WERAM Information
Tag | Content | ||||||||||||||||||
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WERAM ID | WERAM-Mum-0052 | ||||||||||||||||||
Ensembl Protein ID | ENSMUSP00000024121.4 | ||||||||||||||||||
Gene Name | 4921501E09Rik | ||||||||||||||||||
Ensembl Information |
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Status | Unreviewed | ||||||||||||||||||
Classification |
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Organism | Mus musculus | ||||||||||||||||||
Domain Profile | HDM PHF2_PHF8 PHF2.txt 1 fsdtklselveppdivkklslvenlwpdeavlekpkvekycligvkdsytdfhidfggasvyyhvlkgekifylirpteanlalyeawe 89 Me_Reader PHD PHD.txt 2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 |
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Protein Sequence (Fasta) | MALVPVYCLC RQPYNVNHFM IECGLCQDWF HGSCVGIEEE NAVDIDIYHC PDCEAVFGPS 60 IMKNWHGSPR GHDALKRKPL MTGSPTSIHQ IQGRIFESSD KVILKPTGSH LTVEFLLESS 120 FSIPILVLKK DGLGMTLPPT SFTVRDVEQY VGSDREVDVI DVACQASSKM MLGDFVKYYY 180 SRKREKTFNV INLEFSNTGL SNIVEMPKIV RKLSWVENLW PEDCGFERPN VQKYCLMSMQ 240 NSYTDFHIEF GGTSAWYHVV KGEKIFYLIR PTDANLTLFE CWSNSSNQKE IFFGDQVDRC 300 YKCSVKQGQT LFIPTGWIYA VLTPVDCLAF GGNFLHSLNI EMQLKVYEIE KHLCTTDLFK 360 FPSFETICWH VGKHILDIFK GLRENGRCPA SFLVHGGKAL NLAFQAWTRK EVLPNRDNEI 420 PKTVQTIQLI EDLAWEIHLV EDNFQQNIPK TSSTFKFQQL HTNSSSLTRQ AHPTSVSKSK 480 LSLPSKNGSE KKSPKYKDTF KKEEQMSKES SALGPNYQHS CNFMDLNNDQ QWKVGCLQNV 540 EFNITSTCLN DSDDNSKHDK AFNGNESLVP LLMANGNTKR EKSLSESWQA KITKKEDTSR 600 LMKEQAMVDT FDLDLNDELQ IEKGLGKEKV SLVVRPKIPP SLPHVKLCSD QNQSHDPGET 660 EITIVENYKI DKEMVEEVEG KFKNGSESGG TIDPLKAKKQ VGGPGCVILT DDPNSSSNKK 720 DIQDTVCMSD LQSSPPSQAP SSLQAFWSGG QDQGNKSPSS VLGTVSDSPV SRRTPRKWPI 780 KRLAYWRNES EAGNACVDEQ GSLGACFKEA KYIFLSLESD DDDDDDDDDD DDNNPALRVL 840 PKKRKISDNA PRIPRADEIP TLPKQDHSVP EGNRVGSIEI DWTTAATKLA QEVNNMKLTL 900 TSPGKSSQ 908 |
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Nucleotide Sequence (Fasta) | AAGATGCGAG AGGCCAGCAA CAGAGTGGTT ACAGAAGCTT CTTGAGAGGT TTCAGGTATC 60 TGTAGGAAAC ACAAGAAAGT CACCACCTGA CTTCAGGGTC AAAGTAAGTG GCCTGTGAAG 120 GGCTCAAAGG TAGAGCAGGA CATAGAACTA CTATCCATCA TCAACAAGGG AGGGTGTTGT 180 TCTCACCCTC TTTTAACACC ACAAACCTTG GTCTGCTCTA AAACCTGTGA GGATGGCCTT 240 GGTGCCTGTG TATTGTCTTT GTCGACAGCC TTATAATGTG AACCACTTCA TGATTGAGTG 300 CGGCCTGTGC CAGGACTGGT TTCATGGTAG CTGTGTTGGG ATTGAAGAAG AAAACGCTGT 360 TGACATTGAC ATCTACCACT GCCCAGACTG TGAGGCTGTA TTTGGGCCTT CCATTATGAA 420 AAACTGGCAT GGATCGCCTA GAGGGCATGA TGCTCTCAAG AGGAAGCCAT TGATGACTGG 480 GAGCCCTACC TCTATTCACC AAATCCAGGG TAGGATTTTT GAAAGCTCTG ACAAAGTGAT 540 TTTGAAGCCC ACAGGAAGTC ATTTAACAGT AGAATTTCTG CTAGAAAGTA GCTTCAGCAT 600 ACCTATCCTT GTCTTGAAGA AGGATGGGTT GGGGATGACA CTTCCACCGA CATCATTCAC 660 TGTCAGAGAT GTTGAGCAAT ATGTTGGTTC TGACAGAGAG GTTGATGTGA TTGATGTAGC 720 CTGTCAGGCT AGCAGCAAGA TGATGTTGGG AGATTTTGTG AAATATTATT ACAGCAGGAA 780 GAGGGAAAAG ACCTTTAATG TTATTAATTT GGAATTCTCT AATACTGGGC TTTCTAATAT 840 AGTAGAGATG CCCAAGATAG TTCGTAAGCT TTCCTGGGTT GAAAACTTAT GGCCAGAAGA 900 TTGCGGCTTT GAGAGACCCA ATGTACAGAA GTATTGCCTT ATGAGTATGC AGAATAGCTA 960 TACAGATTTT CACATTGAAT TTGGTGGCAC TTCAGCCTGG TACCATGTAG TTAAGGGTGA 1020 GAAGATCTTC TATCTGATCC GCCCAACAGA TGCTAACCTG ACTCTTTTTG AGTGTTGGAG 1080 CAACTCTTCT AACCAAAAGG AAATATTCTT TGGTGACCAG GTAGACAGAT GTTACAAGTG 1140 TTCTGTGAAG CAAGGACAGA CACTTTTCAT TCCTACAGGA TGGATCTATG CTGTGCTGAC 1200 CCCAGTGGAT TGCCTAGCAT TTGGGGGAAA CTTCTTACAC AGTTTAAACA TTGAAATGCA 1260 GCTCAAAGTC TATGAGATTG AGAAGCATCT GTGTACAACA GACCTCTTCA AGTTTCCAAG 1320 CTTTGAGACC ATCTGTTGGC ATGTGGGGAA ACACATCCTG GACATCTTTA AAGGTTTACG 1380 GGAGAATGGG AGATGTCCTG CATCCTTCTT GGTCCATGGT GGTAAAGCTC TAAACTTGGC 1440 CTTTCAAGCC TGGACAAGGA AAGAAGTTCT GCCTAACCGT GATAATGAGA TCCCAAAGAC 1500 AGTGCAGACC ATACAGCTCA TTGAAGATCT GGCTTGGGAA ATTCATCTGG TTGAAGATAA 1560 TTTCCAACAG AACATCCCAA AGACAAGTTC TACCTTTAAG TTCCAGCAGC TCCATACCAA 1620 TTCCTCTTCC TTAACTAGGC AAGCTCATCC CACTTCAGTA TCCAAGTCTA AATTATCACT 1680 GCCCTCCAAA AATGGTTCAG AAAAGAAAAG CCCAAAGTAT AAAGACACCT TTAAGAAGGA 1740 AGAACAAATG AGCAAGGAGA GTTCAGCTCT GGGGCCTAAT TATCAACATA GCTGTAATTT 1800 CATGGATCTA AATAATGATC AACAATGGAA GGTAGGCTGT CTCCAAAACG TAGAGTTTAA 1860 CATCACTAGT ACTTGTTTGA ATGATTCAGA TGATAACTCA AAACATGACA AAGCCTTCAA 1920 TGGGAATGAG AGCCTGGTGC CTCTGTTGAT GGCTAATGGC AATACGAAGA GGGAAAAGAG 1980 CTTGTCCGAA TCTTGGCAAG CCAAAATCAC AAAGAAGGAA GATACATCAA GGTTGATGAA 2040 AGAACAAGCG ATGGTAGACA CATTTGACTT GGATTTAAAT GATGAGCTAC AGATTGAAAA 2100 GGGATTAGGT AAAGAGAAAG TGAGTCTGGT AGTAAGACCA AAAATTCCTC CAAGTTTGCC 2160 CCATGTGAAG CTTTGCTCTG ACCAAAACCA AAGTCATGAT CCAGGGGAAA CTGAGATCAC 2220 CATTGTAGAG AACTATAAAA TAGATAAGGA AATGGTGGAA GAGGTTGAAG GCAAGTTTAA 2280 GAATGGAAGT GAATCTGGTG GAACTATTGA TCCACTAAAG GCCAAGAAAC AGGTGGGTGG 2340 ACCTGGCTGT GTTATCCTCA CTGATGACCC AAACTCTTCC AGCAATAAGA AGGACATTCA 2400 GGACACTGTG TGCATGTCTG ATTTGCAGTC TTCTCCTCCT TCACAAGCTC CCTCCAGCCT 2460 TCAGGCATTT TGGAGTGGGG GACAAGACCA AGGCAACAAA AGCCCTAGCA GTGTCTTGGG 2520 CACAGTGTCT GACAGTCCTG TTTCTCGGCG TACCCCAAGG AAATGGCCCA TCAAGCGGCT 2580 AGCATACTGG AGAAATGAAA GTGAGGCGGG AAATGCTTGT GTAGATGAAC AGGGCAGCTT 2640 AGGAGCATGC TTCAAGGAAG CTAAGTATAT CTTCTTATCC CTGGAATCTG ATGACGACGA 2700 CGATGATGAT GATGATGACG ACGATGACAA CAACCCTGCT TTGAGAGTTC TACCAAAGAA 2760 AAGGAAGATA TCAGATAATG CCCCAAGGAT TCCTAGGGCA GATGAGATCC CAACACTACC 2820 AAAGCAGGAC CATTCTGTGC CTGAGGGTAA CAGAGTTGGC TCCATTGAGA TAGACTGGAC 2880 TACAGCAGCT ACAAAGCTGG CACAGGAGGT GAACAACATG AAGCTCACTC TCACTAGTCC 2940 AGGAAAAAGC AGCCAATAAA CAGAGAAGCT AAGACTTAAA TCCATGTCCT CCAACTTCAA 3000 CTTTTTTCTG TTGCTTGATA CTTAAGTGAA TATATAGTTT AGTAAAAATA TCCTATTTAA 3060 ATGAAATTTA TAGGGTTATG TTTTTAATGG GAAGTTCTAT AGAGTTGTAG AGTTTCTTAG 3120 AAATGCCTTC TAGGGTGTTA TTGAGACCCA GAGGAGATCA AGCAGGTCAA GATCCTCTTT 3180 TACTAATACT TGCCTCTGTC ATTTATATCT CAATGCTGCG CATAACTTAG AAATAAAGGA 3240 AATTTACTGC TTTAAATAAA TTCAAGATGA AGAAAACAAA CAAAAGGACC ACAACAATAA 3300 AATATCAGCA AATGATCAAC CAATATGTGT CTTGAGACTG TATATTCTTA CAAATACTTG 3360 AGATCCTAAT TTGAATTTTG CTTGGGCCTA GGAATTTCTT CTGGGATAGA CTTCACCAAA 3420 ATAAATGTAT TAGAATCCCA TTGTTAACCA AACAGTTTTG ATCAAGAATA TGCTGCAAAT 3480 TTTATTATTT CCCAAACACA CATGCCACTA GTCAATCATA AGGTTGTTTT ATGAAATCTG 3540 GCATGTCTGA TGAATGATTA AAATCTTTGG AACAAAAAAA AAAATATCTT GCCTAATACA 3600 AATAAATGGA AACCTCTGTA TTTTTGTTTG GATATGGCAT GTCTCCTAAA GAGTCACACA 3660 CCAAGGCTTG TGTCCAATGC TGAAGGTTAA AGGGAGTCTC TTGGGCTACA ACTACTCTGA 3720 TTTTATAATT TCAGTTCTTC ACTGTTAGAT TCGTAAGTAA ACTGACTCAT GAAAGTGGTT 3780 GGGAAGTGTA GTCCCCAGGG TTTATTTGGA AGTAGTATTA CCATGACCCT GAGTTGTATA 3840 TTTTTTATCA AGCATGTTGG TCTCTATTTA TCAACTTCCA TGGAGTGCAC ATTCTTAAAC 3900 TAATTAAAGA ACTCTC 3917 |
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Sequence Source | Ensembl | ||||||||||||||||||
Orthology | |||||||||||||||||||
Created Date | 25-Jun-2016 |