| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_1682 |
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| Symbol | |
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| ID | 4437684 |
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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 | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | - |
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| Start bp | 1571301 |
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| End bp | 1574621 |
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| Gene Length | 3321 bp |
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| Protein Length | 1106 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 639677272 |
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| Product | ATP-dependent exonuclease, subunit B |
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| Protein accession | YP_821021 |
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| Protein GI | 116628402 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG3857] ATP-dependent nuclease, subunit B |
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| TIGRFAM ID | [TIGR02774] ATP-dependent nuclease subunit B |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGAAATTAC TTTATACGGA TATGTCTCAG GATTTAACAG AAATTCTGAC GGAGCAGGCG
TCTAGCTATG CTCAAAAGGG AAAGAGGGTT TTTTATATTG CTCCTAGTGC CCTGTCCTTT
GAAAAGGAGC GAAAGGTTTT AGAATACCTG CCTCAGTCAG CATCTTTTGA CATTACGGTG
ACTCGTTTTA CTCAGATGGC TAGGTATTTT ATTCTCAATA CGAGTAACCC AAAGACTCAG
TTGGATGATA CAGGTTTGGC CATGATTTTT TATAAAGTGT TGTTGCACAT GGGCGATGAT
GAGCTCAAGG TCTATGGCCG TTTGCGTAAG GATAGCAACT TTATTAATCA ATTAGTGGAC
CTTTATAAAG AGTTGCAGCA GGCCAATATG ACAGTATTGG ATTTGCAGCA TTTGAATCAG
GTTGAAAAAC AAGAGGATTT GGTAAGGATT TTCAGTGCAG CTCAGGACCT CTTGTTGGCA
GGAGATTTTG ACAATCAATC AAAGCTTAGT GCCTTCTTTA AGGAAATTAC CTCAGGGCAT
CTGGATGAGG CCTTGAGTAA CACAGTTTTG GTCATTGATG GTTTTACCCG TTTCTCGGCT
GAGGAGGAGG CTCTGGTTGC ACTCTTGAAC GACAAGTGCC ACCAGATTGT AGTGGGGACC
TATACTAGTC AAAAAGCTTA TAAGGCCAAT TTTGTTTATG GCAATGTTTA TCAAGCCTCA
GTAGATTTCT TGAGGACTTT GGCTCAGACC TATAAGGTGA TACCCGACTA CGTGACGACA
GACAAGGAGG GCAATCGTTC TTTTGCGCGT ATTAGTCGTC TTTTGGAGAG CCGTCATGAC
TTTAGTACGG TAGATGAGAC GGTAACTGAG CAGGATAAGC ATGCCCTGAA GGTTTGGGAA
GTGGTCAACC AGAAAGAAGA AGTGGCCCAG GTTGCCAAGA GTATTCGCCA GTTGCTGGCA
GATGGCAAGC GTTACAAGGA TATTTTGGTC TTGCTTGGTG ACGAGGAGAG TTATAAGCTT
CACGTGGGGC AGATTTTCCG AAAATTTGAT ATTCCTTATT ATTTTGGTAA GGAAGAAAGC
ATGTCTAGCC ATCCTTTGGT GGAGTTTGTG GATTCGCTAG AGCGTATCAA GCGCTATAAC
TACCGTGCTG AGGATTTGCT TAACCTTGTA AAATCCGGTC TCTATGGTGG TTTTGCTCAA
GAGGATTTAG ACCTTTTTGA GTATTATGTC AATTTTGCGG ATATCAAGGG GCGTCATAAA
TTCTTGTCTG ATTTTACAGC TAATAGTCGT GATAAGTATA ATTTAGACCA GATCAATGCC
TTGCGGTCAC AATTGATAGA GCCCTTGGAC AAGTTTCTTA ATAGTCGCAA ACAAAAGGGA
TCTAGTCTAC TCAAGAAACT GGTGGTCTTT TTAGAGGCTG TGCAACTGCC AAGTCAGATG
TTTGAATTGT CCACCAAGGC CAGTGAAGCT GAAAAAGAAC AGAATGAACA GGTTTGGAAG
GCTTTCACTC ATATCTTGGA GCAGGTTGAG ACTATCTTTG GAGACGAATC GCTCTCAGTG
GACGACTTTT TGTCTATCTT GCGTTCGGGA ATGTTGGCCT GTGATTACCG TACGGTTCCA
GCCACTGTTG ATGTGGTCAA TGTGAAAAAA TACGACTTAA TACAGCCACA TTCGGCTCCG
TATGTTTTTG CCTTGGGGAT GACCCAGTCA CATTTTCCTA AGGTAGGACA AAATAAGAGT
CTTTTGTCTG ATGAGGAGCG TAGTCGTATC AATGAGGCGA CGGATGAGCA CAGGAGATTG
GATATTGTTA CGCAGATCAA TAGTAAGCGA GGTCATTTTG TGGCTATGTC GCTTTTCAAT
GCTGCTAGTG AACAATTAGT GCTTAGTCAG CCACAAATTA TAAATGAAAG TCAAGATGAC
ATGTCTGTTT ATTTGAAGGA GCTTCTTGAC CTTGGTATTC CATTGGTGGA AAAGGGACGC
AATCGTTTCG AAGCAAAGGG GGACCAGATT GGGAACTATA GAGACCTTCT GTCGACTGTC
ATTGCCCTTA ACAGTAGTCA TTTGGATCTT GACTTGGACA AAGAAACCCA GACTTTCTGG
TCGGTTGCTG TACGCTATCT CCGTAAGCGA CTTGATAAGG ATCAAGTCTT GATTCCAAAG
GTGATTGACG ATGTGACGAC AACCAAGGTG GACGATCAGG TCATGCAGTT GGTCTTTCCG
GAGGAAGAAC CACTGAAATT ATCAGCTACA GCTCTGACGA CCTTCTATAA CAACCAATAT
CTTTATTTCT TGCGTTATGT TTTGGAACTT GAGGAGCTAG AGTCTATCCA TCCGGATGCT
CGACACCACG GGACTTATTT ACACCGAGTC TTTGAGCGTG TGATGGGTGA TTCGTCATCA
GAAAGCTTCG ATGATAAATT GGAAAAGGCC ATTGCTCAGA CCAATCAGGA TCAACCTTTT
GAAATTCTCT ATACCGAGGA CCAAGAGAGT CGTTTCTCTC GTCAGATTTT GGAGGACATT
GCGCGTTCAA CTGCCAGTGT TCTACGTGAC AATGCGGCGG TTAAGGTTGA GCGTGAGGAA
GTCAAGTTTG ACTTGCTTTT AGCAAATAGC ATCAAGATTA CTGGGATTAT TGACCGAGTG
GACCGTTTAA CAGATGGTGC TCTGGGTGTT GTTGACTATA AAACAGGTAA AAATGTCTTT
GATATTCAGA AATTCTACAA TGGCCTCAGT CCGCAATTGG TGACCTATCT GGAGGCTCTC
CGTCAAACCT ATAAGGTTGA TGCTGATCAA CTTTTTGGGG CTATGTATCT TCACATGCAG
GTCCCACAGC TTAACCTAGC TCAGATTGGT TTGGAAAAGC TAGCGGCTCA GGCTCATAAG
GAATTGACTT ACAAGGGACT TTTTGTGTCT TCAGAAACGG AGCATTTGAC TGGTGGAAAC
TATGATCTGC AAAAGACTGT CACCTATGAC AAGGAGGATT TAGAAACCTT GTTGGACTAC
AATATTAAGC TCTTTAGGAG TGCTGCTGAA GTTATTCGAA GTGGGAATTT TGCGATCAAT
CCTTATACTG AGGATGGCAA GTCTGTTCAA GGGGATCAAA TCAAGTCTAT TACTCACTTC
GAGGCCGACC GCCACATGGG ACAGGCTCGT AAACTCTTAC GTTTACCCAA AAAGGGCAAG
AAGGAAGCCT ATTTGGAGTT GATGGCAAAA ACTGAGGAAG AGAATCAGAT GCAAGTTTCT
GAAAATACTA TCTCCTTTCC AGTCATTGAT CATGCTGTGA GAGTAGACAA AAAAGACCAG
GAGGATAACC ATGTTGACTA A
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| Protein sequence | MKLLYTDMSQ DLTEILTEQA SSYAQKGKRV FYIAPSALSF EKERKVLEYL PQSASFDITV
TRFTQMARYF ILNTSNPKTQ LDDTGLAMIF YKVLLHMGDD ELKVYGRLRK DSNFINQLVD
LYKELQQANM TVLDLQHLNQ VEKQEDLVRI FSAAQDLLLA GDFDNQSKLS AFFKEITSGH
LDEALSNTVL VIDGFTRFSA EEEALVALLN DKCHQIVVGT YTSQKAYKAN FVYGNVYQAS
VDFLRTLAQT YKVIPDYVTT DKEGNRSFAR ISRLLESRHD FSTVDETVTE QDKHALKVWE
VVNQKEEVAQ VAKSIRQLLA DGKRYKDILV LLGDEESYKL HVGQIFRKFD IPYYFGKEES
MSSHPLVEFV DSLERIKRYN YRAEDLLNLV KSGLYGGFAQ EDLDLFEYYV NFADIKGRHK
FLSDFTANSR DKYNLDQINA LRSQLIEPLD KFLNSRKQKG SSLLKKLVVF LEAVQLPSQM
FELSTKASEA EKEQNEQVWK AFTHILEQVE TIFGDESLSV DDFLSILRSG MLACDYRTVP
ATVDVVNVKK YDLIQPHSAP YVFALGMTQS HFPKVGQNKS LLSDEERSRI NEATDEHRRL
DIVTQINSKR GHFVAMSLFN AASEQLVLSQ PQIINESQDD MSVYLKELLD LGIPLVEKGR
NRFEAKGDQI GNYRDLLSTV IALNSSHLDL DLDKETQTFW SVAVRYLRKR LDKDQVLIPK
VIDDVTTTKV DDQVMQLVFP EEEPLKLSAT ALTTFYNNQY LYFLRYVLEL EELESIHPDA
RHHGTYLHRV FERVMGDSSS ESFDDKLEKA IAQTNQDQPF EILYTEDQES RFSRQILEDI
ARSTASVLRD NAAVKVEREE VKFDLLLANS IKITGIIDRV DRLTDGALGV VDYKTGKNVF
DIQKFYNGLS PQLVTYLEAL RQTYKVDADQ LFGAMYLHMQ VPQLNLAQIG LEKLAAQAHK
ELTYKGLFVS SETEHLTGGN YDLQKTVTYD KEDLETLLDY NIKLFRSAAE VIRSGNFAIN
PYTEDGKSVQ GDQIKSITHF EADRHMGQAR KLLRLPKKGK KEAYLELMAK TEEENQMQVS
ENTISFPVID HAVRVDKKDQ EDNHVD
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