| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Lreu_0750 |
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| Symbol | |
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| ID | 5188621 |
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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 | 820909 |
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| End bp | 824256 |
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| Gene Length | 3348 bp |
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| Protein Length | 1115 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640590583 |
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| Product | DNA polymerase III catalytic subunit, DnaE type |
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| Protein accession | YP_001271351 |
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| Protein GI | 148543981 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0587] DNA polymerase III, alpha subunit |
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| TIGRFAM ID | [TIGR00594] DNA-directed DNA polymerase III (polc) |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | GTGGATTTTA CGCCCTTAGA TGTTAAGAGT AGTTATAGTT TGCTAAAAAG TCCAACCCGG
ATTTCTGACC TAGTTACAAC GGCTAAGGAA CGAGGGTATA AGGCATTAGC GTTAACAGAC
GAAAATGTTT TATATGGGGC TGTCGAATTT TATAATGCAG CTAAAAAAGC AGGAATTAAA
CCCATTCTCG GCTTGCGGCT GGTAGTTGCA TTAAATGAGA CAGATGGTAC CAAGCTAGAT
TTAGTATTTC TAGCTAAGAA TCAACGAGGG TACCAGCATC TGATGGACTT ATCGACGCTT
CAGCAAACAC GAAAAGATAA AAAAATATCT TTAACGATTG CACAAATTAG TCCTTTATTG
GGTGAATTGT TTATAATTAT TCCTCCTCAA AGTACGGTTT TTAGTGTACT TGCTCAGCCA
ACATCAATTT TAACTGAGCT TGCTAATCTG GGGGATGATG ATAGCGTCCT GTTAGGAGTC
AATTCGCGGT TAGATGACGT TCAAATAGAT ACCTTGCAGC AATTATCAAA ACAATTATCT
TTACCATTAG TAGGGACGTC TCCAGTTGAT TATTTAAATG CTAATGATCT TTTTGCTAGT
CGGGTTTTAC AAGCGATTGA TGCCGGAGTT GAGTTAAAAG ATCCGACAAT AGAAGCGGGA
CGAAGAGGAC AACATTATCT TCATTCGAAA GAACAGATTG TCCAAGATTA CAATGCAAAG
GGGCTTAGTG CAGCCGCGCA AAAGACAGTT GAAGTAGCAG CCCTGTGCAA CGTTGAACTT
CAATTTAGGG CCCCGGTCCT TCCTCATTTT AAAAATCAAG CAGGGATACC ATCGCAACAA
TATTTACGTT CCCTATGTAT TCAAGGATTG AAAAAAAGAC GAGTAGCACC AGGAAAAACT
ATTCAACAGT ACCAAGAACG TTTAGCGATG GAATTAAAAG TAATCCATGA AATGGGCTTT
GATGATTATT TCTTAATTGT ATGGGACGTA ATGAATTTTG CTCACCAGCA AAAGATTACG
ACCGACCCTG GACGAGGATC AGCTGCGGGA TCGTTAGTTG CCTATGCTTT AGCAATTACA
GAAGTTGATC CTTTGCAATA CGACTTATTA TTTGAACGCT TTCTGAACCC AGAACGAGCT
CAAATGCCCG ATATTGACTT AGATATTCCT GATAATCGGC GTGATGAAGT TTTGCAGTAT
GTACATCAAA AATATGGTCA CCAACGCGTA GCCCAAATTA TTACTTTTGG AACGTTGGCT
GCTAAACAGG TCGTTCGTGA TGTGAGTCGG GTCTTTAACT TACCCCGTTA CGATATGCAA
AGGTTAATCG ATGCATTACC GCATGGCCTT CACGTGACAC TCAAAGATGC ATTAAAGGAG
TCACAACAAT TAAAAAATCT TCTTGATGAT AATCCTAAAT TTCGTTTGCT GATTCAAGTT
GCACAGCAAT TAGAGGGATT GCCGCGTCAT TATTCAATTC ACGCGGCAGG TATTGTCCTT
TCTGAGCAGC CATTACATGA AATTGTGCCG TTACAAGATG GTAGTGATGG CTTATTAATG
ACGCAGTTTG CCAAAGACAC AGTAGAAGCG CTGGGGCTAT TAAAAATGGA TTTTTTGGGA
TTGAAGAACC TTTCAATCAT GGATAACACC CTTCAAATGA TTCGGCAAGA AGACCCTACT
TTTGATTTGC AAAAAATTAA CTTTAATGAT CAGTTGACTC TTCAACTGTT CCAGCGAGGA
AAAACTGAAG GGATTTTTCA ATTTGAATCA AGTGGGATCA GAAATGTATT GGTCAATCTT
CATCCAACGA ATTTTGAAGA TATTGTGGCA GTGAATGCAC TTTATCGTCC GGGCCCAATG
GAAAATATTC CTCACTTTAC CGCCCGCAAA GCTGGAAAAG AGAAAATTAC TTATCCTGCT
CCTTCACTTG AAAAAATTCT GGGACCAACT TACGGTATTT TGGTCTATCA AGAGCAGGTA
ATGCAACTGG CCTCGGTAAT GGCTGGCTTT ACCTTGGGAG AGGCGGATCT TTTACGCCGG
GCAATGAGTA AGAAGAAAAA GGCCACAATG GAGGATATGC GGACAAAATT TATTGCTGGC
GCAACAGAAC ACGGATATTC AGCACAAGTT GCTCACCAGG TATTTGAATA TATCGATCGC
TTTGCTAATT ACGGGTTCAA TCGTTCGCAT GCAGTTGCCT ATTCTATGAT GGCGTTTGAG
ATGGCATATT TGAAAGTTCA TTACCCTGCA GCTTTTTTTA CAGCCCTAAT GAATGCAGAA
ACTAATATTG AGAAATTGAA ACGTCACGTG GGGGATGCAA AGCAATTTGG CGTTAAGATT
AGTAGTCCGC GAATCAATAT AAGTGAGAGT AGCTTTCTGT TGCATGATGA GACAGTTTAC
TTTGGCTTCT CTGCTATTAA AGGAGTACGT CGTGATTTTA TCGCCGCAAT TCTGGAAGAA
CGGCAGGAAA ATGGTAAGTT TACAGATCTT CGTAATTTTA TTGCGCGTAT TCCAGAACGT
TGGCAAAAAC AAGAATTAAT CGAACCGTTA ATCTATAGTG GGGCCTTTGA TAAGATGGGA
TATAACCGAG CGGAGATGAT TGACGCCCTT CCTAAATTAA TTTCCGGGAT TGAGTTGTTT
GCTGGTTTTG CTAATTTTGA CGATCCAGCT CTCCAAACGG CAATTGACCA ACGAAATGAA
TTCCCTCTGT TGACCCGTTT AACGAAGGAG AATGAATACT TAGGAGTATA TCTTTCCGGC
CACCCGGTTA CTCAATATTA CCAATTAGGA CAGCAGCTCC ATGCAACTAA AATTGCTGAT
TTATACCCGA ATTCAGAAGC GACAATAATT GTCCTTACAA ATCATGTTAA GACTATTTAT
ACTAAACGTG AACATCGAGA AATGGCCTTT GTTAATGGAA CAGATGAGAC CGGAGCAATT
GATATTACTG TCTTTCCTAA ACAATATCAG CAGTTCAAAG AGCAACTAGA AACAAATAAG
ATTTTAATTG TCAGAGGTCG AGTAGAATAT CGTGAGGGAC GGGGTCTACA ATTAGTTGCT
AATCAATTGC AGGATGTTAA AAAAGGTCAA CAGAAACGCC GCAAGCAACG ATGGGTTTTA
CGAATCTTAC CGTCATTGGA CACTGAGATG GTGCATCGAG AGTTAAATAA TATTTTTAAT
GAATACCATG GTTCAATTCC TGTCTTGTTG TTTTATCCAG CAACCGATAA GAAGATCCTG
CTTGACCAAA AACGATGGTT AGAAAATTCT CAGAAAGCAA AAAAGGCGCT TGGCGCCGTT
CTTGGCCAAG AAAACGTTGT CTTACAACAG CTTAATAGTA ATCACTGA
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| Protein sequence | MDFTPLDVKS SYSLLKSPTR ISDLVTTAKE RGYKALALTD ENVLYGAVEF YNAAKKAGIK
PILGLRLVVA LNETDGTKLD LVFLAKNQRG YQHLMDLSTL QQTRKDKKIS LTIAQISPLL
GELFIIIPPQ STVFSVLAQP TSILTELANL GDDDSVLLGV NSRLDDVQID TLQQLSKQLS
LPLVGTSPVD YLNANDLFAS RVLQAIDAGV ELKDPTIEAG RRGQHYLHSK EQIVQDYNAK
GLSAAAQKTV EVAALCNVEL QFRAPVLPHF KNQAGIPSQQ YLRSLCIQGL KKRRVAPGKT
IQQYQERLAM ELKVIHEMGF DDYFLIVWDV MNFAHQQKIT TDPGRGSAAG SLVAYALAIT
EVDPLQYDLL FERFLNPERA QMPDIDLDIP DNRRDEVLQY VHQKYGHQRV AQIITFGTLA
AKQVVRDVSR VFNLPRYDMQ RLIDALPHGL HVTLKDALKE SQQLKNLLDD NPKFRLLIQV
AQQLEGLPRH YSIHAAGIVL SEQPLHEIVP LQDGSDGLLM TQFAKDTVEA LGLLKMDFLG
LKNLSIMDNT LQMIRQEDPT FDLQKINFND QLTLQLFQRG KTEGIFQFES SGIRNVLVNL
HPTNFEDIVA VNALYRPGPM ENIPHFTARK AGKEKITYPA PSLEKILGPT YGILVYQEQV
MQLASVMAGF TLGEADLLRR AMSKKKKATM EDMRTKFIAG ATEHGYSAQV AHQVFEYIDR
FANYGFNRSH AVAYSMMAFE MAYLKVHYPA AFFTALMNAE TNIEKLKRHV GDAKQFGVKI
SSPRINISES SFLLHDETVY FGFSAIKGVR RDFIAAILEE RQENGKFTDL RNFIARIPER
WQKQELIEPL IYSGAFDKMG YNRAEMIDAL PKLISGIELF AGFANFDDPA LQTAIDQRNE
FPLLTRLTKE NEYLGVYLSG HPVTQYYQLG QQLHATKIAD LYPNSEATII VLTNHVKTIY
TKREHREMAF VNGTDETGAI DITVFPKQYQ QFKEQLETNK ILIVRGRVEY REGRGLQLVA
NQLQDVKKGQ QKRRKQRWVL RILPSLDTEM VHRELNNIFN EYHGSIPVLL FYPATDKKIL
LDQKRWLENS QKAKKALGAV LGQENVVLQQ LNSNH
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