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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| TAKRU13424 | 683 | 14 |  A0A674N1U3 | |||
| TAKRU13425 | 575 | 14 | A0A674N4I8 | |||
| TAKRU13426 | 667 | 15 | A0A674PBD6 | |||
| TAKRU13427 | 694 | 14 | A0A674ME55 | |||
| TAKRU13428 | 688 | 15 | A0A674NWV3 | |||
| TAKRU13429 | 578 | 14 | H2RP69 | |||
| TAKRU13430 | 686 | 16 | A0A674NQ30 | |||
| TAKRU13431 | 663 | 14 | A0A674N4J0 | |||
| TAKRU13433 | 567 | 10 | A0A674NYW1 | |||
| TAKRU13432 reference isoform | 660 | 12 | A0A674NSJ8 |
Protein Sequence
Download: Fasta
MAERGENRDL SEDDLPVYLA RPGTADQVPR QKYGGLFCSV EDAFASKTLD FDALSVGQRG 60 SRTPVMSPPS NPRTPTLAFS QQSDRLLIKG GRIVNDDQSF HADIYMEDGL IKQIGDNLIV 120 PGGVKIIEAN GKMVIPGGID IHTHFQMPYR GTTTVDDFAQ GSKAALAGGT TMIVDHVISE 180 PGSSLMESFD QWRQWADEKA CCDYSLHVDV THWNDSVKQE VDALIKEKGK IYCRFYSFTV 240 FLLQLYEIFT FLAERGGIAQ VHAENGEIIA EEQARMLQMG ITGPEGHVLS RPEELEAEAV 300 FRAITIASQT NCPLYVTRVM SKSAADIISQ ARKRGNVVFG EPIAASLGTD GTHYWSKNWA 360 KAASFVTSPP LSPDPTTPDY LSTLLASGDL SVAGSAHCTF SVSQKAIGKD DFTQIPEGVN 420 GVEERMSLIW DKAVTTGKMD ENMFVAVTST NAAKILNLYP RKGRIAIGSD ADLVIWDTDS 480 IRTITAKTHN SAAEYNIFEG MELRGAPLVV ICQGKIILED GNLHVTSGVG RFIPCSAFPD 540 FAYKRVKARK QLAVLKAVPR GMYDGPVSEF SMSRGGTPSA SARTSPTKQP VRNLHQSAFS 600 LAGNPAPCGE PSFLLCRPVY CEVIYAVQTF QRSPLSQHIS PPSLPPFRNL YLLLCGTEFM 660
cDNA Sequence
Download: Fasta
ATGGCAGAGC GCGGGGAAAA CCGGGACCTG TCAGAGGATG ACCTGCCGGT TTACCTCGCC 60 CGACCCGGCA CCGCCGACCA GGTGCCTCGG CAGAAATATG GAGGCTTGTT TTGCAGCGTC 120 GAGGACGCTT TTGCGAGTAA AACCCTCGAT TTTGACGCCC TGAGCGTCGG TCAAAGGGGA 180 TCCCGCACGC CTGTTATGTC TCCCCCTTCT AATCCCCGGA CCCCCACTTT GGCATTCTCT 240 CAACAGAGCG ACAGGCTGCT GATCAAAGGC GGGAGGATCG TGAACGATGA CCAATCCTTC 300 CATGCTGATA TCTACATGGA GGATGGCCTC ATTAAGCAAA TCGGAGACAA CCTGATCGTC 360 CCCGGTGGGG TGAAGATCAT CGAGGCCAAT GGGAAAATGG TCATCCCCGG TGGTATCGAC 420 ATCCACACCC ACTTCCAGAT GCCCTATCGC GGCACCACGA CAGTGGACGA CTTTGCCCAG 480 GGTTCCAAGG CTGCTCTGGC CGGGGGGACA ACCATGATCG TGGACCATGT GATCTCAGAG 540 CCTGGCAGCA GTCTGATGGA GTCCTTTGAC CAGTGGCGAC AGTGGGCTGA CGAGAAGGCT 600 TGCTGCGACT ACTCGCTCCA CGTGGACGTC ACCCACTGGA ACGACAGCGT CAAGCAGGAG 660 GTGGATGCGC TCATCAAGGA GAAAGGTAAA ATATATTGTC GTTTTTACAG TTTTACCGTC 720 TTCCTCCTGC AGCTCTACGA GATCTTCACC TTCCTGGCAG AGAGGGGCGG CATCGCTCAG 780 GTCCACGCTG AGAACGGCGA GATCATCGCC GAGGAGCAGG CGCGCATGCT ACAGATGGGT 840 ATCACTGGAC CAGAGGGGCA TGTCCTGAGC AGGCCAGAAG AGCTGGAGGC GGAGGCAGTG 900 TTCCGTGCCA TCACCATCGC CAGCCAAACC AACTGCCCGC TCTACGTAAC CCGGGTCATG 960 AGCAAGAGCG CTGCTGACAT CATCTCACAG GCCCGAAAAA GGGGGAATGT TGTGTTTGGG 1020 GAGCCAATCG CAGCCAGTCT GGGGACTGAT GGGACACATT ATTGGAGCAA GAATTGGGCC 1080 AAGGCAGCTT CCTTTGTTAC GTCCCCTCCT CTCAGCCCTG ATCCCACCAC CCCAGATTAT 1140 TTGAGCACTC TGTTGGCCAG TGGAGACTTG AGCGTGGCGG GCAGTGCCCA CTGCACCTTC 1200 AGCGTGTCCC AGAAGGCTAT CGGCAAGGAT GACTTCACTC AGATCCCAGA AGGTGTGAAC 1260 GGAGTGGAGG AGAGGATGTC CCTCATCTGG GATAAAGCTG TGACTACAGG GAAGATGGAC 1320 GAAAACATGT TCGTGGCCGT CACCAGCACC AACGCTGCCA AAATCCTGAA CCTGTATCCT 1380 CGCAAGGGTC GGATCGCCAT CGGCTCCGAT GCTGATCTGG TCATCTGGGA CACAGATTCC 1440 ATCCGCACCA TCACTGCTAA GACGCACAAT TCGGCTGCGG AGTATAACAT TTTTGAGGGC 1500 ATGGAGCTGC GAGGAGCCCC ATTAGTTGTG ATTTGCCAGG GGAAAATCAT TCTTGAGGAC 1560 GGGAACCTGC ACGTCACCTC CGGCGTGGGT CGCTTCATTC CCTGCTCCGC CTTTCCAGAC 1620 TTTGCCTACA AGCGTGTTAA AGCCAGAAAG CAGCTGGCTG TGCTGAAGGC CGTACCCAGG 1680 GGAATGTATG ATGGCCCGGT GTCTGAGTTC TCCATGTCCC GTGGTGGGAC CCCCTCTGCC 1740 TCAGCGCGCA CCTCTCCCAC CAAACAGCCC GTCAGAAACC TGCACCAGTC TGCATTTAGC 1800 CTAGCAGGTA ACCCTGCACC ATGCGGTGAG CCCAGCTTTT TACTGTGCCG TCCTGTTTAC 1860 TGTGAAGTGA TTTACGCTGT GCAGACATTT CAAAGATCAC CCCTCAGCCA ACACATCTCG 1920 CCTCCGTCCC TCCCTCCCTT CAGAAACTTG TACTTGCTGC TGTGTGGGAC CGAATTCATG 1980 TGA 1983