| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Lreu_1346 |
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| Symbol | |
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| ID | 5188643 |
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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 | 1397706 |
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| End bp | 1401797 |
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| Gene Length | 4092 bp |
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| Protein Length | 1363 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640591196 |
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| Product | dextransucrase |
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| Protein accession | YP_001271934 |
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| Protein GI | 148544564 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5263] FOG: Glucan-binding domain (YG repeat) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | GTGAACCTGC CAACAATTCC TAATACAAAT GTCCAAACCG ATAATAATTG GTATTTAGTA
GATAATGGTA TTGCACAATC TGGCGTTCAA CAATGGGCTG GTTCTTACTA CTACTTTAAC
CCTTCTACAT ATCTTCGAGT AGATAATGAA TATCGTCAAT CTCAGTGGGG AGATTGGTAT
ATGTTCGGTA AAGACGGACG AGCTGTTACC GGTCTTTATG ATTACAATGG AAATACGTAT
TATGCTAATC CTACAACCTA TCTCCGTGAA ACTAATAAGT ATATTTCTAC TTCTAAAGGA
AATATGCTAC TAGGAAACGA TGGGGCAGCT CTATCCGGTA TTCAAAGTGT TAATGGTAAA
TATTACTATT TTGATCCCGT AACTCATCTT CAAGCTAACA AGGAAAATTA TGTTCAATCT
CAATGGGGCG ACTGGTACCT GATTGGCAAC GATGGTCAAG TATTATCTGG CGTTCAACAG
TGGGCCGGAA CATATTATTA CTTTGATCCT ACAACTTATT TGCGTGTAGA TAACGATTAT
CGTCAGTCGC AATGGGGACT TTGGTATATG TTTGGTCACG ATGGTCGGAT TGTGACTAAA
GTTTATCCGT GGGCCGGAAC ATATTACTAC TTTGATCCCA CAACTTATTT GCGTGTAGAT
AATGCTTATC TCCAATCTCA ATGGGGTGAT TGGTACCTCT TTGGTAATGA TGGTCGGATT
CAAAGTGGTG TTCAGCGATG GGCTGGAACA TATTATTACT TTGATCCTAC AACTTATTTA
CGGGTCGATA ATGATTATGT AACATCTCAA TGGGGATCTA AGTACATGTT TGGTCCAGAT
GGTCGAATTG TGACTGGTCT ATATAAATGG AGTAAAAATA ATCAATTATA TTACTTTGAT
CCTGTAACTT ACCTTGCAGT AACTAATAAT TATATCAAAG CTAATAATGG TAACTGGTAC
TTGTTTACAG CAGATGGAAC AGCAGCAAGT AAGGTTGCTC CATGGGCTGG TAGCTACTAT
TACTTTGATC CGGTAACCCA CTTACGGGTC GATAATGCCT ATGTTCAATC TCAATGGGGC
GACTGGTATA TGTTCGGCCC TGATGGTCGA ATTGTTACTG GCTTGAAAGA ATGGTATGGT
AGCTATTACT ACTTTGACCC AACTACTTAT CTTAAGGTTA CAAATAAGTG GATTGATAAT
AAATACTTTG GTCCAGATGG TCGTCAAGCA ATTTCATCAT TAGAAAATAT TAATAATAAA
TTTTATTGTT TTGATGGCAA TGGTCAGATT ATTCGTAACC AATTCAAGAA AATCGACACT
CACACTTATT ACTTTGGTTC CGACGGTGCA GCATTAGTTG GTAAGCAAAC AATAGATGGT
AAGAACTACC ACTTCGCATC AAATGGTCAA CTATTAGGAA ATCTTTATGG AAAGATTGTT
GATGGCAAGT TTAATATCTA TGACTCGTTA AGCAATAAGC TGATTAAGAC TCTTGATTCA
GGTGATTGGG AGAATATGGC TTATAGTCAG GATTCTTCAT CAATTAATAA TACTGATGGT
TACCTAAGTT ATTCTGGTTG GTATCGTCCT TATGGTACGA GCCAAGATGG TAAGACATGG
TATAAAACAA CTGCCAGTGA TTGGCGCCCA TTATTAATGT ATACATGGCC AAGTAAAGAT
GTGGAAGCCA AATTTATTAA ATACTTTGTT GATAATGGCT ATACCAATAC TGATTATGGA
TTAACTAAGG ATAACGTAAC TAATCTTTCG CAAGATACTG ATACCCAAAC ATTAAATAAA
TATGCTCGTA ATCTTCGCTT CGTAATCGAA AAGAGTATTG CTGCTAATAA GTCAACTGGT
CCATTAGCAA ATGATATTAA TAAGTTTATG CTAACGATTC CTGAATTATC AGCTAAATCT
GAATTGCCGG TAGAATATAG CAATGGCTAT GTTCCAGATG TTAGTGGTTC AATTGATAAT
AACCAGCTAA TCTTTATTAA TAACAATTCA GATAATCAAG CTAAGGGTAA TACTAGCTAT
GCTGATAGCA ATTATCGTTT AATGAACAGA ACCATTAATA ATCAGACAAA TAATGATAAT
AGTGATCAGA GTCCAGAATT ATTAGTTGGT AATGATATTG ATAATTCAAA TCCAGCTGTC
CAAGCTGAAA ACTTTAATTG GGAATACTTC CTATTAAATT ACGGTAAACT AATGAAGTAT
AATGCTGATG GTAATTTTGA TGGTTTCCGG GTAGATGCTG CAGATAACAT TGATGCAGAT
GTGCTGGATC AATTGGGACA ACTTGTTAAT GATATGTATC ATACGAAGGG TAACCAGGAA
AATGCTAACA ACCATTTAGT ATATAACGAA GGTTACCACT CAGGTGCTGC TAGAATGCTT
AATGATAAAG GAAATCCTGA ATTATTTATG GATGCGGGAT ATTTCTATAC ATTAGAAAAT
GTTTTAGGAC AAGCTGAAAA CAAACGAGAC AATGTTAATA ACCTAATAAC CAATAGTGTC
GTTAACCGAG CTAATGATAT TACTGAGAAT ACCGCTACGC CTAACTGGTC ATTTGTAACT
AATCATGATC AGCGAAAGAA TGTGATTAAT CAAATTATTA TTGACAATCA TCCTAATATT
CCAGATATTA TGGCTAATAG CTATAAGTCG ACTTATGCTC AAAAAGCATG GGATGAATTC
TATGCAGATC AAGCAAAGGC TGATAAGAAA TATGCTCAGT ATAACTTGCC AGCACAATAT
GCTCTGCTAT TAAGTAATAA AGATACGGTT CCACAGGTAT ACTATGGCGA TTTATATAAA
GAAACCGATC AGTATATGAA GACGAAGTCA ATGTATTATG ATGCAATTAC TACACTGATG
AAAGCACGTG GTGAATTTGT TAACGGTGGT CAGACAATGA CTAAAGTGAA TGATAATCTT
ATTACCAGTG TTCGGTATGG TAAAGGAGTT GTCGATGTAT CGAGCAACGG TACAGATCCA
TTAAGTCGTA CTACTGGAAT GGCCGTTATT GTCGGGAATA ATCCGTCAAT GAGTGAGCAG
GTAGTAGCAA TTAATATGGG ACTTGCCCAT GCTAATGAAC AATATCGTAA TCTAATTGAT
AGTACTGCTG ATGGATTAAC CTATAATAGC AACGGTTCTG TAAATCCATC AGTCCTTACA
ACTGATAGTA AGGGTATTTT ACGGGTTACG GTTAAGGGTT ACAGTAATCC TTATGTAAGT
GGCTATCTAA GTGTTTGGGT ACCGTTAATT AATGGTACTC AAAATGCTCG GACAAGTGCA
CAAGAAGTCC GAAATGTTCC TGGAAAAGTA TTTACTTCTA ATGCAGCCTT AGATTCACAT
ATGATTTATG AAGACTTCTC CTTGTTCCAG CCAGAACCAA CTACCGTTAA TGAACATGCC
TATAATGTAA TAAAGGATAA TGTAGCCTTG TTTAATCAAT TAGGTATTAC TGATTTCTGG
ATGGCTCCTT CCTACACGCC ATTTAATACG AGTCGCTATA ATGAGGGATA TGCTATGACA
GATCGTTATA ATTTAGGTAC TGCAGATAAT CCTACTAAAT ATGGTAATGG AGAAGAACTT
TCTAATGCGA TTGCAGCACT TCATCAGGCT GGTTTAAAGG TTCAAGAAGA CCTTGTGATG
AATCAGATGA TTGGTTTCTC AACTCAAGAA GCTGTTACAG TTACACGAGT AGATCGTGAT
GCAAAACAGT TAAGTGTTGA TGGTCAAACG TTTGCCGATC AAATCTACTT TGGCTATACA
CGTGGTGGAG GCCAAGGTCA ACAAGATTAT GGTGGTAAGT ATCTAGCTGA ATTAAAGCAA
AAGTATCCAG ACTTGTTTAC TACAAAGGCT GCTTCCACAG GAGTGGCACC TGATCCGAAT
ACTCGCATTA CTGAATGGTC AGCTAAATAT GAAAATGGTA CTTCATTACA GAATGTTGGT
ATTGGTTTAG CAGTTAAAAT GCCTAACGGT TACTATGCAT ATTTGAATGA TGGTAATAAT
AAAGCATTTG CAACAACATT GCCTGATGCT ATATCGTCTG CAGATTACTA TGCAAACCAA
GAAAATATTT AA
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| Protein sequence | MNLPTIPNTN VQTDNNWYLV DNGIAQSGVQ QWAGSYYYFN PSTYLRVDNE YRQSQWGDWY
MFGKDGRAVT GLYDYNGNTY YANPTTYLRE TNKYISTSKG NMLLGNDGAA LSGIQSVNGK
YYYFDPVTHL QANKENYVQS QWGDWYLIGN DGQVLSGVQQ WAGTYYYFDP TTYLRVDNDY
RQSQWGLWYM FGHDGRIVTK VYPWAGTYYY FDPTTYLRVD NAYLQSQWGD WYLFGNDGRI
QSGVQRWAGT YYYFDPTTYL RVDNDYVTSQ WGSKYMFGPD GRIVTGLYKW SKNNQLYYFD
PVTYLAVTNN YIKANNGNWY LFTADGTAAS KVAPWAGSYY YFDPVTHLRV DNAYVQSQWG
DWYMFGPDGR IVTGLKEWYG SYYYFDPTTY LKVTNKWIDN KYFGPDGRQA ISSLENINNK
FYCFDGNGQI IRNQFKKIDT HTYYFGSDGA ALVGKQTIDG KNYHFASNGQ LLGNLYGKIV
DGKFNIYDSL SNKLIKTLDS GDWENMAYSQ DSSSINNTDG YLSYSGWYRP YGTSQDGKTW
YKTTASDWRP LLMYTWPSKD VEAKFIKYFV DNGYTNTDYG LTKDNVTNLS QDTDTQTLNK
YARNLRFVIE KSIAANKSTG PLANDINKFM LTIPELSAKS ELPVEYSNGY VPDVSGSIDN
NQLIFINNNS DNQAKGNTSY ADSNYRLMNR TINNQTNNDN SDQSPELLVG NDIDNSNPAV
QAENFNWEYF LLNYGKLMKY NADGNFDGFR VDAADNIDAD VLDQLGQLVN DMYHTKGNQE
NANNHLVYNE GYHSGAARML NDKGNPELFM DAGYFYTLEN VLGQAENKRD NVNNLITNSV
VNRANDITEN TATPNWSFVT NHDQRKNVIN QIIIDNHPNI PDIMANSYKS TYAQKAWDEF
YADQAKADKK YAQYNLPAQY ALLLSNKDTV PQVYYGDLYK ETDQYMKTKS MYYDAITTLM
KARGEFVNGG QTMTKVNDNL ITSVRYGKGV VDVSSNGTDP LSRTTGMAVI VGNNPSMSEQ
VVAINMGLAH ANEQYRNLID STADGLTYNS NGSVNPSVLT TDSKGILRVT VKGYSNPYVS
GYLSVWVPLI NGTQNARTSA QEVRNVPGKV FTSNAALDSH MIYEDFSLFQ PEPTTVNEHA
YNVIKDNVAL FNQLGITDFW MAPSYTPFNT SRYNEGYAMT DRYNLGTADN PTKYGNGEEL
SNAIAALHQA GLKVQEDLVM NQMIGFSTQE AVTVTRVDRD AKQLSVDGQT FADQIYFGYT
RGGGQGQQDY GGKYLAELKQ KYPDLFTTKA ASTGVAPDPN TRITEWSAKY ENGTSLQNVG
IGLAVKMPNG YYAYLNDGNN KAFATTLPDA ISSADYYANQ ENI
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