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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ORENI19025 | 393 | 9 |  A0A669E1J3 | |||
| ORENI19026 | 403 | 8 | I3K6Y4 | |||
| ORENI19024 reference isoform | 442 | 9 | A0A669BP65 |
Protein Sequence
Download: Fasta
MKNFNSSALH SHSQSTNHIR ERNSRKYSLL SVLPLRFSLR GYGFCMATLF LFCFGSLFYQ 60 LNGGPPKILL DIRQYLGLCG KNHWSVKMAP SRLFIHKDRV ARHLVSCLHD CKTRKGGSTY 120 LDDHGQPAPR VLPFPSQVIY NRVGKCGSRT VVILLRLLAE KHQFNLVSSD IHNKTRLTKH 180 EQVDLMKNIS SIPQPFLYTR HVHFLNFTRF KIEQPVYINI IRDPINRFLS NYFFRRFGDW 240 RGEQNHLIRT PGMKDDERYL DINVCILENY PECSNPRVFY IIPYFCGQHP QCREPGVWAL 300 ERAKQNVLEN YLLVGILEEL EDVLLLLERL LPHYFTGVLN IYKSPDYKKM GNMTGTVRKQ 360 TPTLEALQVL YHRMRYEYEF YNFVRDQFHL TKKKIGLKSV SKPPAYSNDF LQQLALRTPE 420 PLDEDEELET DLEDANSWLV HP 442
cDNA Sequence
Download: Fasta
ATGAAGAATT TCAACAGCAG TGCCCTTCAC AGCCATAGCC AGTCTACCAA CCACATTAGA 60 GAGCGAAACA GCAGAAAGTA CAGCTTACTC TCTGTTTTAC CGTTGCGATT TTCTCTCCGA 120 GGTTATGGGT TCTGCATGGC TACGCTGTTT CTCTTCTGTT TCGGCTCCCT ATTTTACCAG 180 CTGAACGGAG GACCTCCTAA AATCCTGCTA GACATCAGAC AGTATCTCGG GTTATGTGGA 240 AAAAATCACT GGTCAGTCAA AATGGCCCCC AGCAGGCTCT TTATCCATAA GGACAGGGTA 300 GCAAGACATC TGGTGTCGTG CCTACATGAC TGCAAGACGA GAAAAGGTGG ATCCACGTAT 360 CTGGATGATC ACGGACAGCC TGCTCCAAGA GTACTCCCGT TCCCAAGCCA GGTGATTTAT 420 AATCGGGTGG GAAAGTGCGG CAGCCGGACG GTGGTCATCT TACTGAGGTT ACTCGCTGAG 480 AAACACCAGT TCAACCTGGT CTCCTCTGAC ATCCACAACA AAACACGCCT CACTAAGCAT 540 GAACAGGTGG ATCTAATGAA AAATATCAGC AGTATTCCTC AGCCATTCCT TTATACCAGA 600 CATGTTCACT TCCTCAACTT TACAAGGTTC AAGATAGAGC AGCCTGTGTA TATCAACATA 660 ATCCGGGATC CCATCAATCG CTTCCTCTCC AACTATTTCT TCCGTCGCTT TGGTGACTGG 720 AGGGGCGAGC AGAACCACCT AATCCGAACT CCAGGGATGA AAGATGATGA GAGATACCTG 780 GACATCAATG TTTGCATCCT AGAGAATTAC CCTGAGTGCT CCAACCCAAG GGTTTTCTAC 840 ATCATCCCCT ACTTCTGTGG ACAGCATCCT CAGTGCAGAG AGCCAGGAGT ATGGGCTTTG 900 GAGAGGGCCA AACAGAATGT GCTGGAGAAC TACCTCCTTG TGGGGATATT GGAGGAGCTG 960 GAGGACGTTT TGCTCCTGCT AGAGAGGCTC TTACCTCATT ACTTTACTGG AGTACTCAAC 1020 ATCTACAAGA GCCCTGATTA TAAGAAAATG GGAAACATGA CGGGCACTGT GCGCAAACAA 1080 ACCCCCACTT TAGAGGCCCT GCAGGTGCTG TATCACCGCA TGCGCTATGA GTACGAGTTT 1140 TACAACTTCG TCCGTGACCA GTTCCACCTC ACAAAGAAAA AAATCGGCCT GAAGTCTGTT 1200 TCCAAACCCC CCGCCTATTC AAATGATTTC CTGCAGCAAC TGGCCCTTCG AACCCCAGAG 1260 CCTCTGGATG AAGACGAGGA GCTGGAAACG GATCTGGAGG ATGCAAATAG CTGGCTGGTT 1320 CATCCCTAA 1329