Entry ORYRU18978 (A0A0E0NXK1)

E Oryza rufipogon


General Information

Organism
ORYRU - Oryza rufipogon (Taxon-ID: 4529)
Locus
3join(20133215..20133442, 20133962..20134379, 20134466..20134977)
Number of exons
3

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MTLTSIRRHS STASQRNSWV SCTHRTRERE RERERERERE REHRSTPPLR RRTQRKREGR    60
RGRAEEGMEE QKHTDKAKAK LSMLKSKVIC CKLYISESQN AKVVDAITRI GQKDPEVVLL   120
SKFEDDHYNR VRYTLASYII NENSTGEVKF SPMRRVLLEM IEKAFSTINL ETHTGTHPRI   180
GVIDDMSFHP LNQATMEDAA QLAKTVASDI GNFLQVPVFL YGAAHPTGKP VTAVRRELGY   240
FQPNYMGIQW MGQVLPDILP VKPDEGPDHV SRERGAIMIG AAPLPLNYNV PVLSKDIPTI   300
RRITRRVTGR GGGLPTVQAL ALSHGDDCTE IACFLDPDHV SADQVQQQVE QIAAEQGLEV   360
EKGYFTDFSK DAMLEKYFKI VLSVD                                         385

Coding Sequence

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ATGACGCTTA CCTCTATAAG AAGGCATAGC TCCACCGCTT CTCAGAGGAA CAGCTGGGTC    60
AGCTGCACAC ATAGAACCAG AGAGAGAGAG AGAGAGAGAG AGAGAGAGAG AGAGAGAGAG   120
AGAGAGCATA GGTCCACTCC ACCACTCCGC AGACGCACAC AGAGGAAGAG GGAGGGAAGG   180
AGAGGGAGAG CTGAAGAAGG CATGGAGGAG CAAAAGCACA CAGACAAGGC AAAGGCAAAG   240
CTCAGCATGT TGAAATCAAA GGTGATCTGC TGCAAGCTCT ACATTTCTGA AAGCCAGAAT   300
GCCAAGGTTG TTGATGCAAT CACTCGCATT GGCCAGAAAG ACCCTGAGGT TGTTTTGCTC   360
AGCAAGTTCG AAGATGACCA CTACAACCGT GTCCGTTACA CGCTTGCGTC TTATATCATC   420
AACGAGAACT CAACTGGTGA AGTGAAATTT AGCCCAATGA GGCGAGTATT GTTGGAGATG   480
ATTGAGAAAG CGTTTTCAAC CATAAACCTT GAAACGCACA CTGGAACTCA CCCAAGGATT   540
GGAGTCATTG ATGACATGTC CTTCCACCCC TTGAATCAAG CCACAATGGA AGATGCTGCT   600
CAACTGGCTA AGACTGTGGC CTCTGACATT GGCAACTTCT TACAAGTCCC AGTATTCTTG   660
TATGGAGCAG CACACCCCAC TGGCAAACCT GTGACTGCAG TACGGCGTGA ACTGGGCTAC   720
TTCCAGCCAA ATTACATGGG CATCCAATGG ATGGGTCAGG TACTCCCTGA TATTCTGCCG   780
GTGAAGCCAG ATGAGGGCCC AGATCATGTT TCTCGTGAAA GAGGTGCCAT AATGATCGGT   840
GCTGCACCTT TACCCCTGAA CTATAATGTG CCGGTACTAT CGAAGGATAT CCCAACCATA   900
AGAAGGATCA CCCGAAGGGT GACTGGTCGT GGTGGAGGAC TCCCGACAGT GCAAGCGCTT   960
GCCCTTTCCC ATGGTGATGA CTGCACAGAG ATTGCATGCT TCCTGGATCC AGATCATGTC  1020
AGTGCCGATC AGGTTCAGCA GCAGGTGGAA CAGATAGCAG CAGAGCAAGG ACTTGAGGTT  1080
GAAAAGGGGT ACTTCACTGA CTTCTCAAAG GATGCAATGC TTGAAAAATA CTTCAAGATT  1140
GTGTTGTCTG TTGATTAA                                                1158