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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| NEOBR24909 | 768 | 15 |  A0A3Q4H7K1 | |||
| NEOBR24910 | 766 | 15 | A0A3Q4HKR9 | |||
| NEOBR24908 reference isoform | 764 | 17 | A0A3Q4HBP2 |
Protein Sequence
Download: Fasta
FFPLCVFQMD LKVILISLLL GVFCYCNPQK EGNECISANA KHCGECIQAG AKCGWCEQEV 60 RELKCSAVLT AAEAIFMFYV RGAVLVKLLE KIIPLRQPQS FDLKFKRAED YPIDLYYLMD 120 LSYSMKDDLE NVKNLGTSLM LEMKKITSDF HIGFGSFVEK TVMPYISTTP SKLLNPCTGD 180 QNCTSPFSYK NVLSLTSDGN MFNSLVGKQQ ISGNLDSPEG GFDAIMQVAV CGEIGWRNVT 240 RLLVFSTDAG FHFAGDGKLG GIVLPNDGKC HLEDNVYTMS HYYDYPSIAH LVQKLSDNNI 300 QTIFAVTEEF QPVYQELKNL IPKSAVGTLS ANSSNVINLI IDAYNSLSSE VILDNSKLPE 360 GVEIEYKSQC KNGVVNDKDD GRKCSNISIG DEVNFNITVT SKGCPNEGKS ETIKIKPLGF 420 TEEVEIILNF ICDCQCQNND VVKKSEKCSL NGTFECGACR CFEGRVGRNC ECSSNDMATD 480 DMDHNCRKNN NTDICSNNGE CVCGTCECKK RPNPEERYSG QFCECDNFNC DRSGNKLCGG 540 NGRCVCRECI CDPMWSGRAC DCSLDNSTCL ATNKQICNGR GRCECGVCKC TDPKFQGPTC 600 ETCPTCPGVC CIQAGATSKM KTCKEECSYF NLITVKDRNK LPQPNDYPYP VMHCKERDAN 660 DCWFYYTYAV NDTEREVHVV DKLDCPSGPD IIPIVAGVVA GIVLIGLALL LIWKLLMIIH 720 DRREFAKFEK EKMNAKWDTQ ENPIYKSPIN QFQNPNYGRK AAVL 764
cDNA Sequence
Download: Fasta
TTTTTCCCCT TGTGTGTTTT TCAGATGGAC CTGAAGGTGA TCTTGATATC TCTGTTGTTA 60 GGAGTCTTTT GCTACTGTAA TCCTCAGAAA GAGGGGAACG AGTGCATCAG TGCCAATGCC 120 AAACACTGTG GGGAATGCAT CCAGGCTGGA GCCAAATGTG GCTGGTGTGA ACAGGAAGTA 180 CGTGAACTGA AGTGTTCAGC TGTTCTCACT GCTGCGGAAG CCATTTTTAT GTTTTATGTT 240 AGAGGAGCAG TGTTGGTCAA GTTACTTGAA AAAATAATCC CATTACGTCA GCCCCAGTCT 300 TTTGACTTGA AGTTCAAACG AGCTGAAGAT TATCCCATTG ACCTGTACTA CTTGATGGAC 360 CTGTCCTACT CAATGAAGGA TGATCTGGAG AATGTCAAGA ACCTGGGAAC CAGTCTCATG 420 TTGGAGATGA AAAAGATCAC CAGTGACTTT CATATAGGTT TTGGTTCGTT TGTGGAGAAG 480 ACGGTCATGC CTTACATCAG CACCACTCCA TCCAAGCTGC TAAACCCGTG CACAGGGGAC 540 CAGAACTGCA CCAGCCCCTT CAGCTACAAG AATGTCTTGA GTCTGACCAG TGACGGTAAT 600 ATGTTCAACT CTCTGGTGGG CAAGCAGCAA ATCTCAGGAA ACCTGGACTC TCCAGAGGGG 660 GGCTTTGACG CCATCATGCA AGTGGCTGTT TGCGGGGAAA TTGGCTGGAG GAATGTTACG 720 CGTCTGCTGG TGTTCTCCAC TGATGCCGGT TTCCACTTTG CTGGAGATGG CAAACTGGGA 780 GGCATTGTAC TGCCTAATGA TGGAAAATGT CACTTGGAGG ACAATGTGTA CACAATGAGC 840 CACTATTATG ATTATCCCTC AATTGCTCAC CTGGTGCAGA AGCTAAGCGA CAACAACATT 900 CAGACTATCT TTGCAGTCAC AGAGGAGTTT CAGCCTGTGT ACCAAGAACT GAAGAATCTG 960 ATACCAAAGT CTGCAGTGGG TACACTGTCT GCCAACTCCA GCAATGTAAT CAACCTCATC 1020 ATAGACGCTT ACAATTCTCT CTCATCTGAA GTTATTCTAG ACAACAGCAA GCTTCCAGAG 1080 GGAGTGGAGA TAGAGTACAA ATCGCAGTGT AAGAACGGAG TGGTTAACGA CAAGGACGAT 1140 GGACGAAAGT GCTCCAATAT CTCAATTGGA GACGAGGTCA ACTTTAACAT CACTGTGACA 1200 TCTAAGGGCT GTCCAAATGA AGGCAAGAGT GAGACCATCA AGATAAAGCC CCTGGGATTC 1260 ACAGAGGAGG TGGAGATTAT CCTCAACTTC ATCTGTGACT GTCAATGCCA GAATAACGAT 1320 GTTGTTAAAA AAAGCGAAAA GTGCTCCTTA AATGGGACCT TTGAGTGTGG AGCGTGCAGG 1380 TGTTTTGAAG GCCGTGTGGG TAGAAATTGT GAATGCAGCA GCAACGACAT GGCTACAGAC 1440 GACATGGATC ACAACTGCCG TAAAAACAAC AACACGGATA TCTGCAGCAA CAACGGAGAA 1500 TGCGTGTGCG GCACATGCGA GTGCAAGAAG AGACCCAACC CAGAGGAAAG GTACAGCGGC 1560 CAGTTCTGCG AGTGTGACAA CTTCAACTGT GACCGCTCTG GAAACAAACT GTGTGGAGGG 1620 AATGGACGAT GTGTGTGCAG GGAGTGTATC TGCGACCCCA TGTGGAGCGG TAGAGCCTGT 1680 GACTGTTCTC TGGACAACAG CACATGTTTG GCCACCAACA AACAGATCTG TAACGGCAGA 1740 GGAAGATGCG AGTGTGGTGT TTGCAAGTGC ACAGACCCCA AGTTCCAGGG TCCCACATGT 1800 GAAACGTGCC CTACCTGTCC AGGAGTCTGC TGCATCCAGG CTGGAGCAAC CTCGAAGATG 1860 AAAACATGCA AAGAGGAGTG CAGCTACTTT AACCTGATTA CAGTGAAGGA CAGGAACAAG 1920 CTGCCGCAGC CCAATGACTA CCCTTACCCC GTGATGCACT GCAAGGAGAG GGATGCCAAT 1980 GACTGCTGGT TCTACTATAC CTACGCTGTC AACGACACGG AAAGGGAAGT CCATGTGGTC 2040 GACAAGCTGG ACTGCCCCTC CGGTCCTGAC ATCATCCCCA TTGTGGCCGG CGTGGTCGCA 2100 GGCATTGTCC TCATTGGCTT AGCCCTGCTG CTGATCTGGA AGCTGCTGAT GATCATCCAC 2160 GACAGAAGAG AGTTCGCCAA GTTTGAAAAG GAGAAGATGA ACGCCAAATG GGACACGCAA 2220 GAGAACCCCA TATACAAGAG TCCCATCAAT CAGTTCCAGA ACCCAAACTA TGGACGTAAA 2280 GCTGCTGTTC TTTAA 2295