| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Lreu_0849 |
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| Symbol | |
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| ID | 5190065 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Lactobacillus reuteri DSM 20016 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009513 |
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| Strand | + |
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| Start bp | 901846 |
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| End bp | 905427 |
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| Gene Length | 3582 bp |
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| Protein Length | 1193 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 640590681 |
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| Product | hypothetical protein |
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| Protein accession | YP_001271449 |
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| Protein GI | 148544079 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 28 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCAACAA ACACTGATGG ACGTGAAGAA ATTAAACCTG TTGCACCAAC CGAGCAGACA
AAGTGGCGTG ATCCCAGCCT GGTTGGCAAA TACATGGTTG ATCCTAAAAC AGGATTGGCC
GGTCTTTTTC GATCCCCTGA CAATGGTGAG ACTTGGGTTC TTACCGATAC CGTCTATGGT
CACGTTTATA ATCAAGACGA GGTTGACAAC ATTTGGGACA ACGGTGCAGC TCATAAAGTG
GCAGATGAAA TCAAATCTGC TACGGCTGAC TTGCCAAATG TCCGTAAGCA AGCTGATGAA
GCGGTAAAAT TTGCTGAATC GGCTATTGCT GCAAGTAAGG TCAATAGTGA TGCGATCGTT
GCGCAAAGTT CGGCTGTGGT TGAAGCAAAG TCAGCAATGG ATAGTGCTAC GGCGGAAATT
CAGCAATTAA AAGCTAACGC AGCTAGCGAT GTTGCGCAAA TAGAATCAAC TATTGCTGAG
GTACAGGCTG GTGTCAACCA AGCAAAATCT GCCAATAAAT CAGCCGTCCA AGCAGTTCAA
GCCGAACTTA AATTGACAAG TGACTCGATG GATAAAGTCG AAAAGCGATT AGATGAAGTT
GATACTAGCC TTGACACTTA TGCTAAAAGT GCTACGGAAC AAGGCCATGA CATCACTCTG
ATTAAGCAGA AACAAGGCCA GTTCGAGGCT GATTTTGCTT CTGCACAGGG AAATGTTAAT
CAGATTCAGG CTGATATCAA AGGTTTACGT CAGAATGTCA AAGACAATCA AGGCAATATT
GCCACGTTGC TAACTTCTGC TGATAAGTTG CAAGCATCAA TGACAGATGC AGAGAAAAAC
ATATCTAACC TGCTTTTAAC AGCAAGCAAG TATGAGCAAA CGTTCAAAGA CCAAGACGGG
CGCTTGAGTA AAGTTGAGCA GACTGCTACT GAACATACGA GTGTATTGGC CGACGCAAAG
GGTAATATTG ATAAGGTCAC GCAGAAAGCA GACAATCTGC AATTATTACT TAGCGATGCT
CAAAAGAATA TTCAAAATAT TCAGCTTGAT GCCAAAGGAT TGCATGACAC GTTAACTGGT
CAAAATAATC AATTGGCTAG TCTTAATGTG ACACTTAACA ACTTAGATAG TAAGTATTCC
GGTATTACTG GAGACCTGCA ATCTAAACAA ACGGCTTTGA GCACTGAACA ACAGCAAACT
AAGGATATGC TATTGCGTAA AGCTGATAGG TCCGAAGTTG ATAGCGTTAA AGGAACTGTT
AATCAAGTCA GTGCCGAACA AAAGACAATG GCTGACCAGA TTAATCAGAA AGTGTCATCT
GTCGAGTATC AGACATTGAA GGATAAAGTT AATGGGATGA AGATTGGTAC TCGTAATCTT
CTTCACCATT CAGACACATT TGACGGATGG ATTAAAGGTT ATTCAGTCGC TGTTACAGCG
GATAAATATC TTGATGGTAG AATTGCTATT CTTGGAGGCG CTGGTGTAGA CGGCGGACAA
CTTACTACTT TTCTGGATGG TCCATATAAC GATGATCTAG TAACATGGGT AGTTTATGCC
AGAGCAGAGA ATGCTGGAGA TAAAATGCAT ACAGAATTAT GGGGAGGCGG AGGTTGTACA
GATCAAAGCC TCACTACCAA ATGGCAAGCT TATAAATTTT CTGGTCATAG AAATATTGAT
CACCCTGACT TTTATTTGTG GGGCTGCGTT GGTAACAAGG GAAATATTTA TGTAGCTTTA
CCCTTTGCTG TTGTTGGAAA TTATATTGGT ACATGGTTAG CTAATCCTAC TGATACCATC
ACCTCTATTA ACAAGAATGC AACTGCTATC GATGAAAATA GTAAGCTTAT TAGTTTAATG
GCAAAGCAGA CTGAGGTTGA CAATGTAAAA AATACGGCGC AACAAATTAG TTCTCGTCTT
GACATCTTAG CTGGTGAAGT TAAATCAAAA GTTGATGAAA CTAGGGTTAA TAGCATTGTT
GACGGTAAGG GCTATGCGAC AACCAGCACG GTACAATCAT TAGTCGATCA AAAAGCTGGG
ACATTAAGCG ATACTATCAC AGAGCTTGAC CGAAAGATTG GTGACAACCA CTCCGATTCA
ATCAAACGTA TCCAGTCACT TACGGCTTCA ATTGACGGCT TGCAGTCAAG AGTTACCAAC
TATCAAAATG ATACATCCTC AAAGTACACG CAACTTTCGA ACATGATCCA GTCAAAGGTT
AGTGCCAGCG ACTTCAACGC TTTGAAAGAC AAGGCGACGT GGAAGAGTAC CGACAGCATT
GACCTCAACA CCGCCGTGTT ACAGCAGAAG ATTTTCGTCA AAGGCGGATC TAATCTGCCA
CCGGGTAACT ATTGGTGGTA CGTGCAGGTT GAACCCGGCT ATGACAGCCG AATCGTCCAG
TACGCCGTGT CTGACCGGGA CAACATTCAT TACAGCCGCC AGTACGACGG AAGTAAATGG
TCTGCATGGA CGCAAGATGC TAGTGAGAGT GAAATCACCC AGCTTCGTGA TGATATTAAT
CTGCGAGTTC AAAAGGGCGA ACTGCTGTCA CAGATTAATT TAACGGCTGG TAATACGTTG
ATTCAGTCAA ATAAGCTATA CCTTGATGCT TCATCCGTAG TAATTACTGG AACGGCCTTT
ATTCCGAGTG CGGCAATTGC TAGTTTGAGT GCCGATAAGA TTAATACTGG AACACTTAAT
ACCGACAAGA TATCGTTGAG TAACGGACAT GTAAGACTAT CATCTGATGA TGACCATTTT
TATGTTCAGA CAGAAGAGAA TGCGGTTAAT AACCCTACAA CTCGGTTTAA TTTTGATGGT
ATAGACTTCA TGGATAGCTC ATATGGTAAA GAAGTTCCTC AATATAGCAT TGGGTATGAT
ACTTCTAGTG CTGATCGTCA TTTATATATC AATGCTTTTG ACCACTTTAA CTCGGGTGGG
ACAACAGCTA GCCAACTATG GTATTCAATG GTACCCGCTA TTAGTCTGAA TAATCAGGAA
ATTAACTTTG CTGCTAAAGG TAATATGCAT ATGCAAGTAG TTGATGGCGG AGTAAATATT
AAGCCAACGT TATTTTTCCA AAATAATACT AATAATGGGA CTTATACTGG CTTTACCCGT
CTTGATAATT CTAATACTGT TGAATTTAAT ACCGGTGATA ACAACGGCGA GAACTTCCAT
GTTAATTCTG GTGCTCGCTT CATGAAGTAT GTTTACTTCA ATGATTATTG CCGAGCACAA
GGATGGCTCA CTTATTCGAC CCTATCAAAG AAGACAAATA TCAAAAAGCT TGATACTAGT
CTGGCGCTAG ATAAGATCCG TCAAGATGAC CAATACCTTT ATGAGTATAA GCGGAATGTA
GCTAAGGGTG TTTACGATCC GCAAGCTAGT TTCATCATTG ATGATGTGAA CGATGTATCA
CAATACTCAG TTCCACGGGA ATTTATTGAT CAAAGCGGTA AATATCGTGA GCCGAGTGTT
GAGCTGTCAT ACCTAATCGC CGCCTTTCAA GAAATTGATA AACAAGTGCA AACACAAAAA
GAAGAAATCA AAGAATTAAA GGAGAAATTA CAACATGAAT AA
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| Protein sequence | MATNTDGREE IKPVAPTEQT KWRDPSLVGK YMVDPKTGLA GLFRSPDNGE TWVLTDTVYG
HVYNQDEVDN IWDNGAAHKV ADEIKSATAD LPNVRKQADE AVKFAESAIA ASKVNSDAIV
AQSSAVVEAK SAMDSATAEI QQLKANAASD VAQIESTIAE VQAGVNQAKS ANKSAVQAVQ
AELKLTSDSM DKVEKRLDEV DTSLDTYAKS ATEQGHDITL IKQKQGQFEA DFASAQGNVN
QIQADIKGLR QNVKDNQGNI ATLLTSADKL QASMTDAEKN ISNLLLTASK YEQTFKDQDG
RLSKVEQTAT EHTSVLADAK GNIDKVTQKA DNLQLLLSDA QKNIQNIQLD AKGLHDTLTG
QNNQLASLNV TLNNLDSKYS GITGDLQSKQ TALSTEQQQT KDMLLRKADR SEVDSVKGTV
NQVSAEQKTM ADQINQKVSS VEYQTLKDKV NGMKIGTRNL LHHSDTFDGW IKGYSVAVTA
DKYLDGRIAI LGGAGVDGGQ LTTFLDGPYN DDLVTWVVYA RAENAGDKMH TELWGGGGCT
DQSLTTKWQA YKFSGHRNID HPDFYLWGCV GNKGNIYVAL PFAVVGNYIG TWLANPTDTI
TSINKNATAI DENSKLISLM AKQTEVDNVK NTAQQISSRL DILAGEVKSK VDETRVNSIV
DGKGYATTST VQSLVDQKAG TLSDTITELD RKIGDNHSDS IKRIQSLTAS IDGLQSRVTN
YQNDTSSKYT QLSNMIQSKV SASDFNALKD KATWKSTDSI DLNTAVLQQK IFVKGGSNLP
PGNYWWYVQV EPGYDSRIVQ YAVSDRDNIH YSRQYDGSKW SAWTQDASES EITQLRDDIN
LRVQKGELLS QINLTAGNTL IQSNKLYLDA SSVVITGTAF IPSAAIASLS ADKINTGTLN
TDKISLSNGH VRLSSDDDHF YVQTEENAVN NPTTRFNFDG IDFMDSSYGK EVPQYSIGYD
TSSADRHLYI NAFDHFNSGG TTASQLWYSM VPAISLNNQE INFAAKGNMH MQVVDGGVNI
KPTLFFQNNT NNGTYTGFTR LDNSNTVEFN TGDNNGENFH VNSGARFMKY VYFNDYCRAQ
GWLTYSTLSK KTNIKKLDTS LALDKIRQDD QYLYEYKRNV AKGVYDPQAS FIIDDVNDVS
QYSVPREFID QSGKYREPSV ELSYLIAAFQ EIDKQVQTQK EEIKELKEKL QHE
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