WERAM Information

Tag Content
WERAM ID WERAM-Xet-0131
Ensembl Protein ID ENSXETP00000001690.2
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSXETG00000021211.3 ENSXETT00000001690.2 ENSXETP00000001690.2
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader Tudor 8.50e-06 26.1 33 738
Organism Xenopus tropicalis
Domain Profile
  Me_Reader Tudor
             Tudor.txt 31 esgeeyysikyedqrkwyilsLekgnr 57
                          + + ++++ ++ed++ w+ l+L+k+++
  ENSXETP00000001690.2 33 DISIHPCTHTFEDNPAWWRLDLKKVYK 59
                          567789999**************9876 PP
             Tudor.txt  31 esgeeyysikyedqrkwyilsLekgnrl 58 
                           + + ++++ ++ed++ w+ l+L+k++++
  ENSXETP00000001690.2 192 DISIHPCTHTFEDNPAWWRLDLKKVYKV 219
                           567789999***************9987 PP
             Tudor.txt  34 eeyysikyedqrkwyilsLekgnrl 58 
                            ++++ + ed++ w+ ++L+k++++
  ENSXETP00000001690.2 382 IHPCTHTDEDYGPWWQVDLKKRYKV 406
                           566666779************9987 PP
             Tudor.txt  42 edqrkwyilsLekgnrlr 59 
                            d++ w+ l+L+k++++ 
  ENSXETP00000001690.2 565 SDNPAWWQLDLKKRYKVE 582
                           5899*********99875 PP
             Tudor.txt  20 sgkiVvkghrvesgeeyy.sik 40 
                           +g ++++g++++ ++ ++ +ik
  ENSXETP00000001690.2 598 RGAVIRVGDSANNNNPVCdTIK 619
                           5889999999999999885554 PP
             Tudor.txt  42 edqrkwyilsLekgnrlr 59 
                            d++ w+ l+L+k++++ 
  ENSXETP00000001690.2 721 SDNPAWWQLDLKKRYQVE 738
                           5999**********9986 PP
Protein Sequence
(Fasta)		AVNVARLGDV RQSSTYEPHY SAETAIDGII ETDISIHPCT HTFEDNPAWW RLDLKKVYKI 60
ETVLLVNRRD CCSERLLGAE IRVGNSADND NPVCGAITNV TQATISLSCD WLLGRYVSVV 120
IPGRAEYLTL CEVEVFGLNV SRSKNAQIAI IRIKATAAGA VNVARLGDVR QSSTYEPHYS 180
AETAIDGIIE TDISIHPCTH TFEDNPAWWR LDLKKVYKVD SVVIVNRRDC CSERLLGAEI 240
RVGNSPDNNN PVCGTVTDVS RAAITLFCNW LEGRYVSVVI PGRAEYLSLC EVEVYGEESN 300
NVTGFSKFYI SSCSNEFQLG DLPDLNFMGC FYFSLENLKF SFSLVSTVNL AQSGDVRQSS 360
DYEPQYGAET AVDGIIETDI SIHPCTHTDE DYGPWWQVDL KKRYKVHTVV IVNRRDCCSE 420
RLLEAEIRVG DSEDNDNPIC DTITDVSQAI ISLSCGGMEG RYVGVVIPGR SEYLTLCEVE 480
VYGEKASGRS APNPVKPDEE QIPDLQTMFP HLWAALKKSE FVLNLARLGD VRQSSTYRPE 540
YNAATAVDGN KNSNMMLGSC SHTNSDNPAW WQLDLKKRYK VETVVIVNRG DCCWERLRGA 600
VIRVGDSANN NNPVCDTIKV GSQGTITLCC EGLEGRYVSV VIPGREENLS LCEVEVYGQE 660
AKAVEVTRRA PITKQKIELN LARLGDVKQS STYRPEYNAA TAVDGNKNSN MMLGSCSHTN 720
SDNPAWWQLD LKKRYQVEKV VIVNRGDCCG ERLRGAEVRV GNSADNNNPV CGAITDASQA 780
TITLPCKGMK GRYVSVVIPG RNEYLTLCEV EVYGQEAKPD
Nucleotide Sequence
(Fasta)		GCAGTGAATG TGGCACGGCT TGGAGACGTC AGACAAAGCT CCACATACGA ACCTCATTAC 60
AGTGCTGAAA CAGCTATTGA TGGAATTATA GAGACTGATA TCTCAATACA CCCCTGTACC 120
CACACCTTTG AGGACAATCC AGCTTGGTGG CGGCTGGACC TGAAGAAGGT CTACAAGATC 180
GAGACAGTGC TCCTAGTGAA CAGGAGGGAC TGCTGCAGTG AGAGACTGTT GGGAGCTGAG 240
ATTCGGGTTG GAAATTCCGC AGATAATGAC AACCCAGTAT GTGGGGCCAT CACTAATGTC 300
ACCCAAGCCA CCATTTCTCT GTCCTGTGAC TGGTTATTGG GACGTTACGT CAGTGTGGTG 360
ATACCCGGGA GAGCAGAATA TCTCACACTT TGTGAAGTAG AGGTTTTTGG ACTAAATGTC 420
AGCAGGTCCA AAAATGCACA AATAGCCATA ATAAGGATAA AGGCTACAGC TGCAGGAGCA 480
GTGAATGTGG CACGGCTTGG AGACGTCAGA CAAAGCTCCA CTTATGAGCC TCATTACAGC 540
GCTGAAACAG CTATTGATGG AATTATAGAG ACAGATATCT CAATACACCC CTGTACCCAC 600
ACCTTTGAGG ACAATCCAGC TTGGTGGCGG CTGGACCTGA AGAAGGTCTA CAAGGTTGAT 660
TCTGTGGTCA TAGTGAACAG GAGGGACTGT TGCAGCGAGA GACTGTTGGG AGCTGAGATT 720
CGGGTTGGAA ACTCCCCAGA TAATAACAAC CCAGTGTGTG GCACCGTCAC CGATGTCTCC 780
CGAGCCGCCA TCACTCTGTT CTGTAATTGG CTGGAGGGTC GCTATGTGAG TGTGGTGATT 840
CCTGGGAGGG CAGAATATCT CAGCCTGTGT GAAGTGGAGG TTTATGGGGA GGAGTCTAAC 900
AATGTTACAG GTTTTTCCAA ATTTTACATT TCTTCATGTT CTAATGAATT TCAATTGGGG 960
GATCTGCCAG ATTTAAATTT TATGGGTTGT TTTTATTTTT CCCTGGAAAA TCTAAAATTT 1020
AGCTTCTCTC TTGTTTCCAC AGTTAACCTT GCCCAGTCAG GAGACGTCAG ACAGAGCTCG 1080
GACTATGAGC CCCAGTACGG CGCTGAAACG GCTGTGGATG GAATTATAGA GACCGACATC 1140
TCAATCCACC CCTGTACCCA CACCGACGAG GACTATGGAC CTTGGTGGCA AGTTGACTTG 1200
AAGAAGAGAT ACAAAGTCCA CACCGTGGTC ATAGTGAATA GAAGAGACTG TTGCAGCGAG 1260
AGACTGTTAG AAGCCGAGAT TCGTGTTGGA GATTCAGAAG ATAACGACAA CCCAATATGC 1320
GACACCATCA CCGACGTCTC CCAAGCGATC ATCTCTCTCT CCTGCGGTGG GATGGAGGGT 1380
CGCTATGTGG GTGTGGTTAT ACCCGGGCGC TCGGAATATC TCACCCTCTG TGAAGTGGAG 1440
GTTTATGGGG AGAAAGCCTC AGGTAGATCT GCGCCGAATC CGGTTAAACC AGATGAAGAG 1500
CAAATTCCTG ATCTGCAAAC AATGTTTCCA CATCTGTGGG CGGCACTTAA AAAAAGTGAA 1560
TTTGTGCTGA ATCTGGCCAG ATTGGGAGAT GTCAGACAGA GCTCAACGTA CAGACCCGAG 1620
TACAACGCCG CCACCGCTGT CGATGGGAAT AAGAACTCAA ATATGATGCT GGGTTCATGT 1680
TCCCACACCA ATAGTGACAA CCCGGCTTGG TGGCAGCTGG ACCTGAAGAA GAGGTACAAA 1740
GTGGAGACAG TGGTGATAGT GAACAGAGGA GACTGCTGCT GGGAGCGTCT GAGAGGAGCC 1800
GTGATCCGCG TTGGAGATTC AGCCAATAAT AACAACCCAG TATGTGACAC CATAAAAGTT 1860
GGCTCCCAAG GCACCATTAC TCTATGCTGT GAGGGACTGG AGGGTCGCTA TGTGAGTGTG 1920
GTTATTCCTG GGCGGGAAGA AAATCTCAGT CTCTGTGAAG TGGAGGTTTA TGGGCAAGAA 1980
GCTAAAGCTG TTGAAGTCAC TAGAAGAGCA CCTATCACAA AACAAAAAAT TGAATTGAAT 2040
CTGGCCAGAT TGGGAGATGT CAAACAGAGC TCAACGTACA GACCCGAGTA CAATGCCGCC 2100
ACCGCTGTCG ATGGGAATAA GAACTCAAAT ATGATGCTGG GTTCATGTTC CCACACCAAT 2160
AGTGACAACC CGGCTTGGTG GCAGCTGGAC CTGAAGAAGA GGTACCAAGT GGAGAAAGTG 2220
GTGATAGTGA ACAGGGGAGA CTGCTGCGGT GAGCGCCTGA GAGGAGCCGA GGTCCGCGTT 2280
GGGAATTCCG CAGATAATAA CAACCCAGTA TGTGGTGCCA TAACCGATGC CTCCCAAGCC 2340
ACCATCACTC TGCCCTGTAA GGGAATGAAG GGTCGCTATG TGAGTGTGGT TATTCCTGGG 2400
CGCAACGAAT ATCTCACCCT CTGTGAAGTG GAGGTTTATG GGCAAGAAGC GAAACCTGAT 2460
GCAGTAGTGA ACTTGGCAAA ATCGGGACGC GCCAGGCAGA GTTCCACCTA CAGACCAGAG 2520
TACAACGCTG CAGCGGCTAT TGATGGTGAT AAGGGGACCA ATATCTTCCA GCACCCCTGT 2580
TCCCACACTA ATCCTGACAA CCCGGCTTGG TGGCAACTGG ACCTGACTAA GAAGTACAAC 2640
ATTGAGTCCG TGGTGATAGT GAACAGAGGA GACTGTTGCA GCGAGCGTCT GCGAGGAGCC 2700
GAGATTCGCG TTGGAATCTT TCCCTTCATC AACAGCCCTG TATGTGACAC CGTCACCGAC 2760
GTCTCTAAAC CGACCATCAC CCTGAACTGT AATGGGATGG TGGGGCAATA TATCAGCGTG 2820
GTTATACCCG GGAGGCAAGA ATATCTCACC CTGTGTGAAG TGGAGGTTTA TGGGCAGGAA 2880
ATCTGAATAC AGTTACTCTG AATACAGAAA CTGCCTACAT TTGTTCTCTC ATAAACTGTC 2940
ATCTGTCAGG AGACTTCTGG TGTTGTTCTT TGTATCTTTG GTGTAATATT CTGATTTTTT 3000
CTTGGGTTTC TCTAAATGTT ATGGATAATC AGT 3034
Sequence Source Ensembl
Orthology
Created Date 25-Jun-2016