Entry LACRJ01077 (LAR_1102)

B Lactobacillus reuteri (strain JCM 1112)


General Information

Description
protein kinase
Organism
LACRJ - Lactobacillus reuteri (strain JCM 1112) (Taxon-ID: 557433)
Locus
Acomplement(1261306..1263210)
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MNPGYEIGHR YRIIRSLGEG GMANVYLAHD MVLDRDVSVK LLRLDLRDDP STKRRFHREA    60
MAATQLNDPH IVGIYDVGED HGLQYMVMQY VKGTDLKAYI KKHYPIPLPQ VIDIMEQVLS   120
AVATAHAHGI IHRDLKPQNI LIDENKNVKI TDFGIAVAVS QDSLTQTNTL MGSVHYLSPE   180
QARGSIATKQ SDIYSLGIIL FELLTGKVPF EGETAVSIAL KHFREEIPSV REQNKEIPQA   240
LENVIIKATA KEPAERYSSV NEMAADLKTV LDPERANEPR LKIQQDDNGE TKVLDIKHLK   300
ADDYQPKKST DSPTVDPSTK PQKWKKYGIV SGTLGMIVLI AVCSWWFLIR QVIIPDVEGM   360
TVQKAEQRLH QQNLRIGKIT LVNSQAVDKN RIVSTNPDVS HKTRVSTPIN LTVSTGVKQL   420
QMADYVGDDY SSVAANLRRK GFQVHQEPVY SDDIDKGQII RQNHKKGTIV KPAANTIIFR   480
VSAGKEPIKI PNFKNQDISA VQQFANKNNL QLTTQEKKSK IIATNHVINQ TPRAGSTLNH   540
GDTLTVSIAN SGNQTKTTNI QINIPFDGNG GQRENRVQVY IRDANHNLTM EYQDITINQE   600
TTINVPFTLK QGETGAYRVV RNGRTIMSAT NITG                               634

Coding Sequence

Download: Fasta
ATGAATCCTG GATATGAAAT TGGTCACCGA TATCGGATAA TTCGGTCACT GGGTGAAGGT    60
GGAATGGCTA ATGTCTACTT GGCACATGAT ATGGTTCTTG ATCGGGACGT TTCTGTTAAA   120
CTATTGCGTC TTGACTTACG GGACGATCCA AGTACTAAAC GGCGATTTCA CCGGGAAGCA   180
ATGGCCGCGA CGCAGTTAAA TGATCCTCAT ATTGTTGGAA TTTATGACGT TGGTGAGGAT   240
CATGGCTTGC AATACATGGT AATGCAATAT GTAAAGGGGA CAGACCTTAA AGCATATATA   300
AAAAAGCACT ATCCGATTCC ACTTCCACAA GTTATTGATA TTATGGAACA GGTGCTTTCA   360
GCAGTTGCGA CTGCCCATGC GCATGGGATT ATCCACCGGG ACTTAAAACC ACAAAATATC   420
TTAATTGATG AAAATAAAAA CGTTAAAATT ACTGATTTTG GAATTGCTGT TGCTGTATCG   480
CAAGACTCAT TAACGCAGAC TAATACCTTG ATGGGGTCAG TTCACTACCT ATCCCCAGAA   540
CAAGCGCGAG GAAGCATTGC TACTAAACAA TCAGATATCT ATTCACTAGG AATTATCTTG   600
TTTGAACTTC TAACTGGAAA GGTTCCATTT GAGGGAGAAA CGGCTGTCTC AATTGCCTTG   660
AAGCATTTCC GTGAAGAAAT TCCTTCTGTT CGTGAACAGA ACAAAGAAAT TCCTCAAGCA   720
CTCGAAAACG TAATCATTAA AGCGACTGCA AAGGAACCAG CTGAGCGGTA TAGTTCAGTT   780
AATGAAATGG CGGCTGATTT GAAAACCGTC CTTGATCCAG AAAGAGCTAA TGAGCCGCGG   840
TTAAAGATCC AACAAGATGA TAATGGAGAA ACTAAGGTGT TAGATATTAA ACACCTAAAA   900
GCTGATGATT ATCAACCAAA GAAGTCAACT GATTCACCAA CCGTTGATCC ATCAACTAAA   960
CCGCAAAAGT GGAAAAAATA TGGGATTGTT AGCGGGACGC TTGGTATGAT TGTGCTGATT  1020
GCAGTCTGCA GTTGGTGGTT CTTGATCCGT CAAGTAATCA TCCCCGATGT AGAAGGAATG  1080
ACGGTACAAA AGGCAGAGCA ACGATTGCAC CAGCAAAACT TGCGGATTGG TAAGATTACT  1140
CTGGTAAATA GCCAGGCAGT GGATAAAAAC CGAATTGTTT CAACCAATCC TGACGTCAGC  1200
CATAAGACCC GTGTCAGTAC CCCGATTAAT CTAACGGTTA GTACAGGAGT TAAGCAATTG  1260
CAAATGGCTG ATTATGTTGG TGATGACTAT TCTTCAGTGG CGGCTAACCT TCGTCGCAAG  1320
GGATTTCAAG TTCATCAAGA ACCAGTGTAT TCGGATGATA TCGATAAGGG ACAGATTATC  1380
AGACAAAACC ACAAAAAAGG TACGATTGTT AAGCCTGCTG CTAACACAAT TATTTTTCGG  1440
GTAAGTGCAG GGAAAGAACC AATTAAGATT CCGAACTTTA AGAATCAAGA TATTAGTGCT  1500
GTGCAACAGT TTGCAAATAA AAATAATTTG CAATTGACAA CTCAAGAGAA AAAATCAAAA  1560
ATAATTGCGA CTAACCATGT AATTAATCAG ACACCACGAG CTGGGTCAAC ATTAAATCAT  1620
GGTGATACGT TAACAGTTTC CATTGCTAAT TCTGGTAACC AAACAAAAAC GACGAATATT  1680
CAGATTAACA TTCCATTCGA TGGAAATGGT GGGCAGCGCG AAAACCGGGT GCAGGTATAC  1740
ATTAGAGATG CCAACCATAA TTTAACGATG GAGTATCAAG ATATTACAAT TAATCAGGAA  1800
ACAACAATTA ATGTGCCATT TACCCTTAAA CAAGGAGAAA CAGGTGCATA CCGTGTTGTT  1860
CGCAATGGAC GAACGATTAT GAGTGCAACA AATATTACTG GATAA                  1905