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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE27361 | 114 | 4 |  A0A087WPH0 | |||
| MOUSE27362 | 525 | 15 |  NCF2_MOUSE | |||
| MOUSE27360 reference isoform | 525 | 15 | NCF2_MOUSE |
Protein Sequence
Download: Fasta
MSLAEAIRLW NEGVLAADKK DWKGALEAFS EVQDPHSRIC FNIGCVNTIL ENLQAAEQAF 60 TKSINRDKHS AVAYFQRGML YYRMEKYDLA IKDLKEALTQ LRGNQLIDYK ILGLQFKLFA 120 CEVLYNIALM HAKKEEWKKA EEQLALATNM KSEPRHSKID KAMESIWKQK LFEPVVIPVG 180 RLFRPNERQV AQLAKKDYLG KATVVASVVH QDNFSGFAPL QPQSAEPPPR PKTPEIFRAL 240 EGEAHRVLFG FVPETPEELQ VMPGNIVFVL KKGSDNWATV MFNGQKGLVP CNYLEPVELR 300 IHPQSQPQED TSPESDIPPP PNSSPPGRLQ LSPGHKQKEP KELKLSVPMP YMLKVHYKYT 360 VVMETRLGLP YSQLRNMVSK KLALSPEHTK LSYRRRDSHE LLLLSEESMK DAWGQVKNYC 420 LTLWCEHTVG DQGLIDEPIQ RENSDASKQT TEPQPKEGTQ VVAIFSYEAA QPEDLEFVEG 480 DVILVLSHVN EEWLEGECKG KVGIFPKAFV EGCAAKNLEG IPREV 525
cDNA Sequence
Download: Fasta
ATGTCCCTGG CTGAGGCCAT CAGACTCTGG AATGAAGGGG TGCTCGCAGC CGACAAGAAG 60 GACTGGAAGG GTGCCCTGGA GGCCTTCAGC GAGGTGCAGG ACCCCCACTC GAGGATTTGC 120 TTCAACATAG GCTGCGTGAA CACTATCCTG GAAAACTTGC AGGCAGCCGA GCAGGCCTTC 180 ACCAAAAGCA TCAACAGAGA CAAGCACTCT GCAGTGGCCT ACTTCCAGAG AGGAATGCTC 240 TACTACAGAA TGGAGAAGTA CGACCTTGCT ATCAAAGACC TTAAAGAGGC CTTGACGCAG 300 CTTCGTGGGA ACCAGCTGAT AGACTACAAG ATCCTGGGGC TGCAGTTCAA GCTGTTTGCC 360 TGTGAGGTAT TGTACAATAT TGCTCTCATG CATGCCAAGA AAGAGGAATG GAAGAAAGCA 420 GAAGAGCAGT TGGCATTGGC AACCAACATG AAGTCCGAGC CCAGGCATTC CAAGATCGAC 480 AAGGCCATGG AGAGCATCTG GAAGCAGAAG CTGTTCGAGC CCGTGGTGAT CCCTGTGGGT 540 CGGCTGTTCC GTCCAAATGA GAGGCAGGTG GCTCAGCTGG CCAAAAAGGA CTATCTGGGC 600 AAGGCTACGG TTGTAGCATC TGTGGTTCAC CAAGACAACT TTTCTGGCTT CGCCCCTCTG 660 CAGCCACAGT CAGCAGAGCC TCCTCCCAGA CCCAAAACCC CAGAAATCTT CAGGGCTCTG 720 GAAGGTGAGG CACACCGCGT ATTGTTTGGC TTTGTGCCGG AGACGCCAGA AGAGCTACAG 780 GTCATGCCTG GGAACATCGT CTTTGTCTTG AAGAAGGGCA GTGATAACTG GGCCACAGTC 840 ATGTTCAATG GACAGAAGGG GCTTGTCCCC TGCAACTACC TGGAGCCAGT TGAGCTTCGG 900 ATTCACCCTC AGTCGCAGCC CCAGGAAGAT ACCTCTCCAG AATCCGATAT TCCACCACCT 960 CCTAATTCTA GCCCCCCAGG AAGACTCCAG TTGTCACCAG GTCACAAGCA AAAAGAGCCC 1020 AAGGAACTGA AGCTCAGCGT GCCTATGCCT TACATGCTCA AGGTGCATTA CAAATACACA 1080 GTGGTCATGG AGACGCGGCT TGGCCTCCCC TACAGCCAGC TTCGGAACAT GGTGTCTAAG 1140 AAGCTGGCGC TCTCGCCAGA ACACACTAAA CTGAGCTACC GGCGTCGGGA CAGCCACGAG 1200 CTTCTGCTCC TGTCCGAAGA AAGCATGAAG GATGCCTGGG GCCAAGTGAA AAACTACTGC 1260 CTGACTCTGT GGTGTGAGCA TACGGTGGGT GACCAAGGTC TTATTGATGA ACCCATACAA 1320 AGGGAAAACT CAGACGCCAG TAAGCAGACT ACGGAGCCTC AGCCTAAGGA GGGGACCCAG 1380 GTGGTAGCAA TCTTCAGTTA TGAGGCTGCC CAGCCAGAAG ACCTGGAATT TGTGGAAGGA 1440 GATGTAATCC TGGTACTGTC ACATGTGAAT GAAGAATGGC TGGAAGGGGA GTGTAAAGGG 1500 AAAGTTGGCA TTTTCCCGAA GGCTTTTGTT GAAGGATGTG CAGCCAAGAA TTTGGAAGGC 1560 ATTCCCAGAG AAGTCTAG 1578