTVRVWDAQTG--QSVMDPFKGHDNWVTSVAFSPDGR----HIVSGSYDKTVRVWDAQTGQsVMDPLKGHDH 1280 8999******...*****.*******************..889999******************....6******************834578****** PP WD40.txt 100 aiaelkFsPkdenlllsaSfdkrvrlWdiktdklk.kifeahsdevldvdydlrgslivScgmdgslkiWdvr 171 +++ + FsP +++s+S dk+vr+Wd +t++ + +++h v++v++ +g ivS ++d+ +++Wd + EDR01074 1281 YVTSVAFSPD-GRHIVSGSADKTVRVWDAQTGQSVmDPLKGHDRYVTSVAFSSDGRHIVSGSDDNTVRVWDAQ 1352 *********9.9*******************98762579********************************65 PP
|
Protein Sequence (Fasta) | MNANATIGTS DTTTNNNMHT TGLNPVGNDL LQAVSGGGLS ALEAVAASGD AFPPLKAAVV 60 EALEIIGIVK KFKINKKDWA AFSVSLIQKV GEIVQAVRQY NESHVPSALQ SNLENLKGVL 120 DNLKEDVIKI QQQNTWKRLA NFKKDQEYIA GLQAKLNVLP NFQACLRVEE SSQEANAKRG 180 AWEHPIVTEH NKDNISIEGR NLGEGSTTTE NVPQISVLEQ AHDFQINDSV FNSANIININ 240 DNRGLEARIE DVVEQSNVEK WLQELKAPSH GRVRDRCMPG TREDVLTLIK TWLSDLNGPN 300 IFWLSGSPGS GKTTIASTVV ADFDYFSGQF FFRRDEAELR DPDNLWRRIA LDLSLGSSDL 360 GKSIARALEN QKANIRGLDI SMQFEHLIVK PLQQVFWSSV KPLLIVIDAL DECDSYEKLL 420 PSLVSWSHLS KPLKLLITSR YYHKIQSSLR SVSVHHSLHT GHGVSTASSH DLEKYFLARF 480 FEVTGLPSNW PGPDKVSFLV RKAAGLFIWA KSAMDFILYD GGDPEERLDI ISTDSGEGID 540 VVDSLYHQVI SVALKGLREP EKNNLKIILG SIIIAKNPLR IKDLTELLGV KDRFLNSIIG 600 QLAPILSISS TSYVRICHQT VADFLLNSER SQDLWVDPQF HSLCFAGSCL KLMNEKLKFN 660 FFHLKTSHIL NKDIPELKDH LESVKSTALD HASYFWASYL NKTCDKTLEH KVQAAVEKFL 720 MVHFLHWLEI MSLMRRVNHA AQLLLLAAHW SKVSKPSLSD FAKDANRFVM EFFELIACAA 780 PHIYISALPF APKNSRISRH FLKLFAKTLT VKMGQMENWS EKCILRLAGH DDYVTSVAFS 840 PDGIHIVSGS DDKTVRVWDA QTGQSVMDPL KGHSSLVTSV AFSPDGRHIV SGSNDDTVRV 900 WDAQTGQSIM DPLKGHDHIV TSVAFSPDGR HIVSGSNDET VRVWDAQTGQ SVMDPLKGHD 960 HDVTSVAFSP DGRHIVSGSN DETVRVWDAQ TGQSVMDPLK GHDHDVTSVA FSPDGRHIVS 1020 GSADKTVRVW DAQTVAFSPD GRHIVSGSND KTVRVWDAQT VAFSPDGRHI VSGSCDKTVR 1080 VWDAQTVAFS PDGRHIVSGS YDKTVRVWDA QTVAFSPDGR HIVSGSYDKT VRVWDAQTGQ 1140 SVMDPLKGHD HHVTSVAFSP DGRHIVSGSA DNTVRVWDAQ TGQSVMDPLK GHDHYVTSVA 1200 FSPDGRQIVS GSADKTVRVW DAQTGQSVMD PFKGHDNWVT SVAFSPDGRH IVSGSYDKTV 1260 RVWDAQTGQS VMDPLKGHDH YVTSVAFSPD GRHIVSGSAD KTVRVWDAQT GQSVMDPLKG 1320 HDRYVTSVAF SSDGRHIVSG SDDNTVRVWD AQMVQSVMDP LKSHDHVLCI FSSWKTHCLW 1380 IVKNMLPS 1388Protein Fasta Sequence
>EDR01074|WD40|Laccaria bicolor MNANATIGTSDTTTNNNMHTTGLNPVGNDLLQAVSGGGLSALEAVAASGDAFPPLKAAVVEALEIIGIVKKFKINKKDWAAFSVSLIQKVGEIVQAVRQYNESHVPSALQSNLENLKGVLDNLKEDVIKIQQQNTWKRLANFKKDQEYIAGLQAKLNVLPNFQACLRVEESSQEANAKRGAWEHPIVTEHNKDNISIEGRNLGEGSTTTENVPQISVLEQAHDFQINDSVFNSANIININDNRGLEARIEDVVEQSNVEKWLQELKAPSHGRVRDRCMPGTREDVLTLIKTWLSDLNGPNIFWLSGSPGSGKTTIASTVVADFDYFSGQFFFRRDEAELRDPDNLWRRIALDLSLGSSDLGKSIARALENQKANIRGLDISMQFEHLIVKPLQQVFWSSVKPLLIVIDALDECDSYEKLLPSLVSWSHLSKPLKLLITSRYYHKIQSSLRSVSVHHSLHTGHGVSTASSHDLEKYFLARFFEVTGLPSNWPGPDKVSFLVRKAAGLFIWAKSAMDFILYDGGDPEERLDIISTDSGEGIDVVDSLYHQVISVALKGLREPEKNNLKIILGSIIIAKNPLRIKDLTELLGVKDRFLNSIIGQLAPILSISSTSYVRICHQTVADFLLNSERSQDLWVDPQFHSLCFAGSCLKLMNEKLKFNFFHLKTSHILNKDIPELKDHLESVKSTALDHASYFWASYLNKTCDKTLEHKVQAAVEKFLMVHFLHWLEIMSLMRRVNHAAQLLLLAAHWSKVSKPSLSDFAKDANRFVMEFFELIACAAPHIYISALPFAPKNSRISRHFLKLFAKTLTVKMGQMENWSEKCILRLAGHDDYVTSVAFSPDGIHIVSGSDDKTVRVWDAQTGQSVMDPLKGHSSLVTSVAFSPDGRHIVSGSNDDTVRVWDAQTGQSIMDPLKGHDHIVTSVAFSPDGRHIVSGSNDETVRVWDAQTGQSVMDPLKGHDHDVTSVAFSPDGRHIVSGSNDETVRVWDAQTGQSVMDPLKGHDHDVTSVAFSPDGRHIVSGSADKTVRVWDAQTVAFSPDGRHIVSGSNDKTVRVWDAQTVAFSPDGRHIVSGSCDKTVRVWDAQTVAFSPDGRHIVSGSYDKTVRVWDAQTVAFSPDGRHIVSGSYDKTVRVWDAQTGQSVMDPLKGHDHHVTSVAFSPDGRHIVSGSADNTVRVWDAQTGQSVMDPLKGHDHYVTSVAFSPDGRQIVSGSADKTVRVWDAQTGQSVMDPFKGHDNWVTSVAFSPDGRHIVSGSYDKTVRVWDAQTGQSVMDPLKGHDHYVTSVAFSPDGRHIVSGSADKTVRVWDAQTGQSVMDPLKGHDRYVTSVAFSSDGRHIVSGSDDNTVRVWDAQMVQSVMDPLKSHDHVLCIFSSWKTHCLWIVKNMLPS
|
Nucleotide Sequence (Fasta) | ATGAACGCAA ACGCGACTAT CGGCACCAGC GACACCACCA CCAACAACAA TATGCATACT 60 ACTGGGTTGA ATCCCGTGGG AAACGACCTT CTACAAGCGG TCAGTGGAGG CGGCCTTTCG 120 GCGCTCGAGG CCGTCGCCGC ATCTGGCGAC GCCTTTCCAC CTTTGAAGGC GGCTGTCGTT 180 GAGGCGTTAG AAATCATCGG AATTGTTAAG AAATTTAAGA TCAACAAGAA GGATTGGGCT 240 GCTTTTTCTG TGAGTCTCAT TCAGAAGGTT GGGGAGATTG TCCAGGCTGT GCGGCAATAT 300 AATGAAAGTC ATGTTCCATC GGCTTTGCAA TCCAATCTTG AGAATCTGAA AGGTGTTTTG 360 GACAATTTGA AAGAAGATGT AATCAAGATC CAACAGCAGA ACACATGGAA GCGACTTGCC 420 AATTTCAAAA AGGATCAAGA ATATATTGCA GGTTTGCAGG CTAAACTCAA TGTGCTTCCC 480 AACTTTCAAG CCTGTCTTAG GGTTGAGGAA AGTTCACAAG AAGCAAATGC CAAGAGGGGT 540 GCTTGGGAAC ATCCCATAGT GACTGAGCAT AACAAAGATA ATATATCTAT TGAGGGAAGA 600 AATCTTGGTG AAGGGTCCAC AACTACAGAA AATGTACCTC AGATAAGTGT GCTTGAGCAG 660 GCACATGATT TTCAAATCAA TGATAGTGTT TTCAATTCTG CAAATATTAT CAATATCAAT 720 GACAACAGGG GACTTGAAGC CAGGATAGAA GATGTAGTGG AGCAGTCAAA TGTAGAAAAG 780 TGGCTGCAAG AGCTCAAAGC TCCATCACAT GGCAGAGTAA GAGACAGGTG CATGCCTGGA 840 ACTCGGGAGG ATGTGCTCAC CCTTATCAAA ACATGGCTTA GTGATCTTAA TGGGCCTAAT 900 ATTTTCTGGC TTTCTGGCAG TCCTGGCTCT GGGAAGACAA CAATAGCTTC AACTGTGGTC 960 GCTGATTTTG ATTATTTCTC TGGGCAATTC TTTTTTCGTC GTGATGAGGC TGAGCTTCGG 1020 GATCCTGACA ACTTATGGAG ACGTATTGCT CTGGACCTTT CTCTTGGATC CAGTGATCTT 1080 GGAAAGTCTA TAGCTAGGGC ACTGGAGAAC CAGAAAGCCA ACATCAGAGG CCTTGATATC 1140 TCTATGCAAT TTGAGCATCT TATTGTCAAG CCTTTACAGC AGGTTTTTTG GAGCTCTGTA 1200 AAGCCTCTTC TCATTGTTAT TGATGCCCTT GATGAGTGTG ATTCATATGA GAAACTCTTG 1260 CCTTCATTGG TATCTTGGTC TCACCTCTCT AAACCTTTGA AACTCCTTAT TACAAGCCGC 1320 TATTATCACA AGATTCAGAG TAGCCTGAGA TCTGTCAGTG TTCATCATAG TCTGCATACT 1380 GGGCATGGAG TGTCTACTGC AAGTTCTCAT GACCTTGAAA AATATTTTCT TGCAAGATTT 1440 TTTGAGGTAA CTGGGTTGCC TTCAAACTGG CCTGGTCCAG ACAAAGTATC ATTTCTTGTG 1500 AGAAAAGCTG CTGGGTTATT TATTTGGGCT AAATCTGCAA TGGACTTTAT CTTGTATGAT 1560 GGAGGTGATC CTGAAGAGAG GCTAGATATC ATTTCTACTG ATTCTGGAGA AGGAATTGAT 1620 GTTGTTGACA GCCTGTATCA TCAGGTCATC TCTGTTGCTT TGAAAGGTCT CAGAGAACCA 1680 GAGAAAAATA ATTTAAAAAT AATTCTGGGT TCCATAATCA TTGCAAAGAA CCCACTTCGT 1740 ATCAAGGATC TAACAGAGCT TCTGGGAGTG AAAGATAGAT TTCTAAATTC GATAATTGGT 1800 CAACTTGCCC CAATTTTATC CATCAGTAGT ACAAGCTATG TGCGTATTTG CCACCAGACA 1860 GTAGCAGATT TTCTCCTTAA TTCTGAGCGC TCTCAAGACT TGTGGGTTGA TCCTCAGTTT 1920 CATAGTCTCT GCTTTGCTGG GTCTTGCTTG AAGCTTATGA ATGAAAAACT AAAGTTCAAC 1980 TTCTTTCATC TAAAAACATC TCATATTTTA AACAAGGACA TACCAGAGCT GAAAGACCAC 2040 TTGGAAAGTG TAAAATCCAC AGCTTTGGAT CATGCAAGCT ACTTCTGGGC CAGCTATTTG 2100 AATAAGACAT GTGATAAAAC ATTAGAGCAT AAAGTGCAGG CTGCAGTGGA GAAATTTTTG 2160 ATGGTCCATT TTTTACACTG GCTAGAAATT ATGAGTCTGA TGAGAAGAGT AAATCATGCT 2220 GCTCAACTAT TATTGTTGGC TGCACATTGG AGCAAGGTTT CAAAACCCAG CTTATCAGAT 2280 TTTGCAAAAG ATGCAAACAG ATTTGTAATG GAATTTTTTG AACTAATAGC TTGTGCAGCA 2340 CCACATATAT ATATATCAGC ACTGCCATTT GCTCCAAAGA ATTCAAGGAT CTCTAGGCAT 2400 TTTCTCAAGT TATTTGCAAA GACATTGACT GTGAAGATGG GTCAAATGGA AAATTGGTCA 2460 GAGAAATGTA TTCTCAGACT GGCAGGCCAC GATGATTATG TTACCTCAGT TGCATTTTCT 2520 CCTGATGGCA TACACATTGT CTCTGGATCT GATGACAAGA CAGTCAGAGT GTGGGATGCT 2580 CAGACAGGTC AGAGTGTCAT GGATCCTCTC AAAGGCCATA GTAGTTTGGT TACTTCAGTT 2640 GCATTTTCTC CTGATGGGAG ACACATTGTC TCTGGATCTA ATGACGACAC AGTCAGAGTG 2700 TGGGATGCTC AGACAGGTCA GAGTATCATG GATCCTCTCA AAGGCCATGA TCATATTGTT 2760 ACTTCAGTTG CATTTTCTCC TGATGGGAGA CACATTGTCT CTGGATCTAA TGACGAGACA 2820 GTCAGAGTGT GGGATGCTCA GACAGGTCAG AGTGTCATGG ATCCTCTCAA AGGCCATGAT 2880 CATGATGTTA CTTCAGTTGC ATTTTCTCCT GATGGAAGAC ACATTGTCTC TGGATCTAAT 2940 GATGAGACAG TCAGAGTGTG GGATGCTCAG ACAGGTCAGA GTGTCATGGA TCCTCTCAAA 3000 GGCCATGATC ATGATGTTAC TTCAGTTGCA TTTTCTCCTG ATGGAAGACA CATTGTCTCT 3060 GGATCTGCTG ACAAGACAGT CAGAGTGTGG GATGCTCAGA CAGTTGCATT TTCTCCTGAT 3120 GGAAGACACA TTGTCTCTGG ATCTAATGAC AAGACAGTCA GAGTGTGGGA TGCTCAGACA 3180 GTTGCATTTT CTCCTGATGG AAGACACATT GTCTCTGGAT CTTGTGACAA GACAGTCAGA 3240 GTGTGGGATG CTCAGACAGT TGCATTTTCT CCTGATGGAA GACACATTGT CTCTGGATCT 3300 TATGACAAGA CAGTCAGAGT GTGGGATGCT CAGACAGTTG CATTTTCTCC TGATGGAAGA 3360 CACATTGTCT CTGGATCTTA TGACAAGACA GTCAGAGTGT GGGATGCTCA GACAGGCCAG 3420 AGTGTCATGG ATCCTCTCAA AGGCCATGAT CATCATGTTA CTTCAGTTGC ATTTTCTCCT 3480 GATGGAAGAC ACATTGTCTC TGGATCTGCT GACAACACAG TCAGAGTGTG GGATGCTCAG 3540 ACAGGTCAGA GTGTCATGGA TCCTCTCAAA GGCCATGATC ATTATGTTAC TTCAGTTGCA 3600 TTTTCTCCTG ATGGAAGACA AATTGTCTCT GGATCTGCTG ACAAGACAGT CAGAGTGTGG 3660 GATGCTCAGA CAGGTCAGAG TGTCATGGAT CCTTTCAAAG GCCATGATAA TTGGGTTACT 3720 TCAGTTGCAT TTTCTCCTGA TGGAAGACAC ATTGTCTCTG GATCTTATGA CAAGACAGTC 3780 AGAGTGTGGG ATGCTCAGAC AGGCCAGAGT GTCATGGATC CTCTCAAAGG CCATGATCAT 3840 TATGTTACTT CAGTTGCATT TTCTCCTGAT GGAAGACACA TTGTCTCTGG ATCTGCTGAC 3900 AAGACAGTCA GAGTGTGGGA TGCTCAGACA GGTCAGAGTG TCATGGATCC TCTCAAAGGC 3960 CATGATCGTT ACGTTACTTC AGTTGCATTT TCTTCTGATG GAAGACACAT TGTCTCTGGA 4020 TCTGATGACA ACACAGTCAG AGTGTGGGAT GCTCAAATGG TTCAGAGTGT CATGGATCCT 4080 CTCAAAAGCC ATGATCATGT ATTGTGCATT TTCTCCTCAT GGAAGACACA TTGTCTCTGG 4140 ATTGTTAAAA ACATGTTACC GTCATAA
4168Nucleotide Fasta Sequence
>EDR01074|WD40|Laccaria bicolor ATGAACGCAAACGCGACTATCGGCACCAGCGACACCACCACCAACAACAATATGCATACTACTGGGTTGAATCCCGTGGGAAACGACCTTCTACAAGCGGTCAGTGGAGGCGGCCTTTCGGCGCTCGAGGCCGTCGCCGCATCTGGCGACGCCTTTCCACCTTTGAAGGCGGCTGTCGTTGAGGCGTTAGAAATCATCGGAATTGTTAAGAAATTTAAGATCAACAAGAAGGATTGGGCTGCTTTTTCTGTGAGTCTCATTCAGAAGGTTGGGGAGATTGTCCAGGCTGTGCGGCAATATAATGAAAGTCATGTTCCATCGGCTTTGCAATCCAATCTTGAGAATCTGAAAGGTGTTTTGGACAATTTGAAAGAAGATGTAATCAAGATCCAACAGCAGAACACATGGAAGCGACTTGCCAATTTCAAAAAGGATCAAGAATATATTGCAGGTTTGCAGGCTAAACTCAATGTGCTTCCCAACTTTCAAGCCTGTCTTAGGGTTGAGGAAAGTTCACAAGAAGCAAATGCCAAGAGGGGTGCTTGGGAACATCCCATAGTGACTGAGCATAACAAAGATAATATATCTATTGAGGGAAGAAATCTTGGTGAAGGGTCCACAACTACAGAAAATGTACCTCAGATAAGTGTGCTTGAGCAGGCACATGATTTTCAAATCAATGATAGTGTTTTCAATTCTGCAAATATTATCAATATCAATGACAACAGGGGACTTGAAGCCAGGATAGAAGATGTAGTGGAGCAGTCAAATGTAGAAAAGTGGCTGCAAGAGCTCAAAGCTCCATCACATGGCAGAGTAAGAGACAGGTGCATGCCTGGAACTCGGGAGGATGTGCTCACCCTTATCAAAACATGGCTTAGTGATCTTAATGGGCCTAATATTTTCTGGCTTTCTGGCAGTCCTGGCTCTGGGAAGACAACAATAGCTTCAACTGTGGTCGCTGATTTTGATTATTTCTCTGGGCAATTCTTTTTTCGTCGTGATGAGGCTGAGCTTCGGGATCCTGACAACTTATGGAGACGTATTGCTCTGGACCTTTCTCTTGGATCCAGTGATCTTGGAAAGTCTATAGCTAGGGCACTGGAGAACCAGAAAGCCAACATCAGAGGCCTTGATATCTCTATGCAATTTGAGCATCTTATTGTCAAGCCTTTACAGCAGGTTTTTTGGAGCTCTGTAAAGCCTCTTCTCATTGTTATTGATGCCCTTGATGAGTGTGATTCATATGAGAAACTCTTGCCTTCATTGGTATCTTGGTCTCACCTCTCTAAACCTTTGAAACTCCTTATTACAAGCCGCTATTATCACAAGATTCAGAGTAGCCTGAGATCTGTCAGTGTTCATCATAGTCTGCATACTGGGCATGGAGTGTCTACTGCAAGTTCTCATGACCTTGAAAAATATTTTCTTGCAAGATTTTTTGAGGTAACTGGGTTGCCTTCAAACTGGCCTGGTCCAGACAAAGTATCATTTCTTGTGAGAAAAGCTGCTGGGTTATTTATTTGGGCTAAATCTGCAATGGACTTTATCTTGTATGATGGAGGTGATCCTGAAGAGAGGCTAGATATCATTTCTACTGATTCTGGAGAAGGAATTGATGTTGTTGACAGCCTGTATCATCAGGTCATCTCTGTTGCTTTGAAAGGTCTCAGAGAACCAGAGAAAAATAATTTAAAAATAATTCTGGGTTCCATAATCATTGCAAAGAACCCACTTCGTATCAAGGATCTAACAGAGCTTCTGGGAGTGAAAGATAGATTTCTAAATTCGATAATTGGTCAACTTGCCCCAATTTTATCCATCAGTAGTACAAGCTATGTGCGTATTTGCCACCAGACAGTAGCAGATTTTCTCCTTAATTCTGAGCGCTCTCAAGACTTGTGGGTTGATCCTCAGTTTCATAGTCTCTGCTTTGCTGGGTCTTGCTTGAAGCTTATGAATGAAAAACTAAAGTTCAACTTCTTTCATCTAAAAACATCTCATATTTTAAACAAGGACATACCAGAGCTGAAAGACCACTTGGAAAGTGTAAAATCCACAGCTTTGGATCATGCAAGCTACTTCTGGGCCAGCTATTTGAATAAGACATGTGATAAAACATTAGAGCATAAAGTGCAGGCTGCAGTGGAGAAATTTTTGATGGTCCATTTTTTACACTGGCTAGAAATTATGAGTCTGATGAGAAGAGTAAATCATGCTGCTCAACTATTATTGTTGGCTGCACATTGGAGCAAGGTTTCAAAACCCAGCTTATCAGATTTTGCAAAAGATGCAAACAGATTTGTAATGGAATTTTTTGAACTAATAGCTTGTGCAGCACCACATATATATATATCAGCACTGCCATTTGCTCCAAAGAATTCAAGGATCTCTAGGCATTTTCTCAAGTTATTTGCAAAGACATTGACTGTGAAGATGGGTCAAATGGAAAATTGGTCAGAGAAATGTATTCTCAGACTGGCAGGCCACGATGATTATGTTACCTCAGTTGCATTTTCTCCTGATGGCATACACATTGTCTCTGGATCTGATGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTGTCATGGATCCTCTCAAAGGCCATAGTAGTTTGGTTACTTCAGTTGCATTTTCTCCTGATGGGAGACACATTGTCTCTGGATCTAATGACGACACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTATCATGGATCCTCTCAAAGGCCATGATCATATTGTTACTTCAGTTGCATTTTCTCCTGATGGGAGACACATTGTCTCTGGATCTAATGACGAGACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTGTCATGGATCCTCTCAAAGGCCATGATCATGATGTTACTTCAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTAATGATGAGACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTGTCATGGATCCTCTCAAAGGCCATGATCATGATGTTACTTCAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTGCTGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTAATGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTTGTGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTTATGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTTATGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGGCCAGAGTGTCATGGATCCTCTCAAAGGCCATGATCATCATGTTACTTCAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTGCTGACAACACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTGTCATGGATCCTCTCAAAGGCCATGATCATTATGTTACTTCAGTTGCATTTTCTCCTGATGGAAGACAAATTGTCTCTGGATCTGCTGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTGTCATGGATCCTTTCAAAGGCCATGATAATTGGGTTACTTCAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTTATGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGGCCAGAGTGTCATGGATCCTCTCAAAGGCCATGATCATTATGTTACTTCAGTTGCATTTTCTCCTGATGGAAGACACATTGTCTCTGGATCTGCTGACAAGACAGTCAGAGTGTGGGATGCTCAGACAGGTCAGAGTGTCATGGATCCTCTCAAAGGCCATGATCGTTACGTTACTTCAGTTGCATTTTCTTCTGATGGAAGACACATTGTCTCTGGATCTGATGACAACACAGTCAGAGTGTGGGATGCTCAAATGGTTCAGAGTGTCATGGATCCTCTCAAAAGCCATGATCATGTATTGTGCATTTTCTCCTCATGGAAGACACATTGTCTCTGGATTGTTAAAAACATGTTACCGTCATAA
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Sequence Source |
Ensembl |
Orthology |
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Created Date |
25-Jun-2016 |