WERAM Information

Tag Content
WERAM ID WERAM-Dar-0174
Ensembl Protein ID ENSDARP00000098393.2
Gene Name prdm2b
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSDARG00000076451.3 ENSDART00000111907.2 ENSDARP00000098393.2
ENSDARG00000076451.3 ENSDART00000125431.2 ENSDARP00000107014.2
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT RIZ 1.20e-39 136.1 26 137
Organism Danio rerio
Domain Profile
  HMT RIZ
               RIZ.txt   3 velaessipkeglgvyakkkiekgekfGPfvGekkileeveenanekliweisedkgevkyivDasdeeksnWlryvnvArskeeqNLa 91 
                           ++l +s+++  ++gv+a + i+kg++fGPfvGe k++++v  n    ++we++      +++vDa+d+ k+nWlryvn+Ars++eqNL+
  ENSDARP00000098393.2  26 MKLEPSAVNPSRIGVWASRLIPKGKRFGPFVGERKKRSQVTSNV---YMWEVY-FPAWGWMCVDATDPMKGNWLRYVNWARSSQEQNLF 110
                           7899**********************************999998...******.99********************************* PP
               RIZ.txt  92 alqineqifYktikdIepdeELLvwyk 118
                           +l+in++i+Yk++++I pdeELLvwy+
  ENSDARP00000098393.2 111 PLEINRAIYYKVLRPIGPDEELLVWYN 137
                           **************************6 PP
Protein Sequence
(Fasta)		MALPQGAYET LDDIPAHVWK GLPNSMKLEP SAVNPSRIGV WASRLIPKGK RFGPFVGERK 60
KRSQVTSNVY MWEVYFPAWG WMCVDATDPM KGNWLRYVNW ARSSQEQNLF PLEINRAIYY 120
KVLRPIGPDE ELLVWYNGED NPEIAAALEE ERTSNLNKKS SPRAKRARRS LKSKELSEKS 180
RQTDLGGFCE PKKLSASEPS ITEMRDSEEG LNGEEGPSSP SELQQENAVS QALSTENENP 240
VQSHATEMNR WEGLNEENTE ADGQLQQPQL NQSPQHPSEA ESVEGNEKSL LQSHSGSPAE 300
ESSESPLCDT DCISSLANPE LEAEGDFEDD PQGETYPCQH CERHFSTKQG LERHTHIHTT 360
SNHQTHTFKC RYCAKPFGSQ VGRRRHERRH ENGSKTLNRP GSLSGTSFLP SPTVANDSAT 420
SGSVSSPSHS VVISTQNGPP QQTSESLKKE PGAESDRPFI VDENGESKEL HPCKYCNKAF 480
GTHTNMRRHQ RRIHERHLMP KGVRRKGMLL QESSSQQHQH EQGQTVSLQE ESPSASPPPI 540
YVPSVETEDE GEREECMVDI SNNISENLSH YIDGKIPSTS TVSNCEVIEV DSNTAALFGL 600
DTLILSPKQI GHALKVETRT CPAKEVSCVT QATQRRRTAT PPLLPGVKVE AETASSSSSL 660
SSPSSQSSLL VGNIFSQSTE TLAFPKEKTV YLSPKLKQLL QAPDGQKPAI GLITDSRLTT 720
PLSVTSLPAV QGKFKRRTAS PPTTSQNSPP QRNDNTNSAT GVTCSLKVPK MESVTDSWTS 780
PSKDHGDTES LTGKDWSPSR SGGNSCNQQP LDLSNSFSKR DDSISRGSGE AVLDLSMSRK 840
SPVDHEVKTG SATLPPHVKR KKPNTSILEK VLMNEYAGLN SPGEEESNTV GSPDAFSSSE 900
SATCVAPSSP GSGSERLPCE STSPPSLTLM TINPSSPSSS SIASSTPPPP VLPTIPSPPP 960
LSSKHFPLSD ALTPSPFPVL SPKMSPKAVD SLEDVSDSSA LTEPCHDALN SIVSESNQTA 1020
EQLDSVNSPL PQDAKRHCTA DSSSKSETLL EGSTHDSKPQ FLKTADQAGS SHLEWDTSSE 1080
SNQSHSCEGT LPQDLNNKTE VRQKSKSPLS TVQSTPKKES SSPNFLSKLH SPQRSSEADD 1140
NLIIEDVRKK EEMVDITANG ADVSPGTSVR SSDEVDSAER ETFVKSFVCN VCKEPFRSIK 1200
DLSGHIIEHA SEWPFKCEFC VQLFGNATAL LEHRSSLHGV GRIYVCSICS KEFAFLCNLQ 1260
QHQSDLHPSQ SCTHTAVENG KLRPQNYTNP ACANIEKDAV LDSTAGAPSE NSSEEHNNDT 1320
NKVEEEEGGH EDPTEELYTT IKIMASEAGK PKGPDVRLGI NQHYPSFKPP PFPYHNRSPD 1380
GSVASATNFT THNIPQTFST AIRCTKCGNS FDNMPELHKH ILVCANASDK RRYTPKKNPI 1440
PLKQVVKQSP NGISPTGPST GQNAFRRMGQ PKRLNFNQDL TSKVKLSALN KKKNQLVQKA 1500
ISQKNKFAAS AKKPTARVKE EETREVHACP YCSREFTYPA SLTKHIACSC PQRPVAKKLK 1560
KGALTPQDKN RSLRSRATDS EVKQEAVSGS STPSLGKTRA RTSEPVENEA PAANKGKEPQ 1620
VRTKRPSSNV VNAAPQIKKG KKSNEPLTFI TPAVTDDSST RPPSKMQRGF KEVVVKKEVV 1680
DKKEVVVKKE VVNKEVGDKK EAAVKKEVVD KKEAAVKKEV VDKKEAAVKK EVVVKTAQSK 1740
KEERFSARMR ERKGGPVTRS VQMTSAPSEV KNEDLLINEP GQSEESLLKL AR 1792
Nucleotide Sequence
(Fasta)		ATGAAATAAG AAAGGTCTTA GGAGTCTTAA AGTTCAACTG AGTGTTAAAT CCTTGGCGCA 60
GGCTGTAATG GCTTTGCCTC AAGGAGCATA TGAAACCCTG GACGACATCC CAGCCCATGT 120
GTGGAAGGGG CTGCCAAACA GCATGAAGCT GGAGCCATCA GCTGTCAACC CCAGTCGCAT 180
TGGTGTCTGG GCATCTAGAT TAATACCAAA AGGCAAACGA TTTGGACCAT TTGTAGGAGA 240
GCGAAAGAAG AGGTCTCAAG TGACGAGCAA TGTTTACATG TGGGAGGTGT ATTTTCCAGC 300
CTGGGGGTGG ATGTGTGTAG ATGCCACAGA TCCAATGAAA GGAAACTGGT TGCGGTATGT 360
GAACTGGGCT CGATCTTCTC AAGAGCAAAA CCTTTTTCCA CTGGAGATTA ATCGAGCCAT 420
TTACTACAAA GTGTTAAGGC CAATCGGCCC GGACGAAGAA CTTCTCGTGT GGTACAATGG 480
GGAAGACAAT CCTGAGATAG CAGCTGCATT AGAGGAAGAA AGGACTAGCA ACCTGAACAA 540
GAAGAGTTCA CCTAGAGCAA AGCGAGCAAG GAGGTCTCTG AAAAGCAAGG AGCTGTCTGA 600
AAAATCCAGG CAGACTGATT TGGGTGGGTT CTGTGAACCG AAGAAATTGA GCGCCTCTGA 660
ACCCTCAATA ACAGAGATGC GGGACTCAGA GGAAGGGCTT AATGGTGAGG AAGGACCGTC 720
TTCACCTTCT GAGTTACAAC AGGAGAATGC AGTTTCCCAG GCATTGTCTA CAGAAAATGA 780
AAACCCTGTC CAGTCTCATG CAACAGAGAT GAACCGGTGG GAAGGACTGA ATGAGGAAAA 840
CACAGAGGCT GATGGACAAC TGCAGCAACC ACAGTTAAAT CAGAGCCCAC AGCACCCCTC 900
TGAGGCAGAA TCAGTTGAGG GGAATGAAAA GTCTCTCCTG CAATCACATT CAGGCAGCCC 960
TGCGGAAGAA AGCTCAGAAA GTCCACTATG TGATACAGAC TGTATATCTT CTTTAGCAAA 1020
CCCTGAGTTA GAGGCAGAGG GGGATTTTGA GGATGACCCC CAGGGAGAAA CATACCCCTG 1080
TCAGCACTGC GAGCGTCATT TCTCCACCAA ACAGGGCCTG GAGCGTCATA CTCATATTCA 1140
CACTACTTCA AACCATCAAA CTCATACGTT TAAGTGCCGG TACTGTGCCA AGCCCTTTGG 1200
CTCTCAGGTA GGCAGGCGCA GACATGAACG TCGACATGAG AATGGGAGTA AAACTTTAAA 1260
TAGGCCTGGG TCACTTAGCG GCACATCATT CCTCCCCAGT CCCACAGTGG CTAATGACTC 1320
TGCTACCTCT GGCAGTGTGT CTTCTCCAAG CCATTCAGTC GTTATAAGCA CACAGAATGG 1380
TCCACCTCAG CAGACCTCTG AGAGTTTGAA AAAAGAGCCT GGTGCAGAAT CTGATCGACC 1440
TTTTATAGTA GATGAGAATG GGGAGTCAAA AGAGCTTCAT CCTTGCAAAT ACTGTAACAA 1500
GGCTTTCGGC ACACACACCA ACATGCGCAG ACACCAACGC AGAATCCATG AGCGGCATCT 1560
AATGCCAAAA GGTGTTCGAC GAAAAGGTAT GCTCCTTCAG GAGAGTTCAT CCCAACAGCA 1620
TCAGCATGAA CAAGGGCAGA CAGTTTCACT CCAGGAAGAG TCACCAAGTG CCAGTCCACC 1680
ACCTATCTAT GTGCCCAGTG TGGAGACGGA GGATGAGGGA GAAAGGGAGG AGTGCATGGT 1740
AGATATCTCT AACAATATAT CTGAAAATCT GAGCCATTAC ATCGATGGAA AGATTCCATC 1800
TACAAGTACA GTGAGCAACT GTGAGGTCAT TGAAGTTGAT TCAAACACCG CAGCATTGTT 1860
TGGTCTTGAT ACTCTGATTT TAAGTCCAAA ACAAATTGGT CATGCTCTTA AAGTTGAAAC 1920
ACGGACATGT CCAGCAAAAG AAGTTTCATG CGTAACTCAG GCTACTCAGA GAAGACGAAC 1980
TGCTACACCA CCTCTGCTGC CTGGTGTAAA AGTGGAGGCA GAAACTGCCT CGTCGTCTTC 2040
CTCCCTGTCC TCTCCTTCCT CTCAGTCCTC TTTGCTAGTA GGAAACATTT TCTCCCAGTC 2100
AACTGAGACA TTAGCTTTTC CAAAGGAGAA AACAGTTTAT CTATCTCCAA AATTGAAACA 2160
ACTACTACAA GCCCCTGACG GTCAGAAACC AGCCATTGGT CTAATTACAG ACAGTAGATT 2220
GACCACCCCA CTTTCAGTAA CTTCACTGCC TGCTGTCCAG GGTAAGTTTA AAAGAAGAAC 2280
TGCCTCCCCT CCCACAACTT CACAGAATAG CCCACCACAA AGAAATGACA ACACAAACTC 2340
CGCAACTGGG GTTACGTGTT CTCTGAAGGT GCCAAAGATG GAAAGCGTGA CAGATTCTTG 2400
GACTTCGCCC AGCAAAGATC ATGGGGACAC AGAGAGTTTG ACAGGAAAAG ACTGGTCTCC 2460
CTCAAGAAGT GGTGGGAATT CTTGCAATCA GCAGCCGCTT GACCTTTCAA ATTCCTTTAG 2520
TAAACGAGAC GATAGCATAA GCAGAGGGTC TGGAGAGGCT GTGCTTGACT TAAGTATGAG 2580
CCGTAAAAGT CCTGTTGACC ATGAAGTAAA GACAGGCTCA GCAACACTAC CGCCACATGT 2640
AAAAAGAAAG AAACCCAATA CTAGCATTTT AGAGAAAGTG TTAATGAATG AGTATGCTGG 2700
GCTAAACTCA CCTGGAGAAG AAGAATCCAA CACTGTTGGA AGCCCTGATG CTTTTTCATC 2760
ATCCGAGAGT GCCACATGTG TTGCCCCTTC TAGTCCTGGG TCAGGATCAG AACGCCTTCC 2820
TTGTGAATCA ACCTCTCCCC CCTCCCTGAC CCTTATGACT ATCAATCCGT CCTCGCCCTC 2880
TTCATCAAGT ATAGCATCAT CTACCCCACC TCCTCCAGTC TTACCCACTA TCCCATCTCC 2940
GCCACCTTTA TCATCAAAGC ATTTTCCGTT GTCTGACGCC TTAACACCTT CCCCTTTTCC 3000
AGTGTTGTCC CCTAAAATGT CCCCTAAAGC TGTTGATAGT TTAGAAGATG TTTCAGATTC 3060
ATCTGCTTTA ACAGAACCAT GCCATGATGC ATTAAATTCC ATTGTTAGTG AATCAAACCA 3120
AACTGCTGAG CAGTTAGACT CTGTAAATTC TCCTCTGCCT CAGGATGCAA AAAGACATTG 3180
TACAGCAGAT TCATCTTCAA AGTCGGAAAC ACTACTTGAG GGCTCAACCC ATGATTCTAA 3240
GCCTCAGTTT TTAAAAACTG CAGACCAAGC AGGTTCTTCT CACCTGGAGT GGGATACTTC 3300
CTCTGAAAGC AACCAAAGCC ATTCCTGTGA AGGAACTCTC CCCCAAGACC TTAATAATAA 3360
AACAGAAGTC AGACAAAAAT CAAAGTCTCC CCTTTCTACA GTACAATCAA CTCCTAAAAA 3420
GGAATCCTCA TCCCCAAACT TTCTCAGCAA ATTGCATTCG CCACAGAGGA GCTCAGAGGC 3480
TGATGACAAC TTAATTATAG AGGATGTAAG AAAAAAAGAG GAGATGGTAG ACATAACTGC 3540
AAATGGGGCT GACGTTTCAC CTGGAACTTC AGTTAGAAGT TCTGATGAGG TTGACTCTGC 3600
AGAGCGGGAG ACTTTTGTCA AAAGTTTTGT GTGCAACGTC TGTAAAGAGC CATTCCGCTC 3660
CATCAAAGAC CTTAGTGGTC ATATAATAGA GCATGCATCA GAGTGGCCTT TTAAGTGTGA 3720
GTTTTGCGTG CAGTTATTTG GTAACGCCAC TGCTCTTCTC GAACACCGCT CGTCTCTCCA 3780
CGGGGTGGGA AGAATTTATG TTTGCTCTAT TTGCTCAAAG GAGTTTGCCT TCCTCTGCAA 3840
TCTTCAGCAA CATCAAAGTG ACCTACATCC AAGTCAGAGT TGCACTCACA CTGCCGTTGA 3900
AAATGGAAAG CTCAGACCTC AGAACTACAC AAATCCAGCT TGTGCAAATA TAGAGAAAGA 3960
TGCTGTTCTT GACTCAACTG CTGGGGCTCC CTCTGAGAAT TCTTCTGAGG AGCATAACAA 4020
TGACACTAAC AAGGTGGAAG AAGAGGAAGG TGGACATGAA GACCCTACAG AAGAGCTATA 4080
CACTACAATA AAGATTATGG CATCTGAGGC TGGCAAGCCA AAAGGTCCAG ATGTCCGGCT 4140
TGGCATTAAT CAGCACTACC CAAGTTTCAA GCCTCCACCT TTTCCTTACC ACAACCGATC 4200
CCCGGATGGC TCAGTTGCCT CTGCCACTAA TTTTACCACA CACAATATCC CCCAAACATT 4260
TAGCACTGCA ATCCGCTGTA CCAAATGTGG AAACAGCTTT GACAACATGC CTGAGCTACA 4320
CAAACACATA TTAGTTTGTG CTAATGCTAG TGATAAGAGA CGTTATACCC CTAAGAAGAA 4380
TCCCATTCCT CTCAAGCAGG TTGTGAAACA ATCTCCTAAT GGTATTTCTC CAACAGGACC 4440
TTCAACTGGG CAGAATGCCT TCCGCAGAAT GGGTCAACCA AAAAGGCTTA ACTTTAACCA 4500
AGATTTAACA TCCAAAGTCA AGTTATCAGC CCTAAATAAG AAGAAAAACC AGCTTGTCCA 4560
GAAAGCTATA TCACAGAAGA ACAAATTTGC AGCTTCTGCA AAGAAACCGA CAGCCCGGGT 4620
AAAGGAAGAG GAGACTCGTG AGGTCCATGC ATGTCCATAC TGTAGTCGAG AGTTCACATA 4680
CCCAGCCAGT CTTACGAAAC ATATTGCTTG CAGCTGCCCG CAAAGACCTG TTGCCAAGAA 4740
GTTGAAAAAA GGTGCTCTGA CACCTCAAGA CAAAAACAGG AGTCTCAGAA GTCGAGCTAC 4800
TGACTCTGAA GTCAAACAAG AAGCAGTTTC TGGATCAAGC ACACCGTCCT TGGGAAAAAC 4860
CAGAGCTCGA ACCTCTGAAC CAGTTGAGAA TGAAGCTCCA GCAGCAAATA AAGGCAAAGA 4920
ACCTCAGGTA CGTACTAAGA GGCCATCCTC AAATGTAGTC AACGCTGCCC CACAAATTAA 4980
GAAAGGCAAA AAAAGCAATG AGCCATTGAC TTTTATAACT CCTGCTGTTA CTGATGACTC 5040
TTCAACACGA CCACCATCTA AAATGCAACG TGGATTTAAA GAGGTGGTGG TCAAGAAGGA 5100
GGTTGTTGAC AAGAAAGAGG TAGTTGTTAA AAAGGAAGTT GTCAACAAGG AGGTTGGTGA 5160
TAAAAAAGAG GCAGCAGTCA AGAAGGAGGT TGTTGATAAA AAAGAGGCAG CAGTCAAGAA 5220
GGAGGTTGTT GACAAAAAAG AGGCAGCTGT CAAGAAGGAG GTTGTTGTGA AAACGGCACA 5280
ATCTAAGAAG GAGGAACGTT TTTCAGCTAG GATGCGGGAG AGGAAAGGTG GGCCGGTGAC 5340
ACGAAGTGTA CAGATGACAA GTGCTCCTTC AGAAGTAAAG AACGAAGACC TCTTAATCAA 5400
TGAACCAGGG CAGTCTGAGG AGTCTCTTTT GAAGTTAGCC AGGTAGAAGT CCACATTCTC 5460
TAAAGGATTT CTTTTAGTCA ATGACTGGAA GGGGAACTTT CAACTAAATT GGATTAACCT 5520
GATTACAGCC TGAATGTTCG GGGGACCAGG AGAATTCTTC CTGCTTATGT TTTTGCGTCG 5580
GCCCATTGGA AGTATCTTCT CAGTGCACTT TTATAAATAA GCCTTTGGAT GTCTCACTCC 5640
CAAAATGGAC TGAAGAAAGT AAATAAATAA ATCTCTATCA CGCGTAACAT TACTTGATTT 5700
ATAAATACTG ACCTTTTGAT TTTAAGGTAT TGCAAAAGGC AATCATTCAG CAGTTATCCT 5760
TTCTTAGACC CAGTTTAATG CGTAAGGTTT TTGGATCCAG TTGTCTCCTG ATGCATGTGC 5820
TTCTGTATAC AGAATTATTG GACTGATCTT CTCAATGTCT GTACTCCGTT TGGACCCGCT 5880
CCTCTTTTAC TGAGAAAAAA ATATTTGAAG AGTATATATG TATATTTAAG TAAATGTTAT 5940
CCTCCACAGG GAATGTTTAT CATAATCTGA GAGGCTTTTT TTGTTTTTAC TTTTGTTGTT 6000
CGACGTTTAT TTTGACAGTA AATGAATTGA GCTGTTTGAT ACAGTCAGGG GGAGCAGGAG 6060
AAAAAAAGTT TGCTGTATGT TAAAGTGTTT GACCTTCACC TGAACCAGCC AAAACCCGTA 6120
AGCCATTTTC TTTTCTCTGT ACCTTTTGTA AATTACAGCA GGGCTGCTGA CCATTAAAAT 6180
CACACTAAAA TTTCAACTGG GAATGACGAA CGTCTTCTGC ACTTGCATGG AAATGATTTA 6240
AAAGTTGTAA GTGCCATTAT TACAACCCAA ATTATGTAAC TGTTTGCATA TTGGTGATCT 6300
GGTCAATCAG GTTGCTTGTT TCTATGAAAA GCACTTTACT TGGGCTAATT TGCCTTTTAT 6360
GGATATCTCA AAGTTTGAGG TGATTATACA ATATGTGATG ACACCTGCTT GAAAACTGTA 6420
TAAGAACAGC ATTAATTTTC ACTGGTATAT TATACGCATG TATGTCAAAG CCAGAGGCAA 6480
CCTCGGGAAT TTGCTTCCAG TCTATTAAGA CCTCCTTCAA GTTGCATTAA TAGTATAATT 6540
ACTCGTTTAT TGCCGTGACG CCATCATGAG CACTCGGTTT CTTTGGTAAC CAAGCATTAC 6600
ATAAATGTTT TTTTCGTTTC TCATTTTTAT AAAATGGATA AGGCCTCTGC TTTAATAGAA 6660
CATCAACTGG ACTTAAAACG GTTAGTGGTC TACCTCCTGG CAAGCTTTGA ACTGATGCGT 6720
TTTCTGCCTT TGGACGGCGT AATCCCTCTC ACTCCCATGC CCGTCTCTAC CGTGTCATTT 6780
CCACTTTACA ACCTGGACAA TGAGGACAGG GATCTGCACA AGATCTAAAT GCTTGAAATG 6840
TTTTTTAAGC AAGGAACTCG AAATGATGTT TCTTTTTCTT TACGGAATTT CCGTCTTGCA 6900
GTATGTCTTT GTCCTGCATT GATATATTTT TGGGAATGAA ATGTTGACTG TGTTTTGTGA 6960
TTATGAATAA TAACCTTCAC AAATGTAAAA TGCATTGTTC TAATTGATAT ATTAAACCGT 7020
TTTTTTCCAA TG 7033
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Pof-0174 ENSPFOP00000024474.1 Poecilia formosa 51 0.0 1013
WERAM-Tar-0175 ENSTRUP00000037071.1 Takifugu rubripes 54 0.0 799
WERAM-Xim-0213 ENSXMAP00000017089.1 Xiphophorus maculatus 53 0.0 754
WERAM-Gaa-0013 ENSGACP00000001573.1 Gasterosteus aculeatus 51 0.0 740
WERAM-Orn-0043 ENSONIP00000004947.1 Oreochromis niloticus 63 1e-170 598
WERAM-Ten-0181 ENSTNIP00000017818.1 Tetraodon nigroviridis 60 2e-166 585
WERAM-Cap-0158 ENSCPOP00000013075.2 Cavia porcellus 42 3e-155 548
WERAM-Bot-0175 ENSBTAP00000027387.5 Bos taurus 42 5e-155 546
WERAM-Orla-0041 ENSORLP00000004978.1 Oryzias latipes 56 2e-154 545
WERAM-Myl-0079 ENSMLUP00000006376.2 Myotis lucifugus 41 2e-151 535
WERAM-Xet-0166 ENSXETP00000029499.3 Xenopus tropicalis 41 9e-150 529
WERAM-Fia-0122 ENSFALP00000010367.1 Ficedula albicollis 56 3e-139 494
WERAM-Anp-0137 ENSAPLP00000014610.1 Anas platyrhynchos 56 4e-139 494
WERAM-Meg-0061 ENSMGAP00000005838.2 Meleagris gallopavo 56 4e-134 478
WERAM-Gaga-0044 ENSGALP00000006497.4 Gallus gallus 56 8e-134 476
WERAM-Soa-0065 ENSSARP00000006475.1 Sorex araneus 56 2e-132 472
WERAM-Dio-0121 ENSDORP00000011807.1 Dipodomys ordii 54 1e-130 466
WERAM-Mum-0203 ENSMUSP00000101404.1 Mus musculus 55 2e-130 465
WERAM-Sah-0163 ENSSHAP00000017120.1 Sarcophilus harrisii 56 2e-130 465
WERAM-Ran-0182 ENSRNOP00000046011.3 Rattus norvegicus 55 2e-130 465
WERAM-Dan-0095 ENSDNOP00000010065.3 Dasypus novemcinctus 55 3e-130 464
WERAM-Tut-0059 ENSTTRP00000004738.1 Tursiops truncatus 56 1e-129 462
WERAM-Loa-0113 ENSLAFP00000010222.3 Loxodonta africana 53 3e-129 461
WERAM-Eqc-0052 ENSECAP00000006928.1 Equus caballus 56 5e-129 461
WERAM-Mod-0102 ENSMODP00000035055.3 Monodelphis domestica 56 1e-128 459
WERAM-Poa-0014 ENSPPYP00000002150.2 Pongo abelii 55 3e-128 458
WERAM-Hos-0094 ENSP00000312352.5 Homo sapiens 55 3e-128 457
WERAM-Gog-0062 ENSGGOP00000005565.2 Gorilla gorilla 55 6e-128 457
WERAM-Prc-0128 ENSPCAP00000011552.1 Procavia capensis 58 3e-127 454
WERAM-Ptv-0104 ENSPVAP00000009366.1 Pteropus vampyrus 54 6e-127 453
WERAM-Ova-0117 ENSOARP00000011454.1 Ovis aries 57 9e-127 453
WERAM-Chs-0010 ENSCSAP00000017181.1 Chlorocebus sabaeus 56 9e-127 453
WERAM-Mae-0058 ENSMEUP00000005635.1 Macropus eugenii 56 2e-126 451
WERAM-Lac-0030 ENSLACP00000005070.2 Latimeria chalumnae 54 8e-126 450
WERAM-Ocp-0072 ENSOPRP00000006314.1 Ochotona princeps 52 2e-124 445
WERAM-Ect-0043 ENSETEP00000004327.1 Echinops telfairi 53 2e-123 442
WERAM-Mim-0159 ENSMICP00000016213.1 Microcebus murinus 62 1e-106 386
WERAM-Mam-0159 ENSMMUP00000025737.2 Macaca mulatta 74 6e-65 248
WERAM-Fec-0210 ENSFCAP00000022446.1 Felis catus 73 3e-64 245
WERAM-Caj-0142 ENSCJAP00000025355.2 Callithrix jacchus 69 4e-55 215
WERAM-Mup-0197 ENSMPUP00000016975.1 Mustela putorius furo 35 6e-20 98.2
WERAM-Pem-0083 ENSPMAP00000008984.1 Petromyzon marinus 40 7e-20 98.2
WERAM-Pes-0005 ENSPSIP00000002371.1 Pelodiscus sinensis 37 3e-19 96.3
WERAM-Ora-0057 ENSOANP00000008625.2 Ornithorhynchus anatinus 35 1e-18 94.0
WERAM-Paa-0092 ENSPANP00000006501.1 Papio anubis 38 2e-18 93.2
WERAM-Anc-0054 ENSACAP00000005392.3 Anolis carolinensis 39 4e-18 92.4
WERAM-Sus-0183 ENSSSCP00000023246.1 Sus scrofa 34 5e-18 92.0
WERAM-Caf-0042 ENSCAFP00000005506.3 Canis familiaris 38 6e-18 91.7
WERAM-Leo-0172 ENSLOCP00000020417.1 Lepisosteus oculatus 38 7e-18 91.7
WERAM-Otg-0147 ENSOGAP00000012568.2 Otolemur garnettii 37 1e-17 90.5
WERAM-Vip-0114 ENSVPAP00000010581.1 Vicugna pacos 38 4e-17 89.0
WERAM-Asm-0040 ENSAMXP00000005078.1 Astyanax mexicanus 39 5e-17 88.6
WERAM-Gam-0040 ENSGMOP00000004090.1 Gadus morhua 35 6e-17 88.6
WERAM-Orc-0152 ENSOCUP00000013310.2 Oryctolagus cuniculus 37 6e-17 88.6
WERAM-Ict-0141 ENSSTOP00000014774.2 Ictidomys tridecemlineatus 37 7e-17 88.2
WERAM-Pat-0154 ENSPTRP00000031523.3 Pan troglodytes 37 8e-17 88.2
WERAM-Nol-0147 ENSNLEP00000016062.1 Nomascus leucogenys 37 9e-17 87.8
WERAM-Tub-0028 ENSTBEP00000003557.1 Tupaia belangeri 37 1e-16 87.8
WERAM-Aim-0023 ENSAMEP00000001570.1 Ailuropoda melanoleuca 37 1e-16 87.4
WERAM-Chh-0045 ENSCHOP00000005073.1 Choloepus hoffmanni 39 2e-16 86.7
WERAM-Tas-0102 ENSTSYP00000010720.1 Tarsius syrichta 40 3e-16 86.3
WERAM-Tag-0147 ENSTGUP00000012569.1 Taeniopygia guttata 36 2e-15 83.6
WERAM-Ere-0093 ENSEEUP00000009413.1 Erinaceus europaeus 34 4e-14 79.0
Created Date 25-Jun-2016