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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MARPO10390 | 447 | 12 |  A0A2R6XB36 | |||
| MARPO10389 reference isoform | 595 | 13 | A0A2R6XB57 |
Protein Sequence
Download: Fasta
MKRRGLSTSS WITQLALLLL SSCCLPSSGQ SETGSPDGDV AALRSIRTAF QMTGKWFGAP 60 CDSPPWLGVN CNATTQRVEL IDLKARGISG FIPSTIKDLT ALKYLDLSNN KIGGPIPNAL 120 ASISSLLTLS LDNNSFCGRI PDGLLPERSD FSWSGNPSLC EPGDLCDTAG CIAQADPPRS 180 AGSEQSGGMN LIIGAVIGGL VVLGLLGGLF ITCFYLRSRK SRTISLPVVD YKQAGAKAAN 240 ENLSVSPSRS DDFQNTTPSP FPQPVENYTN ATLSQAAGYI SKQEIVTATN NFSRQIGEGG 300 YGPVFWGVLA NGKEVAVKVN KILDQGTQEF VNEVGLLTRV HHRNLVTLLC FCECGDERFL 360 VYEYQARGTL SDLLCGKEAE KHPLDWPTRL DIALNAAKGL EYLHTGCNPT IIHRDVKSNN 420 ILIDSNFVAK VADFGISKAT SDNDGTNAFS TLVRGTPGYV DPEYILSQRL STKSDVYSFG 480 IVLMELIAGC RPYGQNKDGT RFNISVMVRE ALSMGNILSI ADPALKVMDF NPESMWRVAD 540 IAFSSANREG SKRPDMTQVV RGLTEAIALE RSHDPNNPAE PPSFCRTTTF NMASR 595
cDNA Sequence
Download: Fasta
ATGAAGAGAA GAGGTTTATC AACCTCATCA TGGATCACGC AATTAGCCCT TCTGCTGCTG 60 TCATCGTGCT GTCTTCCGAG TTCTGGACAG TCTGAAACAG GCAGCCCGGA CGGAGATGTC 120 GCAGCTCTGA GAAGTATACG CACTGCGTTT CAAATGACGG GCAAATGGTT TGGTGCTCCA 180 TGCGATTCTC CACCCTGGCT GGGAGTGAAC TGCAATGCTA CAACACAGAG AGTGGAACTG 240 ATTGATCTAA AGGCGAGAGG CATCAGCGGA TTCATACCTA GCACAATCAA GGACCTAACG 300 GCGCTTAAAT ATTTAGATCT GTCGAACAAC AAAATCGGCG GGCCGATTCC AAACGCGTTG 360 GCCTCGATAA GTAGCCTCCT GACGCTGTCT TTGGATAATA ATAGCTTCTG TGGACGAATC 420 CCAGACGGTC TACTACCAGA GAGGTCTGAC TTCAGCTGGT CTGGGAATCC ATCTCTTTGC 480 GAGCCGGGTG ACCTTTGTGA CACAGCGGGA TGTATCGCAC AAGCGGATCC TCCAAGATCT 540 GCAGGAAGTG AGCAATCTGG TGGTATGAAT CTAATAATTG GTGCCGTCAT AGGCGGACTT 600 GTTGTACTTG GACTTTTAGG TGGTCTCTTC ATCACATGCT TCTACCTAAG ATCTCGTAAA 660 TCACGAACCA TTTCTCTTCC AGTCGTTGAC TATAAGCAAG CTGGAGCTAA AGCAGCTAAC 720 GAAAATCTCA GCGTCTCACC ATCACGATCA GATGACTTCC AAAATACAAC ACCTTCTCCT 780 TTTCCGCAAC CTGTGGAGAA CTATACAAAT GCAACTTTGA GCCAAGCTGC AGGTTACATT 840 TCAAAACAGG AGATCGTTAC TGCTACCAAT AATTTCTCTA GACAAATTGG AGAAGGAGGG 900 TATGGTCCTG TTTTCTGGGG AGTTCTTGCA AACGGGAAAG AAGTAGCAGT TAAGGTGAAC 960 AAAATTCTTG ATCAAGGGAC ACAGGAATTC GTGAACGAGG TCGGTCTACT CACGAGGGTT 1020 CATCACAGAA ATCTCGTGAC TCTACTTTGC TTCTGTGAGT GCGGAGACGA AAGATTTCTG 1080 GTCTACGAGT ACCAGGCGAG AGGCACTTTG AGTGATCTCC TCTGCGGAAA GGAAGCGGAA 1140 AAACATCCTC TGGACTGGCC GACCCGTCTT GATATTGCTC TGAATGCGGC AAAAGGGTTG 1200 GAGTACTTGC ACACAGGCTG CAATCCGACA ATCATTCACC GCGATGTCAA AAGTAACAAC 1260 ATACTCATTG ACAGCAATTT TGTGGCCAAG GTTGCTGATT TTGGAATTTC CAAAGCGACA 1320 TCTGATAATG ACGGTACAAA TGCTTTCTCG ACTCTAGTCA GAGGCACGCC AGGCTACGTT 1380 GATCCTGAGT ACATATTGAG CCAGAGGCTG AGTACCAAGA GCGACGTATA CAGCTTTGGT 1440 ATTGTCCTCA TGGAGCTTAT TGCAGGATGT CGTCCTTATG GACAAAACAA AGACGGCACC 1500 AGGTTCAACA TCTCCGTGAT GGTCAGGGAG GCTTTGTCAA TGGGAAACAT TTTGAGTATT 1560 GCTGATCCGG CGCTGAAGGT GATGGACTTC AATCCGGAGT CTATGTGGAG GGTGGCTGAT 1620 ATAGCCTTCT CGAGTGCAAA CAGAGAAGGT AGTAAGAGGC CGGACATGAC CCAAGTTGTC 1680 CGTGGTCTGA CGGAGGCCAT TGCGCTGGAA AGGTCCCACG ATCCCAATAA CCCTGCGGAG 1740 CCTCCTAGTT TTTGCAGGAC CACCACATTC AACATGGCCA GTCGATAA 1788