| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_0004 |
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| Symbol | |
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| ID | 4432914 |
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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 | Lactococcus lactis subsp. cremoris SK11 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008527 |
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| Strand | + |
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| Start bp | 6205 |
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| End bp | 9816 |
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| Gene Length | 3612 bp |
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| Protein Length | 1203 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 639665813 |
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| Product | DNA helicase/exodeoxyribonuclease V, subunit A |
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| Protein accession | YP_808063 |
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| Protein GI | 116510847 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | [TIGR02785] recombination helicase AddA, Firmicutes type |
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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 | ATGAGTGAAG TAAAATTAAC TCCGGAACAA AATGAAGCCA TTCATAGTTC AGGTAAAAAT
ATATTAGTCT CAGCTAGTGC TGGGTCCGGA AAAACTTTTG TTATGGCTCA AAGAATTGTT
GAAAAAGTCA AACAAGGTAT TGAAATTGAT CGACTTTTTA TTTCAACTTT CACTAAAAAA
GCGGCTAGTG AGTTGCGAAT GCGACTTGAA AGAGATTTGA AAAAAGCGCG TCAAGAAAGT
TCTGATGATG AGGAAGCTCA CAGATTGACA CTTGCTTTAC ATAATCTTTC AAACGCAGAT
ATTGGAACAA TGGATAGTTT TACTCAAAAA TTGACAAAAG CTAATTTTAA CCGTGTAAAT
ATTGATCCAA ATTTTCGAAT ATTGGCTGAC CAAACAGAAA GCGACTTGAT TAGACAAGAA
GTTTTTGAAC AATTGGTTGA GTCTTATTTA TCAGCTGATG AAAGCTTAAA TATTTCAAAA
GATAAATTTG AAAAATTGAT AAAAAATTTC TCTAAGGACA GGAATATTCT TGGGTTTCAG
AAGGTAGTTT ACACCATTTA TCGTTTTGCG TCAGCAACTG AAAATCCAAT AAGTTGGTTA
GAAAATCAAT TTTTAAAAGG TTTTGAGACT TATAAATCAC TGACAGACTT ATCGGAAGAT
TTTACAGTGA ATGTAAAAGA AAATTTACTG ACATTTTTTG AGCTGCTAGA AAATTCACTG
ACCAATGGTG TGATTGCTAA AAAAGGAGCT GGTCGTGATA AGGCAAATCT AATTTTAGAT
AATAAAAATG AACTTTTAGA AGCAATAAGT AAAAAAGATT TTGTAACTTT CACAGCCTTA
TTTTTATCAA TAGATACTGA TATTCGCGTC GGTTCTTCAA AAGATGAAAC ACTTTCTGCC
TTAAAAAAAG ATTTTTCAGC TCAAAAACAA GACTTAGTAG GTTCAAAATC AAAACCCGGA
GAACTTCGGA AGTTTGTTGA TAAAATCAAA CATGGCCAAT TAATAGAAAA ATATCAAAAA
CAAGCTTTTG AAATTGCCAG TGATTTACAA AAATTCATTA TTGAGTTTTA TAAAACTTAT
CTAGAGCGTA AGAAAAATGA AAATGCCTTT GAGTATTCTG ATATTGCTCA TTTTGCCATT
GAAATTTTAG AAGAAAATCC AGATATTCGT GAAAATTTAC GCGAGCATTA TGATGAAATC
ATGATTGATG AGTATCAGGA TACTAGCCAT ACACAAGAAC GAATGCTCGA ACTTCTTTCT
AATGGCCATA ATCTTTTTAT GGTAGGGGAT ATTAAACAGT CGATTTATGG TTTCCGCCTA
GCTGACCCAG GTCTATTTTT AGAAAAATAT AAAAGTTATG ATCAAGCAGA AAATCCTAAT
CAACTGATTC GCTTGAAAGA AAATTTTCGC TCACGGGGTG AGGTTTTAAA TTTCACAAAT
GACATCTTTA AACACCTAAT GGATGAAAAA TTAGGTGAAA TGACTTATGG AAAAGAAAAG
GCCTTAGTTC AGGGGAATAT TTCTGATTAT CCAGTGGAAG CGGAGAAAGA TTTTTATCCA
GAGCTTCTTT TGTATAAAGA GAATACAAGC GAGGAAGAAA TAGAAGACTC GGAAGTAAAA
ATTTCGGATG GAGAAATCAA AGGGGCAGCA CAAGAAATAA AGAAACTGAT TGAATCTGGA
GTTGAACCAA AAGATATCGC AATTTTAGTC CGTTCTAAAT CTAATAATAA TAAGATTGAG
GATATTCTAC TCAGTTATGA TATCCCAGTT ATTCTTGACG AAGGACGAGT TGATTTTTTG
AAATCAATGG AAGTTTTAAT CATGCTCGAT ATTTTGAGAG CAATTGATAA TCCACTCTAT
GATCTATCTT TGGTTGCGAT GCTGAGATCT CCTTTGTTTG GTTTTAATGA AGATGAATTG
ACTCGCATCA GTGTTCAAGG AAGCCGTGAC CTTCGTTTTT GGGATAAAAT TCTCTTGTCA
TTAAAAAAAG AAGGAAAAAA TCCTGAACTT ATAAATCTGT CATTAGAACA AAAATTGAAA
GCATTCAATC AAAAGTTTAC AGAGTGGCGT AAACTTGTCA ACCAAATTCC AATTCATCGC
TTACTTTGGA AAATTTATAC AGAAACCTAT TATTTTGATT ATGTAGGAGC TTTGAAAAAT
GGGGAAATGC GGCAGGCAAA TTTACAAGCT CTCTCTGTTC GAGCAGAATC TTATGAAAGT
TCCGGTTACA AAGGCTTATT TAAATTTGTA AGACTTATCA ATAAATTTAT GGAACAAAAT
AATGACCTAG CTTCTGTCAA TATTAAACTT CCTCAAAATG CTGTTCGTGT CATGACTTTT
CATAAATCTA AGGGACTTGA ATTTGATTAT GTTTTCTTGA TGAACTTACA GTCTCGTTTC
AATGATCGTG ACCTGAAAGA AGATGTCATT TTAAGCCGCG AGCATGGTTT GGGTATGAAA
TATATTGCAG ATTTGAAAGC AGAACCTGAT GTCATTACAG ATTTTCCTTA TGCTCTGGTA
AAAATGGAAA CATTTCCCTA CATGGTAAAT AAAGACTTAA AACAAAGAGC CGCACTTTCA
GAGGAAATGC GGGTGCTTTA TGTAGCTTTT ACTCGTGCAA AGAAAAAACT CTATCTTGTC
GGAAAAATTA AGGATACAGA TAAAAAAGCA GGACTTGAAC TTTATGATAC TGCTACTTTG
GAAGGAAAAA TTCTATCTGA TAAGTTCCGC AACTCAAGTC GTGGTTTTCA ACACTGGATA
TTGGCTCTTC AAAATGCTAC AAAACTTCCA ATGAAACTCA ATGTTTACAC AAAAGACGAA
TTAGAAACAG AGAAACTTGA ATTTACAAGT CAACCTGATT TCAAAAAATT GGTCGAAGAA
TCAGAAAAAT TTGATAATAT CATGTCATTT TCTGATGAAA TTAAAGAAGC ACAGAAAATC
ATGAATTATC AGTATCCTCA TCAAGCTGCT ACAGAACTTT CAAGCATTCA AACGCCCAGT
CAGGTAAAAA AACGCAGCTA CGAGAAGCAG TTACAGGTAG GTGAAGTTCA ACCAGTCAGT
GAGTTTGTTC GAGTAAAAAA CTTGGATTTT TCTGATTTTG GATCTAAGAA AATTACTGCT
GCAGAAATTG GTTCAGCAAC ACACAGCTTT ATGCAATATG CTGATTTTTC TCAAGCCGAT
TTATTTAGTT TTCAAGCAAC TCTTGATGAG ATGGGATTTG ATGAAAAAAT AAAAAATCAA
ATTGATATCA CTAAAATTCT AACTTTATTT GATACTGAAT TTGGAAAATT TTTATCAGAG
AATGTGGATA AAACAGTCAA AGAAGCTCCT TTTTCAATGT TGAGAACAGA TGAATTTGCA
AAAGAACAAT ATATTGTTCG AGGAATTTGT GATGGTTTTG TGAAAATTGC TGACAAGATT
ATCTTATTTG ATTATAAAAC GGACAGATTT ACAAATGTGT CAGCAATTTC CGAAATAAAA
GAGCGTTATA AAGACCAAAT GAATCTTTAC AGTGAGGCCC TTCAAAAAGC ATATCATGTC
AACCAAATTG ACAAGTACCT GATTTTATTA GGAGGACCCA GAAAAGTTTT TGTTGAAAAA
CTAGATGACT AG
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| Protein sequence | MSEVKLTPEQ NEAIHSSGKN ILVSASAGSG KTFVMAQRIV EKVKQGIEID RLFISTFTKK
AASELRMRLE RDLKKARQES SDDEEAHRLT LALHNLSNAD IGTMDSFTQK LTKANFNRVN
IDPNFRILAD QTESDLIRQE VFEQLVESYL SADESLNISK DKFEKLIKNF SKDRNILGFQ
KVVYTIYRFA SATENPISWL ENQFLKGFET YKSLTDLSED FTVNVKENLL TFFELLENSL
TNGVIAKKGA GRDKANLILD NKNELLEAIS KKDFVTFTAL FLSIDTDIRV GSSKDETLSA
LKKDFSAQKQ DLVGSKSKPG ELRKFVDKIK HGQLIEKYQK QAFEIASDLQ KFIIEFYKTY
LERKKNENAF EYSDIAHFAI EILEENPDIR ENLREHYDEI MIDEYQDTSH TQERMLELLS
NGHNLFMVGD IKQSIYGFRL ADPGLFLEKY KSYDQAENPN QLIRLKENFR SRGEVLNFTN
DIFKHLMDEK LGEMTYGKEK ALVQGNISDY PVEAEKDFYP ELLLYKENTS EEEIEDSEVK
ISDGEIKGAA QEIKKLIESG VEPKDIAILV RSKSNNNKIE DILLSYDIPV ILDEGRVDFL
KSMEVLIMLD ILRAIDNPLY DLSLVAMLRS PLFGFNEDEL TRISVQGSRD LRFWDKILLS
LKKEGKNPEL INLSLEQKLK AFNQKFTEWR KLVNQIPIHR LLWKIYTETY YFDYVGALKN
GEMRQANLQA LSVRAESYES SGYKGLFKFV RLINKFMEQN NDLASVNIKL PQNAVRVMTF
HKSKGLEFDY VFLMNLQSRF NDRDLKEDVI LSREHGLGMK YIADLKAEPD VITDFPYALV
KMETFPYMVN KDLKQRAALS EEMRVLYVAF TRAKKKLYLV GKIKDTDKKA GLELYDTATL
EGKILSDKFR NSSRGFQHWI LALQNATKLP MKLNVYTKDE LETEKLEFTS QPDFKKLVEE
SEKFDNIMSF SDEIKEAQKI MNYQYPHQAA TELSSIQTPS QVKKRSYEKQ LQVGEVQPVS
EFVRVKNLDF SDFGSKKITA AEIGSATHSF MQYADFSQAD LFSFQATLDE MGFDEKIKNQ
IDITKILTLF DTEFGKFLSE NVDKTVKEAP FSMLRTDEFA KEQYIVRGIC DGFVKIADKI
ILFDYKTDRF TNVSAISEIK ERYKDQMNLY SEALQKAYHV NQIDKYLILL GGPRKVFVEK
LDD
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