WERAM Information

Tag Content
WERAM ID WERAM-Pof-0150
Ensembl Protein ID ENSPFOP00000012421.2
Gene Name cd2ap
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ENSPFOG00000012311.2 ENSPFOT00000012438.2 ENSPFOP00000012421.2
ENSPFOG00000012311.2 ENSPFOT00000026155.1 ENSPFOP00000023418.1
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader Tudor 0.0011 19.8 133 357
Organism Poecilia formosa
Domain Profile
  Me_Reader Tudor
             Tudor.txt   2 skvGlrVvakwssdGyfYsgki................................................................... 23 
                           +kvG+ V+   + ++ ++sg                                                                     
  ENSPFOP00000012421.2 133 LKVGDVVDILEEVEEGWWSGSLngrsglfpsnfvkeleaggeeaeandtvadkpdgsgtepaatpttpqpdsgngathqprriigvgfg 221
                           69*************************************************************************************** PP
             Tudor.txt  24 ..........................................................Vvkghrvesgeeyysikyedqrkwy.ilsLe 53 
                                                                                     V  +h++++++e + +ky  ++k++ +lsL+
  ENSPFOP00000012421.2 222 difkggpvklrtqpspitedrkvkdqekdkagpaqpvpslpsaakpahpnmtdsqraeVDGKHKAPTAKEFCKVKYAYDGKNEdELSLK 310
                           **********************************************************************************9999998 PP
             Tudor.txt  54 kg 55 
                            g
  ENSPFOP00000012421.2 311 EG 312
                           77 PP
             Tudor.txt   8 VvakwssdG..yfYsgki.............Vvkghrvesgee 35 
                           V    + +G   +++g+i             Vv+ +++e++++
  ENSPFOP00000012421.2 315 VHILSKDTGepGWWRGEIggrdgvfpnnfvtVVPEAEKEAAPS 357
                           544444456679******9999999999999889888887765 PP
Protein Sequence
(Fasta)		MEVLVEYEYD ALHDDELTLR PGDIIKNVRY IEEEGWMEGD LNGKRGVFPD NFVKELKKDP 60
KEVKETRNEP KEEPGQPQGR ESSVANLVKR ISVIGIPTGG FQPMPPAASK KPKRRQCKVL 120
FDYQPVNEDE LELKVGDVVD ILEEVEEGWW SGSLNGRSGL FPSNFVKELE AGGEEAEAND 180
TVADKPDGSG TEPAATPTTP QPDSGNGATH QPRRIIGVGF GDIFKGGPVK LRTQPSPITE 240
DRKVKDQEKD KAGPAQPVPS LPSAAKPAHP NMTDSQRAEV DGKHKAPTAK EFCKVKYAYD 300
GKNEDELSLK EGELVHILSK DTGEPGWWRG EIGGRDGVFP NNFVTVVPEA EKEAAPSRGS 360
VKSLAKPEVE EKLPKKPPPL ASKPEPPAVE RKSINHRPDF RPDERGDKHT PEPKLHKPPA 420
PNPPKKPVPI PPKKPEKPIG PSLSVKHNGE VPSMRPKLDL EPPSIRPKSE FEPPSIRPKL 480
DLEPVLPTKP KPQPGERGDK PADAEDLMSF DELSSASEKL SHLTTSRPKV TGRRLPGQFA 540
GGQSPTKEVS AEKVFKVDED ESAKPKPTEH KKPSNQSPPP HRPGFAEPKP GPAAAAGLDV 600
SISQNSRAHL EMVEQSAQQD ELKSQIKDLL LSVELLKAQQ MKEITELRRD LDEERVKRVA 660
LQIEVENLKK AIQST 675
Nucleotide Sequence
(Fasta)		CTGAGATGAA TGGAGAATTG ACAAATTCCA CTGACTATTC CTCTCGTTGA TCTATCCCGC 60
CTGAAACCTC GCGAAGTTTC CGACTGCGCT GAATTTTGGT GGGCAGGCAG GCTGGCAGGC 120
AGGAAAACAG GCGCTGAGTG GAGGCAGCAG GCAGAGAGAG CCGTGTAGAG GCGAGTCCAA 180
GAAAGGTGGA GACTCCGACT CCTGGCTAAC TTCCTGCACT GTAATCTTCA AGAGAGAGAA 240
CTCAGGAGGA CTGGACCGCT TGCTGGGACT AGGACGGATG GATTTAAGGC TCGTTTAGCT 300
TGTTTTTCGG CGGTAATTCG ACGCACCTCC TCTCCTCTGT GGCTGGTCGC TCCTACCCAC 360
CTGGACAGTA GCGCGTGAGC AGTGGGGAAG ATTTCCAACA TTTGATTCTG CGGGGCGTTC 420
CGAGAAACAG GAATGGAGGT CTTAGTGGAG TACGAATACG ACGCGCTCCA CGATGACGAG 480
CTGACCCTGC GGCCGGGTGA CATCATCAAG AATGTGCGCT ACATCGAGGA GGAGGGCTGG 540
ATGGAGGGGG ACCTCAACGG GAAGAGAGGG GTCTTCCCAG ACAACTTTGT TAAGGAGCTG 600
AAAAAGGACC CCAAAGAGGT CAAGGAAACC AGAAATGAGC CAAAGGAGGA GCCCGGCCAG 660
CCTCAGGGCA GAGAGAGCAG TGTGGCCAAC CTGGTCAAGA GGATAAGTGT CATCGGCATC 720
CCCACCGGGG GATTCCAGCC CATGCCCCCC GCAGCATCAA AGAAGCCGAA GAGGAGGCAG 780
TGCAAGGTAC TGTTTGATTA TCAGCCGGTA AACGAAGATG AACTGGAGCT GAAAGTCGGA 840
GACGTCGTCG ACATCCTAGA AGAGGTTGAG GAGGGCTGGT GGAGCGGGAG TCTCAACGGC 900
AGATCTGGAC TGTTTCCATC CAACTTTGTC AAAGAGCTGG AGGCAGGAGG AGAAGAGGCA 960
GAGGCCAACG ACACGGTGGC TGACAAACCT GATGGAAGTG GAACAGAACC AGCTGCCACT 1020
CCCACAACTC CTCAGCCGGA CTCAGGAAAC GGAGCCACCC ATCAGCCCAG ACGGATCATA 1080
GGCGTCGGTT TCGGAGACAT TTTCAAAGGT GGTCCGGTGA AACTAAGAAC GCAGCCCAGC 1140
CCCATCACAG AGGACAGGAA AGTCAAAGAC CAAGAGAAAG ACAAAGCTGG TCCGGCTCAG 1200
CCAGTCCCAT CATTACCATC AGCCGCAAAG CCTGCCCATC CCAACATGAC TGACTCCCAG 1260
AGGGCAGAAG TAGACGGCAA GCACAAAGCT CCCACGGCGA AGGAGTTCTG TAAGGTCAAG 1320
TATGCTTACG ATGGCAAGAA CGAGGACGAG CTGAGCCTGA AGGAAGGAGA GCTGGTCCAC 1380
ATCCTGAGCA AGGACACGGG TGAACCTGGG TGGTGGAGGG GAGAGATTGG AGGCAGAGAC 1440
GGGGTCTTCC CTAACAACTT TGTTACGGTC GTTCCTGAAG CAGAGAAGGA GGCAGCACCA 1500
TCAAGGGGAT CTGTGAAATC GCTGGCTAAG CCAGAGGTGG AGGAGAAACT GCCGAAGAAA 1560
CCGCCTCCAC TAGCCTCCAA GCCAGAACCC CCCGCCGTGG AGAGGAAGTC TATCAACCAC 1620
AGACCAGACT TCAGACCAGA CGAGCGAGGT GACAAGCACA CTCCAGAGCC GAAACTCCAT 1680
AAACCTCCTG CACCAAACCC ACCCAAGAAG CCGGTCCCCA TTCCACCCAA GAAGCCAGAA 1740
AAGCCCATTG GTCCCTCATT AAGTGTCAAG CACAACGGAG AGGTGCCTTC TATGCGACCA 1800
AAGTTGGATT TAGAGCCACC TTCTATACGA CCAAAGTCAG AGTTTGAGCC TCCTTCTATA 1860
CGACCAAAGT TGGATTTAGA GCCAGTATTG CCAACTAAAC CCAAACCGCA GCCTGGAGAA 1920
CGGGGGGACA AGCCTGCTGA TGCAGAAGAT CTGATGAGTT TTGATGAATT GTCATCTGCG 1980
TCAGAGAAGC TCTCCCACCT AACCACTTCC AGACCAAAGG TAACTGGCAG GAGGCTCCCT 2040
GGACAGTTTG CCGGAGGACA GTCGCCTACA AAGGAAGTGA GTGCTGAGAA AGTCTTCAAG 2100
GTCGATGAGG ATGAAAGTGC CAAACCCAAG CCAACAGAAC ACAAAAAGCC TTCCAACCAG 2160
TCTCCACCAC CCCACCGGCC TGGTTTCGCT GAACCCAAGC CGGGCCCTGC CGCCGCTGCC 2220
GGCTTGGATG TCAGCATCTC CCAGAACAGC AGAGCCCATC TGGAGATGGT GGAGCAGAGC 2280
GCCCAGCAGG ATGAGCTGAA AAGCCAAATA AAAGACCTGC TGCTGTCTGT GGAGCTCCTC 2340
AAAGCCCAGC AAATGAAAGA GATCACGGAG CTGCGGCGAG ACCTGGATGA GGAGCGAGTG 2400
AAGCGCGTGG CCCTGCAGAT CGAGGTAGAG AACCTAAAGA AGGCCATCCA GTCAACGTGA 2460
AGCGTCGTGT CCCATCAACA GCCAGCCTCA AGCTCAGCTG CCAGTCTGCC GAGGAGGAAG 2520
GAGAGGAGGA GGCGGTGGAC TGGCGGCTGG ACGAATGAAA AGAAGGTGGA CACCACAAAC 2580
CACCTTCCTC AGCAATCTTC AAAAACAAAC TCTTCCTATA TTTGTACAAC TTTTTGCACA 2640
TATCTTTTTT TTTTTTCAAG CTAGGTGTAA TTAAATGACA GTTGTATGTT TCTCTCTCTT 2700
TTGGATTTTT GTTAATTTGC CAACACAAAA ATAGAAAAAA AAAACGAGGC CTTACTTCAA 2760
ACTACTGTGC TGGACGGTTC AGCCTCTCCT GCTCTCCGCT CATTTCCGCG GTGACGAGGT 2820
TTGCTCTCAG TACTACTGAC TCTGTACAAA GCAGGGGCTG CCTCTCCTCA TCTAACCTCC 2880
TTTCTCTCAT TGTTTTATGC TGCACACATA ATTCCATTGT TCTTAAGCAA GATTGCATGA 2940
GATGTTTGAT TTGAGTTAAC ATCTTGGGAT TCGAATGATT TCTTCCTTCC AACGGCAGCT 3000
GCCTCTTTGT GGCTGTGGAG CTTTATGATT TTTTCTTCTT CTGTTTTTTT TATATGTTTT 3060
CTAACATTTC TATCCAGGGT AACACTACTG TGCCTGTTTA AACAACAAAA CAACAAAAAA 3120
GTATATTAAA TGTTTAAAAT GGGATCTGGA AGATTTGCAG CATGATTATT GTATATGTAT 3180
ATTTTTAAAT CGATGGACTT GTCAAATTAT ATATATTGGG CCTTTTTCTG TGCTGGTCTC 3240
TTCTATTTTT GTCACTCTTT CACTGGGATT GTTCTAATAG CTATAATATA TAAATATATA 3300
TGACACAGAC ATGCAAAAAA AATCTCATGC AAAGCTGGAA AGAATAAAGA AGGTGTTGGA 3360
ATGTCTTTTC AACATGGCTG CTGCACCGCT CATCTCTTTG ATTCAAAGGG AATCATCTGA 3420
TCTGAATGGA CTCTTGTCTT CCTGCTGGGT GATTTCAGCT GCTGGTGGCT ACTCCCACAT 3480
TCTACTTTGG TGTGTGGACA CTCATCTCGG CCTGAAGATA GATTGATTCT AGGAATGATT 3540
CTCCCACTTT GTTTCTCTTC CTTTTTAGAA ATCAGGAGGA GTGATCAAAC TTTTTTCTTT 3600
TTTCAGTTTT TCTGGAAAAC AAACTGTGAA ATTAGTGAAT TAGGCTTTTT TCCCCCCATG 3660
GCCGATGCAG ATTTCTAGTT TTTCTTAAAG GTCTGACCTT CCAATTTTTA ATTTTCACAC 3720
TTTTGTTTTT ACCCCCAATG TTCTGAGAAA TATAAAACAT GGGATGGAAA CAAACTGTGC 3780
TCTTGACTGT CTAGTGGGAT GCTAGTTTTG AATCCAACAA GATTATCTCC ATTTGTACGT 3840
CAAAGCAAAT GTCTAGGAGA TCTTAGATCC GGGGGAAATT CTTAATTTTT GGAACATTTT 3900
TAATAAACGG AGAAACAAAA TTCTTTTTTT TTGTTTTGTT TTGGACCCGC CAGTCTGAGC 3960
TGAAATTGCC AAATTCTGAT GATTTCTGTC AAAAATACAA TTTTAAGCAT TTCCATTGTT 4020
TTCACTGGGG TACTGGTGAA TAAGAATCAT TTTACAAAAT AAACCTAACA TGAAAATTTA 4080
AATCACAGCC TGATTCCCTG GATGAGGGAA TCAGGCTGTG ACTGAAAATA TACCAAAATA 4140
AACCCCACAC GCAAATCAAG AAATATACCT TGAGACTTTC AGTTCAAGGA GCAAGATGAC 4200
CCACTTCCAC TAAATTAATA CAGCTTATCA ATACAATTAT AATGTAACCC ATAGAATTTG 4260
ATTATTTTTG TGACCAGAAA TGTTTCCAGA GGTAGGAAAG TTTTTTCAGC TAGCTGGCCA 4320
GCAGTTGTGA AAAGGGTAAA TGTTAGGGTT TACTGTCTTT GCAATAAACT GGGCCATGTC 4380
TAATGAAAAT GTCTAAAGAA AATTCTAGTT GCCTGTGAAT TACTCCACTG CTGTTCAAAT 4440
GTCAGATTAA CATGATGACA AACGTTTGCA AAAACTTGAT TTTAGTAAAA TTTGTGAGTC 4500
CAAGGCTGGG AATAGAAAAT CCAGACCCAT GTAATCAGAT ATTGAGTTAT TTTGCTCCAA 4560
ATACTCACGG TGTGATTTTT AATATTTATC ATTCTCAAGT AAAATGTTGC TTCTTGTAAA 4620
ATTTCACAGC TGTCTTAAAG TGTTACTTTA TTTTGAACTC AGAATTATGC TCTCTGGAGT 4680
GCTTTAACCA AGTGAAGTCT GACCCCACAT AGTTCAGCCA TGCAATGCAA AAGTCCCTGC 4740
CAGTAAACAA TTTTGTGCAA CACAACTGGA AAAAGAATAA CAATATGACT TGGAAAAGAG 4800
AATCTGTGAT TTTTGGGGTG AGTTATTCTG CAGCTCTAAT TTACTGCTGG AACAGAAAAC 4860
TAACTTACAC TTGTTATACA TTCCACTGTT TGACACAAGG AAAATAAGCA ATCTGCACCT 4920
TCTATTGTCA TGTCCCAGCA AATTCTGTTT ACAGAAGTTG TATCTTTGCA TGAGCTGAGA 4980
TTCTTTGCAG AAATGAATAA ATATCATCTC TATTTCCTGT CCAGACTCCT CTTGATTTTG 5040
TTAGGTTGCA TGTCAGCTTT TCACAGACTT GGGTCCTCCA GGTATTTTCA TGCACGAAAT 5100
CTCATTTGAA ATATTGAGTG AAAAGTATCG ACTTTAAACA CTGGCAGGGA GTTTCTGAAA 5160
AAATATATTG AGTCATGTGT TTCAGCATTT ATGGCATCTG ATCTGCTGTT TGAACTGGAG 5220
GTTATTTTAG CACTCTTGGA CCCCTTATGA TATAAAGAAA GTCTATTATT TTGGATGCAT 5280
CAACGTGATA CAAGTAAATC TAGACTTGGG GTTTATTTTG AACAGAAAAA AACATCTTTA 5340
TGAAGATGGA CTGATAAACT AATGCACCAC AGAGCTCTAA TATAACATAA ACCTCAGGGC 5400
TTATTCAATA TACTTGCGTT ACTACAAGAA AACACTGCTG ATATTTT 5448
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Lac-0135 ENSLACP00000015728.1 Latimeria chalumnae 38 4e-06 50.8
Created Date 25-Jun-2016