WERAM Information

Tag Content
WERAM ID WERAM-Hos-0041
Ensembl Protein ID ENSP00000362441.4
Uniprot Accession P46100; ATRX_HUMAN; D3DTE2; P51068; Q15886; Q59FB5; Q59H31; Q5H9A2; Q5JWI4; Q7Z2J1; Q9H0Z1; Q9NTS3
Genbank Protein ID NP_000480.3; NP_612114.2
Protein Name Transcriptional regulator ATRX
Genbank Nucleotide ID NM_000489.4; NM_138270.3
Gene Name ATRX;RAD54L;XH2
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSG00000085224.20 ENST00000373344.9 ENSP00000362441.4
ENSG00000085224.20 ENST00000623321.3 ENSP00000485127.1
ENSG00000085224.20 ENST00000624032.3 ENSP00000485253.1
Details
Type Family Domain Substrates AA References (PMIDs)
Me_Reader ADD ADD H3K9me3 K 21666679
Status Reviewed
Classification
Type Family E-value Score Start End
Me_Reader ADD 1.40e-53 182.8 159 296
Organism Homo sapiens
NCBI Taxa ID 9606
Functional Description
(View)		 Involved in transcriptional regulation and chromatin remodeling. Facilitates DNA replication in multiple cellular environments and is required for efficient replication of a subset of genomic loci. Binds to DNA tandem repeat sequences in both telomeres and euchromatin and in vitro binds DNA quadruplex structures. May help stabilizing G-rich regions into regular chromatin structures by remodeling G4 DNA and incorporating H3.3-containing nucleosomes. Catalytic component of the chromatin remodeling complex ATRX:DAXX which has ATP-dependent DNA translocase activity and catalyzes the replication-independent deposition of histone H3.3 in pericentric DNA repeats outside S-phase and telomeres, and the in vitro remodeling of H3.3-containing nucleosomes. Its heterochromatin targeting is proposed to involve a combinatorial readout of histone H3 modifications (specifically methylation states of H3K9 and H3K4) and association with CBX5. Involved in maintaining telomere structural integrity in embryonic stem cells which probably implies recruitment of CBX5 to telomers. Reports on the involvement in transcriptional regulation of telomeric repeat-containing RNA (TERRA) are conflicting; according (PubMed:24500201) is not sufficient to decrease chromatin condensation at telomers nor to increase expression of telomeric RNA in fibroblasts. May be involved in telomere maintenance via recombination in ALT (alternative lengthening of telomeres) cell lines. Acts as negative regulator of chromatin incorporation of transcriptionally repressive histone H2AFY, particularily at telomeres and the alpha-globin cluster in erythroleukemic cells. Participates in the allele-specific gene expression at the imprinted IGF2/H19 gene locus. On the maternal allele, required for the chromatin occupancy of SMC1 and CTCTF within the H19 imprinting control region (ICR) and involved in esatblishment of histone tails modifications in the ICR. May be involved in brain development and facial morphogenesis.
Domain Profile
  Me_Reader ADD
            ADD.txt   3 krnednledi..ciacG......kkdsilrhPlleggicknckdkfleaaisydddGyqsycticaeGrelllcgndsctrafcvecvdrlv 86 
                        kr+ed+l++i  c+acG      +kdsi+rhP+l+++icknc++++++++is+d+dG++++c++caeG++l++c  d+c++afc++c+ r++
  ENSP00000362441.4 159 KRGEDGLHGIvsCTACGqqvnhfQKDSIYRHPSLQVLICKNCFKYYMSDDISRDSDGMDEQCRWCAEGGNLICC--DFCHNAFCKKCILRNL 248
                        789***********************************************************************..**************** PP
            ADD.txt  87 Grgeaekikkeen.Wvcylclpesllgllrrrkdvkerleqllqqnkd 133
                        Gr+e+++i++e+n W+cy+c+pe+ll+l++++++v+e+leqllqqnk+
  ENSP00000362441.4 249 GRKELSTIMDENNqWYCYICHPEPLLDLVTACNSVFENLEQLLQQNKK 296
                        **********************************************86 PP
Protein Sequence
(Fasta)		MTAEPMSESK LNTLVQKLHD FLAHSSEESE ETSSPPRLAM NQNTDKISGS GSNSDMMENS 60
KEEGTSSSEK SKSSGSSRSK RKPSIVTKYV ESDDEKPLDD ETVNEDASNE NSENDITMQS 120
LPKGTVIVQP EPVLNEDKDD FKGPEFRSRS KMKTENLKKR GEDGLHGIVS CTACGQQVNH 180
FQKDSIYRHP SLQVLICKNC FKYYMSDDIS RDSDGMDEQC RWCAEGGNLI CCDFCHNAFC 240
KKCILRNLGR KELSTIMDEN NQWYCYICHP EPLLDLVTAC NSVFENLEQL LQQNKKKIKV 300
DSEKSNKVYE HTSRFSPKKT SSNCNGEEKK LDDSCSGSVT YSYSALIVPK EMIKKAKKLI 360
ETTANMNSSY VKFLKQATDN SEISSATKLR QLKAFKSVLA DIKKAHLALE EDLNSEFRAM 420
DAVNKEKNTK EHKVIDAKFE TKARKGEKPC ALEKKDISKS EAKLSRKQVD SEHMHQNVPT 480
EEQRTNKSTG GEHKKSDRKE EPQYEPANTS EDLDMDIVSV PSSVPEDIFE NLETAMEVQS 540
SVDHQGDGSS GTEQEVESSS VKLNISSKDN RGGIKSKTTA KVTKELYVKL TPVSLSNSPI 600
KGADCQEVPQ DKDGYKSCGL NPKLEKCGLG QENSDNEHLV ENEVSLLLEE SDLRRSPRVK 660
TTPLRRPTET NPVTSNSDEE CNETVKEKQK LSVPVRKKDK RNSSDSAIDN PKPNKLPKSK 720
QSETVDQNSD SDEMLAILKE VSRMSHSSSS DTDINEIHTN HKTLYDLKTQ AGKDDKGKRK 780
RKSSTSGSDF DTKKGKSAKS SIISKKKRQT QSESSNYDSE LEKEIKSMSK IGAARTTKKR 840
IPNTKDFDSS EDEKHSKKGM DNQGHKNLKT SQEGSSDDAE RKQERETFSS AEGTVDKDTT 900
IMELRDRLPK KQQASASTDG VDKLSGKEES FTSLEVRKVA ETKEKSKHLK TKTCKKVQDG 960
LSDIAEKFLK KDQSDETSED DKKQSKKGTE EKKKPSDFKK KVIKMEQQYE SSSDGTEKLP 1020
EREEICHFPK GIKQIKNGTT DGEKKSKKIR DKTSKKKDEL SDYAEKSTGK GDSCDSSEDK 1080
KSKNGAYGRE KKRCKLLGKS SRKRQDCSSS DTEKYSMKED GCNSSDKRLK RIELRERRNL 1140
SSKRNTKEIQ SGSSSSDAEE SSEDNKKKKQ RTSSKKKAVI VKEKKRNSLR TSTKRKQADI 1200
TSSSSSDIED DDQNSIGEGS SDEQKIKPVT ENLVLSSHTG FCQSSGDEAL SKSVPVTVDD 1260
DDDDNDPENR IAKKMLLEEI KANLSSDEDG SSDDEPEEGK KRTGKQNEEN PGDEEAKNQV 1320
NSESDSDSEE SKKPRYRHRL LRHKLTVSDG ESGEEKKTKP KEHKEVKGRN RRKVSSEDSE 1380
DSDFQESGVS EEVSESEDEQ RPRTRSAKKA ELEENQRSYK QKKKRRRIKV QEDSSSENKS 1440
NSEEEEEEKE EEEEEEEEEE EEEEDENDDS KSPGKGRKKI RKILKDDKLR TETQNALKEE 1500
EERRKRIAER EREREKLREV IEIEDASPTK CPITTKLVLD EDEETKEPLV QVHRNMVIKL 1560
KPHQVDGVQF MWDCCCESVK KTKKSPGSGC ILAHCMGLGK TLQVVSFLHT VLLCDKLDFS 1620
TALVVCPLNT ALNWMNEFEK WQEGLKDDEK LEVSELATVK RPQERSYMLQ RWQEDGGVMI 1680
IGYEMYRNLA QGRNVKSRKL KEIFNKALVD PGPDFVVCDE GHILKNEASA VSKAMNSIRS 1740
RRRIILTGTP LQNNLIEYHC MVNFIKENLL GSIKEFRNRF INPIQNGQCA DSTMVDVRVM 1800
KKRAHILYEM LAGCVQRKDY TALTKFLPPK HEYVLAVRMT SIQCKLYQYY LDHLTGVGNN 1860
SEGGRGKAGA KLFQDFQMLS RIWTHPWCLQ LDYISKENKG YFDEDSMDEF IASDSDETSM 1920
SLSSDDYTKK KKKGKKGKKD SSSSGSGSDN DVEVIKVWNS RSRGGGEGNV DETGNNPSVS 1980
LKLEESKATS SSNPSSPAPD WYKDFVTDAD AEVLEHSGKM VLLFEILRMA EEIGDKVLVF 2040
SQSLISLDLI EDFLELASRE KTEDKDKPLI YKGEGKWLRN IDYYRLDGST TAQSRKKWAE 2100
EFNDETNVRG RLFIISTKAG SLGINLVAAN RVIIFDASWN PSYDIQSIFR VYRFGQTKPV 2160
YVYRFLAQGT MEDKIYDRQV TKQSLSFRVV DQQQVERHFT MNELTELYTF EPDLLDDPNS 2220
EKKKKRDTPM LPKDTILAEL LQIHKEHIVG YHEHDSLLDH KEEEELTEEE RKAAWAEYEA 2280
EKKGLTMRFN IPTGTNLPPV SFNSQTPYIP FNLGALSAMS NQQLEDLINQ GREKVVEATN 2340
SVTAVRIQPL EDIISAVWKE NMNLSEAQVQ ALALSRQASQ ELDVKRREAI YNDVLTKQQM 2400
LISCVQRILM NRRLQQQYNQ QQQQQMTYQQ ATLGHLMMPK PPNLIMNPSN YQQIDMRGMY 2460
QPVAGGMQPP PLQRAPPPMR SKNPGPSQGK SM 2492
Nucleotide Sequence
(Fasta)		AATGGCTGAC GGAAAGAGAA AGAGGGAGGA CGCGCCAATT CTCCTGCCTG AGCCTCGGCC 60
CAACAAAATG GCGGCGGCAG CGGTGTCGCT TTGTTTCCGC GGCTCCTGCG GCGGTGGCAG 120
TGGTAGCGGC CTTTGAGCTG TGGGGAGGTT CCAGCAGCAG CTACAGTGAC GACTAAGACT 180
CCAGTGCATT TCTATCGTAA CCGGGCGCGG GGGAGCGCAG ATCGGCGCCC AGCAATCACA 240
GAAGCCGACA AGGCGTTCAA GCGAAAACAT GACCGCTGAG CCCATGAGTG AAAGCAAGTT 300
GAATACATTG GTGCAGAAGC TTCATGACTT CCTTGCACAC TCATCAGAAG AATCTGAAGA 360
AACAAGTTCT CCTCCACGAC TTGCAATGAA TCAAAACACA GATAAAATCA GTGGTTCTGG 420
AAGTAACTCT GATATGATGG AAAACAGCAA GGAAGAGGGA ACTAGCTCTT CAGAAAAATC 480
CAAGTCTTCA GGATCGTCAC GATCAAAGAG GAAACCTTCA ATTGTAACAA AGTATGTAGA 540
ATCAGATGAT GAAAAACCTT TGGATGATGA AACTGTAAAT GAAGATGCGT CTAATGAAAA 600
TTCAGAAAAT GATATTACTA TGCAGAGCTT GCCAAAAGGT ACAGTGATTG TACAGCCAGA 660
GCCAGTGCTG AATGAAGACA AAGATGATTT TAAAGGGCCT GAATTTAGAA GCAGAAGTAA 720
AATGAAAACT GAAAATCTCA AAAAACGCGG AGAAGATGGG CTTCATGGGA TTGTGAGCTG 780
CACTGCTTGT GGACAACAGG TCAATCATTT TCAAAAAGAT TCCATTTATA GACACCCTTC 840
ATTGCAAGTT CTTATTTGTA AGAATTGCTT TAAGTATTAC ATGAGTGATG ATATTAGCCG 900
TGACTCAGAT GGAATGGATG AACAATGTAG GTGGTGTGCG GAAGGTGGAA ACTTGATTTG 960
TTGTGACTTT TGCCATAATG CTTTCTGCAA GAAATGCATT CTACGCAACC TTGGTCGAAA 1020
GGAGTTGTCC ACAATAATGG ATGAAAACAA CCAATGGTAT TGCTACATTT GTCACCCAGA 1080
GCCTTTGTTG GACTTGGTCA CTGCATGTAA CAGCGTATTT GAGAATTTAG AACAGTTGTT 1140
GCAGCAAAAT AAGAAGAAGA TAAAAGTTGA CAGTGAAAAG AGTAATAAAG TATATGAACA 1200
TACATCCAGA TTTTCTCCAA AGAAGACTAG TTCAAATTGT AATGGAGAAG AAAAGAAATT 1260
AGATGATTCC TGTTCTGGCT CTGTAACCTA CTCTTATTCC GCACTAATTG TGCCCAAAGA 1320
GATGATTAAG AAGGCAAAAA AACTGATTGA GACCACAGCC AACATGAACT CCAGTTATGT 1380
TAAATTTTTA AAGCAGGCAA CAGATAATTC AGAAATCAGT TCTGCTACAA AATTACGTCA 1440
GCTTAAGGCT TTTAAGTCTG TGTTGGCTGA TATTAAGAAG GCTCATCTTG CATTGGAAGA 1500
AGACTTAAAT TCCGAGTTTC GAGCGATGGA TGCTGTAAAC AAAGAGAAAA ATACCAAAGA 1560
GCATAAAGTC ATAGATGCTA AGTTTGAAAC AAAAGCACGA AAAGGAGAAA AACCTTGTGC 1620
TTTGGAAAAG AAGGATATTT CAAAGTCAGA AGCTAAACTT TCAAGAAAAC AGGTAGATAG 1680
TGAGCACATG CATCAGAATG TTCCAACAGA GGAACAAAGA ACAAATAAAA GTACCGGTGG 1740
TGAACATAAG AAATCTGATA GAAAAGAAGA ACCTCAATAT GAACCTGCCA ACACTTCTGA 1800
AGATTTAGAC ATGGATATTG TGTCTGTTCC TTCCTCAGTT CCAGAAGACA TTTTTGAGAA 1860
TCTTGAGACT GCTATGGAAG TTCAGAGTTC AGTTGATCAT CAAGGGGATG GCAGCAGTGG 1920
AACTGAACAA GAAGTGGAGA GTTCATCTGT AAAATTAAAT ATTTCTTCAA AAGACAACAG 1980
AGGAGGTATT AAATCAAAAA CTACAGCTAA AGTAACAAAA GAATTATATG TTAAACTCAC 2040
TCCTGTTTCC CTTTCTAATT CCCCAATTAA AGGTGCTGAT TGTCAGGAAG TTCCACAAGA 2100
TAAAGATGGC TATAAAAGTT GTGGTCTGAA CCCCAAGTTA GAGAAATGTG GACTTGGACA 2160
GGAAAACAGT GATAATGAGC ATTTGGTTGA AAATGAAGTT TCATTACTTT TAGAGGAATC 2220
TGATCTTCGA AGATCCCCAC GTGTAAAGAC TACACCCTTG AGGCGACCGA CAGAAACTAA 2280
CCCTGTAACA TCTAATTCAG ATGAAGAATG TAATGAAACA GTTAAGGAGA AACAAAAACT 2340
ATCAGTTCCA GTGAGAAAAA AGGATAAGCG TAATTCTTCT GACAGTGCTA TAGATAATCC 2400
TAAGCCTAAT AAATTGCCAA AATCTAAGCA ATCAGAGACT GTGGATCAAA ATTCAGATTC 2460
TGATGAAATG CTAGCAATCC TCAAAGAGGT GAGCAGGATG AGTCACAGTT CTTCTTCAGA 2520
TACTGATATT AATGAAATTC ATACAAACCA TAAGACTTTG TATGATTTAA AGACTCAGGC 2580
GGGGAAAGAT GATAAAGGAA AAAGGAAACG AAAAAGTTCT ACATCTGGCT CAGATTTTGA 2640
TACTAAAAAG GGCAAATCAG CTAAGAGCTC TATAATTTCT AAAAAGAAAC GACAAACCCA 2700
GTCTGAGTCT TCTAATTATG ACTCAGAATT AGAAAAAGAG ATAAAGAGCA TGAGTAAAAT 2760
TGGTGCTGCC AGAACCACCA AAAAAAGAAT TCCAAATACA AAAGATTTTG ACTCTTCTGA 2820
AGATGAGAAA CACAGCAAAA AAGGAATGGA TAATCAAGGG CACAAAAATT TGAAGACCTC 2880
ACAAGAAGGA TCATCTGATG ATGCTGAAAG AAAACAAGAG AGAGAGACTT TCTCTTCAGC 2940
AGAAGGCACA GTTGATAAAG ACACGACCAT CATGGAATTA AGAGATCGAC TTCCTAAGAA 3000
GCAGCAAGCA AGTGCTTCCA CTGATGGTGT CGATAAGCTT TCTGGGAAAG AGGAGAGTTT 3060
TACTTCTTTG GAAGTTAGAA AAGTTGCTGA AACTAAAGAA AAGAGCAAGC ATCTCAAAAC 3120
CAAAACATGT AAAAAAGTAC AGGATGGCTT ATCTGATATT GCAGAGAAAT TCCTAAAGAA 3180
AGACCAGAGC GATGAAACTT CTGAAGATGA TAAAAAGCAG AGCAAAAAGG GAACTGAAGA 3240
AAAAAAGAAA CCTTCAGACT TTAAGAAAAA AGTAATTAAA ATGGAACAAC AGTATGAATC 3300
TTCATCTGAT GGCACTGAAA AGTTACCTGA GCGAGAAGAA ATTTGTCATT TTCCTAAGGG 3360
CATAAAACAA ATTAAGAATG GAACAACTGA TGGAGAAAAG AAAAGTAAAA AAATAAGAGA 3420
TAAAACTTCT AAAAAGAAGG ATGAATTATC TGATTATGCT GAGAAGTCAA CAGGGAAAGG 3480
AGATAGTTGT GACTCTTCAG AGGATAAAAA GAGTAAGAAT GGAGCATATG GTAGAGAGAA 3540
GAAAAGGTGC AAGTTGCTTG GAAAGAGTTC AAGGAAGAGA CAAGATTGTT CATCATCTGA 3600
TACTGAGAAA TATTCCATGA AAGAAGATGG TTGTAACTCT TCTGATAAGA GACTGAAAAG 3660
AATAGAATTG AGGGAAAGAA GAAATTTAAG TTCAAAGAGA AATACTAAGG AAATACAAAG 3720
TGGCTCATCA TCATCTGATG CTGAGGAAAG TTCTGAAGAT AATAAAAAGA AGAAGCAAAG 3780
AACTTCATCT AAAAAGAAGG CAGTCATTGT CAAGGAGAAA AAGAGAAACT CCCTAAGAAC 3840
AAGCACTAAA AGGAAGCAAG CTGACATTAC ATCCTCATCT TCTTCTGATA TAGAAGATGA 3900
TGATCAGAAT TCTATAGGTG AGGGAAGCAG CGATGAACAG AAAATTAAGC CTGTGACTGA 3960
AAATTTAGTG CTGTCTTCAC ATACTGGATT TTGCCAATCT TCAGGAGATG AAGCCTTATC 4020
TAAATCAGTG CCTGTCACAG TGGATGATGA TGATGACGAC AATGATCCTG AGAATAGAAT 4080
TGCCAAGAAG ATGCTTTTAG AAGAAATTAA AGCCAATCTT TCCTCTGATG AGGATGGATC 4140
TTCAGATGAT GAGCCAGAAG AAGGGAAAAA AAGAACTGGA AAACAAAATG AAGAAAACCC 4200
AGGAGATGAG GAAGCAAAAA ATCAAGTCAA TTCTGAATCA GATTCAGATT CTGAAGAATC 4260
TAAGAAGCCA AGATACAGAC ATAGGCTTTT GCGGCACAAA TTGACTGTGA GTGACGGAGA 4320
ATCTGGAGAA GAAAAAAAGA CAAAGCCTAA AGAGCATAAA GAAGTCAAAG GCAGAAACAG 4380
AAGAAAGGTG AGCAGTGAAG ATTCAGAAGA TTCTGATTTT CAGGAATCAG GAGTTAGTGA 4440
AGAAGTTAGT GAATCCGAAG ATGAACAGCG GCCCAGAACA AGGTCTGCAA AGAAAGCAGA 4500
GTTGGAAGAA AATCAGCGGA GCTATAAACA GAAAAAGAAA AGGCGACGTA TTAAGGTTCA 4560
AGAAGATTCA TCCAGTGAAA ACAAGAGTAA TTCTGAGGAA GAAGAGGAGG AAAAAGAAGA 4620
GGAGGAGGAA GAGGAGGAGG AGGAGGAAGA GGAGGAGGAA GATGAAAATG ATGATTCCAA 4680
GTCTCCTGGA AAAGGCAGAA AGAAAATTCG GAAGATTCTT AAAGATGATA AACTGAGAAC 4740
AGAAACACAA AATGCTCTTA AGGAAGAGGA AGAGAGACGA AAACGTATTG CTGAGAGGGA 4800
GCGTGAGCGA GAAAAATTGA GAGAGGTGAT AGAAATTGAA GATGCTTCAC CCACCAAGTG 4860
TCCAATAACA ACCAAGTTGG TTTTAGATGA AGATGAAGAA ACCAAAGAAC CTTTAGTGCA 4920
GGTTCATAGA AATATGGTTA TCAAATTGAA ACCCCATCAA GTAGATGGTG TTCAGTTTAT 4980
GTGGGATTGC TGCTGTGAGT CTGTGAAAAA AACAAAGAAA TCTCCAGGTT CAGGATGCAT 5040
TCTTGCCCAC TGTATGGGCC TTGGTAAGAC TTTACAGGTG GTAAGTTTTC TTCATACAGT 5100
TCTTTTGTGT GACAAACTGG ATTTCAGCAC GGCGTTAGTG GTTTGTCCTC TTAATACTGC 5160
TTTGAATTGG ATGAATGAAT TTGAGAAGTG GCAAGAGGGA TTAAAAGATG ATGAGAAGCT 5220
TGAGGTTTCT GAATTAGCAA CTGTGAAACG TCCTCAGGAG AGAAGCTACA TGCTGCAGAG 5280
GTGGCAAGAA GATGGTGGTG TTATGATCAT AGGCTATGAG ATGTATAGAA ATCTTGCTCA 5340
AGGAAGGAAT GTGAAGAGTC GGAAACTTAA AGAAATATTT AACAAAGCTT TGGTTGATCC 5400
AGGCCCTGAT TTTGTTGTTT GTGATGAAGG CCATATTCTA AAAAATGAAG CATCTGCTGT 5460
TTCTAAAGCT ATGAATTCTA TACGATCAAG GAGGAGGATT ATTTTAACAG GAACACCACT 5520
TCAAAATAAC CTAATTGAGT ATCATTGTAT GGTTAATTTT ATCAAGGAAA ATTTACTTGG 5580
ATCCATTAAG GAGTTCAGGA ATAGATTTAT AAATCCAATT CAAAATGGTC AGTGTGCAGA 5640
TTCTACCATG GTAGATGTCA GAGTGATGAA AAAACGTGCT CACATTCTCT ATGAGATGTT 5700
AGCTGGATGT GTTCAGAGGA AAGATTATAC AGCATTAACA AAATTCTTGC CTCCAAAACA 5760
CGAATATGTG TTAGCTGTGA GAATGACTTC TATTCAGTGC AAGCTCTATC AGTACTACTT 5820
AGATCACTTA ACAGGTGTGG GCAATAATAG TGAAGGTGGA AGAGGAAAGG CAGGTGCAAA 5880
GCTTTTCCAA GATTTTCAGA TGTTAAGTAG AATATGGACT CATCCTTGGT GTTTGCAGCT 5940
AGACTACATT AGCAAAGAAA ATAAGGGTTA TTTTGATGAA GACAGTATGG ATGAATTTAT 6000
AGCCTCAGAT TCTGATGAAA CCTCCATGAG TTTAAGCTCC GATGATTATA CAAAAAAGAA 6060
GAAAAAAGGG AAAAAGGGGA AAAAAGATAG TAGCTCAAGT GGAAGTGGCA GTGACAATGA 6120
TGTTGAAGTG ATTAAGGTCT GGAATTCAAG ATCTCGGGGA GGTGGTGAAG GAAATGTGGA 6180
TGAAACAGGA AACAATCCTT CTGTTTCTTT AAAACTGGAA GAAAGTAAAG CTACTTCTTC 6240
TTCTAATCCA AGCAGCCCAG CTCCAGACTG GTACAAAGAT TTTGTTACAG ATGCTGATGC 6300
TGAGGTTTTA GAGCATTCTG GGAAAATGGT ACTTCTCTTT GAAATTCTTC GAATGGCAGA 6360
GGAAATTGGG GATAAAGTCC TTGTTTTCAG CCAGTCCCTC ATATCTCTGG ACTTGATTGA 6420
AGATTTTCTT GAATTAGCTA GTAGGGAGAA GACAGAAGAT AAAGATAAAC CCCTTATTTA 6480
TAAAGGTGAG GGGAAGTGGC TTCGAAACAT TGACTATTAC CGTTTAGATG GTTCCACTAC 6540
TGCACAGTCA AGGAAGAAGT GGGCTGAAGA ATTTAATGAT GAAACTAATG TGAGAGGACG 6600
ATTATTTATC ATTTCTACTA AAGCAGGATC TCTAGGAATT AATCTGGTAG CTGCTAATCG 6660
AGTAATTATA TTCGACGCTT CTTGGAATCC ATCTTATGAC ATCCAGAGTA TATTCAGAGT 6720
TTATCGCTTT GGACAAACTA AGCCTGTTTA TGTATATAGG TTCTTAGCTC AGGGAACCAT 6780
GGAAGATAAG ATTTATGATC GGCAAGTAAC TAAGCAGTCA CTGTCTTTTC GAGTTGTTGA 6840
TCAGCAGCAG GTGGAGCGTC ATTTTACTAT GAATGAGCTT ACTGAACTTT ATACTTTTGA 6900
GCCAGACTTA TTAGATGACC CTAATTCAGA AAAGAAGAAG AAGAGGGATA CTCCCATGCT 6960
GCCAAAGGAT ACCATACTTG CAGAGCTCCT TCAGATACAT AAAGAACACA TTGTAGGATA 7020
CCATGAACAT GATTCTCTTT TGGACCACAA AGAAGAAGAA GAGTTGACTG AAGAAGAAAG 7080
AAAAGCAGCT TGGGCTGAGT ATGAAGCAGA GAAGAAGGGA CTGACCATGC GTTTCAACAT 7140
ACCAACTGGG ACCAATTTAC CCCCTGTCAG TTTCAACTCT CAAACTCCTT ATATTCCTTT 7200
CAATTTGGGA GCCCTGTCAG CAATGAGTAA TCAACAGCTG GAGGACCTCA TTAATCAAGG 7260
AAGAGAAAAA GTTGTAGAAG CAACAAACAG TGTGACAGCA GTGAGGATTC AACCTCTTGA 7320
GGATATAATT TCAGCTGTAT GGAAGGAGAA CATGAATCTC TCAGAGGCCC AAGTACAGGC 7380
GTTAGCATTA AGTAGACAAG CCAGCCAGGA GCTTGATGTT AAACGAAGAG AAGCAATCTA 7440
CAATGATGTA TTGACAAAAC AACAGATGTT AATCAGCTGT GTTCAGCGAA TACTTATGAA 7500
CAGAAGGCTC CAGCAGCAGT ACAATCAGCA GCAACAGCAA CAAATGACTT ATCAACAAGC 7560
AACACTGGGT CACCTCATGA TGCCAAAGCC CCCAAATTTG ATCATGAATC CTTCTAACTA 7620
CCAGCAGATT GATATGAGAG GAATGTATCA GCCAGTGGCT GGTGGTATGC AGCCACCACC 7680
ATTACAGCGT GCACCACCCC CAATGAGAAG CAAAAATCCA GGACCTTCCC AAGGGAAATC 7740
AATGTGATTT TGCACTAAAA GCTTAATGGA TTGTTAAAAT CATAGAAAGA TCTTTTATTT 7800
TTTTAGGAAT CAATGACTTA ACAGAACTCA ACTGTATAAA TAGTTTGGTC CCCTTAAATG 7860
CCAATCTTCC ATATTAGTTT TACTTTTTTT TTTTTTAAAT AGGGCATACC ATTTCTTCCT 7920
GACATTTGTC AGTGATGTTG CCTAGAATCT TCTTACACAC GCTGAGTACA GAAGATATTT 7980
CAAATTGTTT TCAGTGAAAA CAAGTCCTTC CATAATAGTA ACAACTCCAC AGATTTCCTC 8040
TCTAAATTTT TATGCCTGCT TTTAGCAACC ATAAAATTGT CATAAAATTA ATAAATTTAG 8100
GAAAGAATAA AGATTTATAT ATTCATTCTT TACATATAAA AACACACAGC TGAGTTCTTA 8160
GAGTTGATTC CTCAAGTTAT GAAATACTTT TGTACTTAAT CCATTTCTTG ATTAAAGTGA 8220
TTGAAATGGT TTTAATGTTC TTTTGACTGA AGTCTGAAAC TGGGCTCCTG CTTTATTGTC 8280
TCTGTGACTG AAAGTTAGAA ACTGAGGGTT ATCTTTGACA CAGAATTGTG TGCAATATTC 8340
TTAAATACTA CTGCTCTAAA AGTTGGAGAA GTCTTGCAGT TATCTTAGCA TTGTATAAAC 8400
AGCCTTAAGT ATAGCCTAAG AAGAGAATTC CTTTTTCTTC TTTAGTCCTT CTGCCATTTT 8460
TTATTTTCAG TTATATGTGC TGAAATAATT ACTGGTAAAA TTTCAGGGTT GTGGATTATC 8520
TTCCACACAT GAATTTTCTC TCTCCTGGCA CGAATATAAA GCACATCTCT TAACTGCATG 8580
GTGCCAGTGC TAATGCTTCA TCCTGTTGCT GGCAGTGGGA TGTGGACTTA GAAAATCAAG 8640
TTCTAGCATT TTAGTAGGTT AACACTGAAG TTGTGGTTGT TAGGTTCACA CCCTGTTTTA 8700
TAAACAACAT CAAAATGGCA GAACCATTGC TGACTTTAGG TTCACATGAG GAATGTACTT 8760
TTAACAATTC CCAGTACTAT CAGTATTGTG AAATAATTCC TCTGAAAGAT AAGAATCACT 8820
GGCTTCTATG CGCTTCTTTT CTCTCATCAT CATGTTCTTT TACCCCAGTT TCCTTACATT 8880
TTTTTAAATT GTTTCAGAGT TTGTTTTTTT TTTAGTTTAG ATTGTGAGGC AATTATTAAA 8940
TCAAAATTAA TTCATCCAAT ACCCCTTTAC TAGAAGTTTT ACTAGAAAAT GTATTACATT 9000
TTATTTTTTC TTAATCCAGT TCTGCAAAAA TGACCTATAA ATTTATTCAT GTACAATTTT 9060
GGTTACTTGA ATTGTTAAAG AAAACATTGT TTTTGACTAT GGGAGTCAAC TCAACATGGC 9120
AGAACCATTT TTGAGATGAT GATACAACAG GTAGTGAAAC AGCTTAAGAA TTCCAAAAAA 9180
AAAAAAAAAA AAAAAAAAAA GAAAACTGGG TTTGGGCTTT GCTTTAGGTA TCACTGGATT 9240
AGAATGAGTT TAACATTAGC TAAAACTGCT TTGAGTTGTT TGGATGATTA AGAGATTGCC 9300
ATTTTTATCT TGGAAGAACT AGTGGTAAAA CATCCAAGAG CACTAGGATT GTGATACAGA 9360
ATTTGTGAGG TTTGGTGGAT CCACGCCCCT CTCCCCCACT TTCCCATGAT GAAATATCAC 9420
TAATAAATCC TGTATATTTA GATATTATGC TAGCCATGTA ATCAGATTTA TTTAATTGGG 9480
TGGGGCAGGT GTGTATTTAC TTTAGAAAAA ATGAAAAAGA CAAGATTTAT GAGAAATATT 9540
TGAAGGCAGT ACACTCTGGC CAACTGTTAC CAGTTGGTAT TTCTACAAGT TCAGAATATT 9600
TTAAACCTGA TTTACTAGAC CTGGGAATTT TCAACATGGT CTAATTATTT ACTCAAAGAC 9660
ATAGATGTGA AAATTTTAGG CAACCTTCTA AATCTTTTTC ACCATGGATG AAACTATAAC 9720
TTAAAGAATA ATACTTAGAA GGGTTAATTG GAAATCAGAG TTTGAAATAA AACTTGGACC 9780
ACTTTGTATA CACTCTTCTC ACTTGACATT TTAGCTATAT AATATGTACT TTGAGTATAA 9840
CATCAAGCTT TAACAAATAT TTAAAGACAA AAAAATCACG TCAGTAAAAT ACTAAAAGGC 9900
TCATTTTTAT ATTTGTTTTA GATGTTTTAA ATAGTTGCAA TGGATTAAAA ATGATGATTT 9960
AAAATGTTGC TTGTAATACA GTTTTGCCTG CTAAATTCTC CACATTTTGT AACCTGTTTT 10020
ATTTCTTTGG GTGTAAAGCG TTTTTGCTTA GTATTGTGAT ATTGTATATG TTTTGTCCCA 10080
GTTGTATAGT AATGTTTCAG TCCATCATCC AGCTTTGGCT GCTGAAATCA TACAGCTGTG 10140
AAGACTTGCC TTTGTTTCTG TTAGACTGCT TTTCAGTTCT GTATTGAGTA TCTTAAGTAC 10200
TGTAGAAAAG ATGTCACTTC TTCCTTTAAG GCTGTTTTGT AATATATATA AGGACTGGAA 10260
TTGTGTTTTT AAAGAAAAGC ATTCAAGTAT GACAATATAC TATCTGTGTT TTCACCATTC 10320
AAAGTGCTGT TTAGTAGTTG AAACTTAAAC TATTTAATGT CATTTAATAA AGTGACCAAA 10380
ATGTGTTGTG CTCTTTATTG TATTTTCACA GCTTTGAAAA TCTGTGCACA TACTGTTTCA 10440
TAGAAAATGT ATAGCTTTTG TTGTCCTATA TAATGGTGGT TCTTTTGCAC ATTTAGTTAT 10500
TTAATATTGA GAGGTCACGA AGTTTGGTTA TTGAATCTGT TATATACTAA ATTCTGTAAA 10560
GGGAGATCTC TCATCTCAAA AAGAATTTAC ATACCAGGAA GTCCATGTGT GTTTGTGTTA 10620
GTTTTGGATG TCTTTGTGTA ATCCAGCCCC ATTTCCTGTT TCCCAACAGC TGTAACACTC 10680
ATTTTAAGTC AAGCAGGGCT ACCAACCCAC ACTTGATAGA AAAGCTGCTT ACCATTCAGA 10740
AGCTTCCTTA TTACCTGGCC TCCAAATGAG CTGAATATTT TGTAGCCTTC CCTTAGCTAT 10800
GTTCATTTTC CCTCCATTAT CATAAAATCA GATCGATATT TATGTGCCCC AAACAAAACT 10860
TTAAGAGCAG TTACATTCTG TCCCAGTAGC CCTTGTTTCC TTTGAGAGTA GCATGTTGTG 10920
AGGCTATAGA GACTTATTCT ACCAGTAAAA CAGGTCAATC CTTTTACATG TTTATTATAC 10980
TAAAAATTAT GTTCAGGGTA TTTACTACTT TATTTCACCA GACTCAGTCT CAAGTGACTT 11040
GGCTATCTCC AAATCAGATC TACCCTTAGA GAATAAACAT TTTTCTACCG TTATTTTTTT 11100
TCAAGTCTAT AATCTGAGCC AGTCCCAAAG GAGTGATCAA GTTTCAGAAA TGCTTTCATC 11160
TTCACAACAT TTTATATATA CTATTATATG GGGTGAATAA AGTTTTAAAT CCGAAATATA 11220
11221
Sequence Source Ensembl
Keyword

KW-0002--3D-structure
KW-0007--Acetylation
KW-0025--Alternative splicing
KW-0067--ATP-binding
KW-0156--Chromatin regulator
KW-0158--Chromosome
KW-0181--Complete proteome
KW-0225--Disease mutation
KW-0227--DNA damage
KW-0234--DNA repair
KW-0238--DNA-binding
KW-0347--Helicase
KW-0378--Hydrolase
KW-1017--Isopeptide bond
KW-0991--Mental retardation
KW-0479--Metal-binding
KW-0547--Nucleotide-binding
KW-0539--Nucleus
KW-0597--Phosphoprotein
KW-0621--Polymorphism
KW-1185--Reference proteome
KW-0779--Telomere
KW-0804--Transcription
KW-0805--Transcription regulation
KW-0832--Ubl conjugation
KW-0862--Zinc
KW-0863--Zinc-finger
--
Interpro

IPR025766--ADD
IPR014001--Helicase_ATP-bd
IPR001650--Helicase_C
IPR027417--P-loop_NTPase
IPR000330--SNF2_N
IPR011011--Znf_FYVE_PHD
IPR013083--Znf_RING/FYVE/PHD
PROSITE

PS51533--ADD
PS51192--HELICASE_ATP_BIND_1
PS51194--HELICASE_CTER
Pfam

PF00271--Helicase_C
PF00176--SNF2_N
Gene Ontology

GO:0000784--C:nuclear chromosome, telomeric region
GO:0005720--C:nuclear heterochromatin
GO:1990707--C:nuclear subtelomeric heterochromatin
GO:0005634--C:nucleus
GO:0005721--C:pericentric heterochromatin
GO:0016605--C:PML body
GO:0070603--C:SWI/SNF superfamily-type complex
GO:0031933--C:telomeric heterochromatin
GO:0005524--F:ATP binding
GO:0003682--F:chromatin binding
GO:0070087--F:chromo shadow domain binding
GO:0003677--F:DNA binding
GO:0003678--F:DNA helicase activity
GO:0015616--F:DNA translocase activity
GO:0004386--F:helicase activity
GO:0042393--F:histone binding
GO:0046872--F:metal ion binding
GO:0035064--F:methylated histone binding
GO:0072711--P:cellular response to hydroxyurea
GO:0006338--P:chromatin remodeling
GO:0030330--P:DNA damage response, signal transduction by p53 class mediator
GO:0032508--P:DNA duplex unwinding
GO:0006306--P:DNA methylation
GO:0006310--P:DNA recombination
GO:0006281--P:DNA repair
GO:0006336--P:DNA replication-independent nucleosome assembly
GO:0030900--P:forebrain development
GO:0035264--P:multicellular organism growth
GO:1904908--P:negative regulation of maintenance of mitotic sister chromatid cohesion, telomeric
GO:1901581--P:negative regulation of telomeric RNA transcription from RNA pol II promoter
GO:0006334--P:nucleosome assembly
GO:0010571--P:positive regulation of nuclear cell cycle DNA replication
GO:0032206--P:positive regulation of telomere maintenance
GO:1901582--P:positive regulation of telomeric RNA transcription from RNA pol II promoter
GO:0045944--P:positive regulation of transcription from RNA polymerase II promoter
GO:0035128--P:post-embryonic forelimb morphogenesis
GO:0070198--P:protein localization to chromosome, telomeric region
GO:0006355--P:regulation of transcription, DNA-templated
GO:0031297--P:replication fork processing
GO:0072520--P:seminiferous tubule development
GO:0060009--P:Sertoli cell development
GO:0007283--P:spermatogenesis
GO:0006351--P:transcription, DNA-templated
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Mam-0205 ENSMMUP00000040966.1 Macaca mulatta 98 0.0 3903
WERAM-Nol-0011 ENSNLEP00000001544.1 Nomascus leucogenys 99 0.0 3902
WERAM-Chs-0133 ENSCSAP00000007018.1 Chlorocebus sabaeus 97 0.0 3837
WERAM-Gog-0208 ENSGGOP00000025404.1 Gorilla gorilla 97 0.0 3782
WERAM-Paa-0202 ENSPANP00000000851.1 Papio anubis 94 0.0 3760
WERAM-Caf-0184 ENSCAFP00000025411.3 Canis familiaris 92 0.0 3657
WERAM-Fec-0203 ENSFCAP00000017275.1 Felis catus 92 0.0 3605
WERAM-Bot-0208 ENSBTAP00000053333.2 Bos taurus 89 0.0 3553
WERAM-Orc-0073 ENSOCUP00000001589.2 Oryctolagus cuniculus 90 0.0 3541
WERAM-Ova-0199 ENSOARP00000019998.1 Ovis aries 88 0.0 3492
WERAM-Cap-0093 ENSCPOP00000007087.2 Cavia porcellus 86 0.0 3318
WERAM-Mum-0116 ENSMUSP00000109203.1 Mus musculus 82 0.0 3165
WERAM-Loa-0171 ENSLAFP00000015953.3 Loxodonta africana 87 0.0 3108
WERAM-Aim-0028 ENSAMEP00000002053.1 Ailuropoda melanoleuca 91 0.0 2954
WERAM-Caj-0222 ENSCJAP00000048346.1 Callithrix jacchus 96 0.0 2249
WERAM-Ict-0197 ENSSTOP00000021858.1 Ictidomys tridecemlineatus 98 0.0 1808
WERAM-Eqc-0032 ENSECAP00000005017.1 Equus caballus 87 0.0 1332
WERAM-Sus-0092 ENSSSCP00000031072.1 Sus scrofa 92 0.0 1174
WERAM-Myl-0214 ENSMLUP00000018246.1 Myotis lucifugus 77 0.0 1143
WERAM-Ved-0024 EGY15057 Verticillium dahliae 30 9e-30 131
WERAM-Scj-0041 EEB08644 Schizosaccharomyces japonicus 31 1e-29 130
WERAM-Pyt-0007 EFQ94584 Pyrenophora teres 36 2e-29 130
WERAM-Pytr-0002 EDU40008 Pyrenophora triticirepentis 36 2e-29 130
WERAM-Kop-0019 CAY69798 Komagataella pastoris 31 3e-29 129
WERAM-Ast-0030 CADATEAP00008674 Aspergillus terreus 30 3e-29 129
WERAM-Lem-0018 CBX92675 Leptosphaeria maculans 37 4e-29 129
WERAM-Coi-0026 EAS30564 Coccidioides immitis 31 6e-29 128
WERAM-Tum-0012 CAZ81450 Tuber melanosporum 30 7e-29 128
WERAM-Asfu-0028 CADAFUAP00006226 Aspergillus fumigatus 30 1e-28 127
WERAM-Asc-0004 CADACLAP00000822 Aspergillus clavatus 30 2e-28 127
WERAM-Yal-0010 CAG81384 Yarrowia lipolytica 29 2e-28 127
WERAM-Trr-0022 EGR50940 Trichoderma reesei 30 3e-28 126
WERAM-Trv-0020 EHK16775 Trichoderma virens 30 3e-28 126
WERAM-Gag-0023 GGTG_08193T0 Gaeumannomyces graminis 30 4e-28 126
WERAM-Asni-0035 CADANGAP00013288 Aspergillus niger 30 4e-28 126
WERAM-Aso-0019 CADAORAP00003972 Aspergillus oryzae 30 4e-28 125
WERAM-Map-0027 MAPG_07994T0 Magnaporthe poae 29 8e-28 125
WERAM-Tra-0079 Traes_2BS_F48135F34.2 Triticum aestivum 30 8e-28 125
WERAM-Scp-0044 SPCC1620.14c.1:pep Schizosaccharomyces pombe 30 1e-27 124
WERAM-Usm-0006 UM01183P0 Ustilago maydis 30 1e-27 124
WERAM-Spr-0003 CBQ70591 Sporisorium reilianum 30 1e-27 124
WERAM-Asf-0030 CADAFLAP00010870 Aspergillus flavus 30 2e-27 124
WERAM-Mao-0021 MGG_06388T0 Magnaporthe oryzae 29 2e-27 123
WERAM-Asn-0008 CADANIAP00001368 Aspergillus nidulans 38 2e-27 123
WERAM-Asm-0115 ENSAMXP00000011496.1 Astyanax mexicanus 35 5e-27 122
WERAM-Dio-0100 ENSDORP00000010071.1 Dipodomys ordii 34 6e-27 122
WERAM-Poa-0070 ENSPPYP00000008928.1 Pongo abelii 34 6e-27 122
WERAM-Sah-0162 ENSSHAP00000016947.1 Sarcophilus harrisii 34 6e-27 122
WERAM-Mod-0059 ENSMODP00000030757.4 Monodelphis domestica 34 6e-27 122
WERAM-Pat-0070 ENSPTRP00000014854.3 Pan troglodytes 34 6e-27 122
WERAM-Prc-0043 ENSPCAP00000004225.1 Procavia capensis 34 7e-27 122
WERAM-Ran-0063 ENSRNOP00000053890.4 Rattus norvegicus 34 7e-27 122
WERAM-Anc-0038 ENSACAP00000004315.3 Anolis carolinensis 34 8e-27 121
WERAM-Zyt-0027 Mycgr3P67576 Zymoseptoria tritici 35 8e-27 121
WERAM-Amt-0075 ERN19886 Amborella trichopoda 38 9e-27 121
WERAM-Mup-0094 ENSMPUP00000008791.1 Mustela putorius furo 34 9e-27 121
WERAM-Tut-0120 ENSTTRP00000009773.1 Tursiops truncatus 34 9e-27 121
WERAM-Art-0038 AT2G13370.1 Arabidopsis thaliana 32 1e-26 121
WERAM-Sei-0095 Si028639m Setaria italica 29 1e-26 121
WERAM-Otg-0044 ENSOGAP00000002873.2 Otolemur garnettii 34 1e-26 121
WERAM-Arl-0065 fgenesh2_kg.3__ 3007__ AT2G13370.1 Arabidopsis lyrata 32 1e-26 121
WERAM-Brr-0186 Bra037208.1-P Brassica rapa 33 1e-26 121
WERAM-Bro-0171 Bo9g022450.1 Brassica oleracea 33 1e-26 121
WERAM-Nec-0028 EFNCRP00000006203 Neurospora crassa 29 1e-26 120
WERAM-Kll-0014 CAH01836 Kluyveromyces lactis 31 2e-26 120
WERAM-Asg-0023 AAS53055 Ashbya gossypii 31 2e-26 120
WERAM-Lep-0076 LPERR07G12740.1 Leersia perrieri 29 2e-26 120
WERAM-Cae-0002 T14G8.1 Caenorhabditis elegans 37 2e-26 120
WERAM-Orbr-0084 OB07G21060.1 Oryza brachyantha 29 3e-26 120
WERAM-Orn-0079 ENSONIP00000008816.1 Oreochromis niloticus 38 3e-26 120
WERAM-Pes-0092 ENSPSIP00000011240.1 Pelodiscus sinensis 34 3e-26 119
WERAM-Brd-0014 BRADI1G26940.1 Brachypodium distachyon 30 3e-26 119
WERAM-Zem-0110 GRMZM2G316191_P01 Zea mays 29 3e-26 119
WERAM-Caa-0016 KGT69998 Candida albicans 28 3e-26 119
WERAM-Dan-0198 ENSDNOP00000024300.1 Dasypus novemcinctus 34 3e-26 119
WERAM-Viv-0036 VIT_06s0009g03750.t01 Vitis vinifera 33 3e-26 119
WERAM-Dar-0054 ENSDARP00000127601.1 Danio rerio 40 4e-26 119
WERAM-Tar-0183 ENSTRUP00000038299.1 Takifugu rubripes 37 5e-26 119
WERAM-Orla-0061 ENSORLP00000007931.1 Oryzias latipes 39 5e-26 119
WERAM-Xim-0138 ENSXMAP00000011369.1 Xiphophorus maculatus 38 7e-26 118
WERAM-Gam-0028 ENSGMOP00000003116.1 Gadus morhua 36 7e-26 118
WERAM-Cis-0034 ENSCSAVP00000007438.1 Ciona savignyi 37 7e-26 118
WERAM-Pof-0166 ENSPFOP00000014301.2 Poecilia formosa 38 8e-26 118
WERAM-Xet-0160 ENSXETP00000052094.2 Xenopus tropicalis 35 1e-25 117
WERAM-Hov-0070 MLOC_58535.1 Hordeum vulgare 29 1e-25 117
WERAM-Lac-0068 ENSLACP00000009098.1 Latimeria chalumnae 38 1e-25 117
WERAM-Aet-0096 EMT22305 Aegilops tauschii 34 1e-25 117
WERAM-Glm-0057 GLYMA06G06720.1 Glycine max 28 1e-25 117
WERAM-Leo-0141 ENSLOCP00000017225.1 Lepisosteus oculatus 38 2e-25 117
WERAM-Cii-0040 ENSCINP00000015783.3 Ciona intestinalis 36 2e-25 117
WERAM-Tru-0086 TRIUR3_31334-P1 Triticum urartu 34 2e-25 117
WERAM-Ten-0096 ENSTNIP00000006980.1 Tetraodon nigroviridis 38 2e-25 117
WERAM-Miv-0005 MVLG_00286T0 Microbotryum violaceum 29 2e-25 117
WERAM-Ptv-0101 ENSPVAP00000009208.1 Pteropus vampyrus 37 2e-25 117
WERAM-Orm-0071 OMERI07G11830.1 Oryza meridionalis 28 2e-25 116
WERAM-Gaa-0207 ENSGACP00000025482.1 Gasterosteus aculeatus 39 3e-25 116
WERAM-Ere-0024 ENSEEUP00000001677.1 Erinaceus europaeus 34 3e-25 116
WERAM-Orni-0074 ONIVA07G13690.1 Oryza nivara 28 3e-25 116
WERAM-Orgl-0072 OGLUM07G14780.1 Oryza glumaepatula 28 3e-25 116
WERAM-Orb-0075 OBART07G15130.1 Oryza barthii 28 3e-25 116
WERAM-Orr-0077 ORUFI07G15600.1 Oryza rufipogon 28 3e-25 116
WERAM-Org-0075 ORGLA07G0124000.1 Oryza glaberrima 28 3e-25 116
WERAM-Php-0078 PP1S317_10V6.1 Physcomitrella patens 33 3e-25 116
WERAM-Ori-0079 BGIOSGA024271-PA Oryza indica 28 3e-25 116
WERAM-Orl-0044 KN538918.1_FGP002 Oryza longistaminata 28 3e-25 116
WERAM-Tag-0114 ENSTGUP00000008846.1 Taeniopygia guttata 34 4e-25 116
WERAM-Fia-0130 ENSFALP00000010813.1 Ficedula albicollis 34 4e-25 115
WERAM-Meg-0008 ENSMGAP00000000587.2 Meleagris gallopavo 37 4e-25 115
WERAM-Soa-0128 ENSSARP00000012785.1 Sorex araneus 34 4e-25 115
WERAM-Gaga-0006 ENSGALP00000023295.4 Gallus gallus 37 6e-25 115
WERAM-Crn-0040 AAW46162 Cryptococcus neoformans 32 6e-25 115
WERAM-Pot-0009 POPTR_0001s26030.1 Populus trichocarpa 32 6e-25 115
WERAM-Anp-0142 ENSAPLP00000015426.1 Anas platyrhynchos 37 6e-25 115
Created Date 25-Jun-2016