| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_2543 |
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| Symbol | |
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| ID | 4432175 |
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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 | 2372357 |
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| End bp | 2376667 |
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| Gene Length | 4311 bp |
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| Protein Length | 1436 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 639668208 |
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| Product | 2-hydroxyglutaryl-CoA dehydratase activator |
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| Protein accession | YP_812084 |
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| Protein GI | 116513177 |
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| COG category | [I] Lipid transport and metabolism
[S] Function unknown |
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| COG ID | [COG1924] Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain)
[COG3580] Uncharacterized protein conserved in bacteria
[COG3581] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR00241] CoA-substrate-specific enzyme activase, putative |
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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 | TTGACACAAA TTTATAAAAC AGGGATTGAC GTTGGTTCAA CCACAGTAAA ACTCGTCGTT
TTTGACGAAA ATTATAAACT CATTTTTTCA CGTTACGAGC GCCACTTTTC TGACGTTAAA
GCAGCAACCA TTAAAGTATT CAATGATTTT ATTGCCGAAC ACGGAGATTT AAATTTAGAA
TTAGCCATTA CCGGTTCAGG AGGAATGGGA CTTGCAGAAG TCATTGACGT TCCCTTTGTC
CAAGAAGTGA TTGCCTCATC CATTACCATC GAAAAATTCA TTCCACAAAC AGATGTCATG
ATTGAGCTTG GCGGCGAAGA TGCCAAGATG ACTTTTTTTG ACAATGGGAC TCAAGAATTA
CGGATGAACG GAACTTGTGC CGGTGGGACA GGTGCTTTCA TTGACCAAAT GGCTGCCCTT
TTGAAAGTTG ATGCTAATGG TGTCAATGAA TTAGCTAAAA ACTATGAAAA ACTCTATCCA
ATCGCTTCAC GTTGTGGCGT TTTTGCCAAA ACTGACGTTC AACCCCTTTT GAACGAAGGA
GTGCGTCGTG AAGATATAGC AGCCAGTATT TTCCAAGCTG TTGTCAATCA AACCATTGCC
GGATTAGCCA GTGGTCGAAA AATCAAAGGC AATGTTGCCT TTCTTGGCGG ACCTCTTTTC
TTTATGAGTG AACTGCGCAA ACGTTTCATT GAAACGTTGG ATTTAAAAGA AGAAAATATT
ATCTTCCCAG AAAATCCACA ACTTTTTGTG GCAATGGGAG CTGCTCTCTA CGAAGAAACA
AGCCAAAAAA CAGCAACCGA ACTCATTCAT AGTTTGGAAA ATGATGATTC TGATAGTTTA
ATTCCCCAAG ATACTATGGA TAAACTTTTT GAAAACCAAG CTGAACTTGA TGAATTTCGT
GCGCGCCATG CCAAAGCAAC AGCTAGCTAT AAAGAACTCA ATGAGCATCA CGGCGCGGCC
TTTTTAGGAA TTGACGCAGG TTCAACCACG ACAAAACTTG TCCTTATTGA TGACGCGGGA
AATATTCTTT ATGACCATTA TGGATCTAAC AACGGAGAAC CACTTGAATC AGTTATTAAT
ATTTTAAAAG ATGTTTATGC TAAACTTCCA GCGGACGTTT ACATTGCCAA ATCAACCGTA
ACCGGTTATG GCGAACACTT GATTAAAGCT GGTCTTCACG TGGATTACGG CGAAGTTGAA
ACAATGGCTC ACTACAAAGC TGCTGATTAT TTCAATCCCG GCGTTGATTT CATTCTCGAT
ATCGGCGGCC AAGATATGAA AGCCATGCGA ATCCGTGATG GTGCTTTATC TAGTATTCAG
CTCAATGAAG CTTGTTCATC AGGTTGTGGT TCCTTCATTG AAACTTTCGC CCATTCGCTC
AAACATGACG TTCGTGAATT TTCACAAAAA GCGCTTTTAG CCGAACACCC AGTAAATCTT
GGATCACGCT GTACCGTCTT TATGAACTCA AAAGTTAAAC AAGTTCAAAA AGAAGGAGCA
ACAGTTGGTG ATATTTCTGC TGGTCTTTCA TACAGTGTCA TAAAAAATGC CCTCTATAAA
GTTATCAAGG TAAAACGTCC CGAAGAACTT GATAAGAAAA TCGTTGTTCA AGGCGGAACT
TTTTACAATG AAGCCGTATT GCGTGCCTTT GAAAAAATTT CTGAACGTGA AGTTGTCCGT
CCAAGTATTG CCGGATTGAT GGGAGCTTAT GGTTGTGCTT TGATTTCTTT AGACAATGAA
GAAACGCACA AAGAATCAGA GCTTTTAAAG CTTGATGAAT TAGAAAAATT TACCACTCAT
AAAGAATTTA TGGTCTGTGG ACTTTGCGAA AATAACTGTA AAATGACACT GACGGTCTTC
AATGATGGCA ATAAATTTGT AACCGGGAAC CGTTGCGAAC GTGGAGCTGA AAAAGCAACA
AAAGTTAAAG TCGCTAAAAA AGACAAAAAA GTTAATTTAG TTGATTATAA ATATAAAAAA
CTATTCCGTT ACCATAGTTT AAGTAAGAAA AAACAAACTC GTGGAGAGAT TGGGATTCCG
CGCGTGCTTA ACATGTACGA AAATTATCCG CTTTGGCACA CGATGCTAAC AGACCTGGGC
TTCCGTGTTT TTTTGAGCCC ACGCTCAGAC AAAGAACTCT TTGAAGAGGG AATTGAAACT
ATTCCGTCTG ATACTGTTTG TTACCCAGCA AAAATGAGTC ACGGACATAT CATGGCTTTG
ATTAAACAAG GTGTGCCAAC TATCTTTTAT CCTTCAGTTC TTTTTGAACA AGAAGAACAA
AAAAATGCTC AAAATCATTT CAACTGTCCA ATTGTCCAAT CTTATCCAGA AGTTCTTAAA
AATAATATTG ACGAAATTCG TGAAGGACAA GTCAATTATC TTCATCCATT TATTAATTTG
GCAAATCCTG ACGGTGTGGC AGTCAATATC CATAAGTCTT TGACGGCTCA AGGATTTACT
GTCAGTCTTG AAGAAGTAAA AGCTGCCGTT CAACATGGTT TTGAAGAAAT GGATAAATTC
AAAGAAGACT TACGTCTTAA AGCCGAAGAT TTACTGATGC AAATCAATAT GAACAATGAA
AAAGCCATTG TCCTTGCAGG ACGTCCTTAT CATTTGGATC CAGAAATCAA TCACGGAATT
GCTGACATCA TTACTCAAGA AGGATTCCAT GTGCTGACAG AAGACTCTAT CAGTCATTTG
GCCGAAGTTT CTGGTCTGCG CGTGGTCAAT CAATGGGTTT ACCACAGTCG TCTTTATGCA
GCCGCAAATG TTGTTTGCAA AAATAAAAAT CTAGAACTTG TGCAACTTAA TTCCTTTGGT
TGTGGTCTTG ATGCCGTAAC GACAGACCAA GTTGAAGAAA TCATGCGTGG ACACAACAAG
CTTTATACCG TTCTAAAAAT TGATGAAGGT TCAAATATGG GAGCCGTTCG GATTCGCTTG
CGTAGCCTTA AGGCAGCAGT TTCAGAGCGG ACACGTCACA ATATTGAAGC AACGACTGAA
GTTCATGAAT TAGTCCCAGA AACACCAGCA TTCACAAAAG AAATGGCTAA AAAACATACC
CTGCTCTTGC CAATGTTGTC GCCAATTCAC CAAGAAGGAC TATTGGATAC AGCTTTTGCT
GCTGCAGGTT ATAATGTAGT TTCTCTGCCA GAAACAAATA CTTCTGTAAA TAACGGCTTG
AAATTTGTTA ATAACGATTC TTGTTATCCA GCCATTATTA CTATCGGTCA ACTTATCGAA
GCTCTTCAGT CAGGAGAATA TGACCTTGAC AATACCTCCG TCATGATGAC CCAAACCGGT
GGTGGTTGCC GTGCAACTAA CTATATTCCT TTGTTGCGTA AAGCTCTGAT TGATGCAGGT
TTCCCGCAAG TTCCAGTAGT TTCTCTCTCA ATGGGAAATC AAGGGACAGA AAAAGGCTTT
AAATTCACGG TTCCATTACT GACACGCTTT ATGATTGCTG TGCTTTACGG AGATTTGTTT
GAACGAGTTG TCTATCGGAC ACGCCCCTAC GAAGCAGTAG AAGGTTCGGT CAATGATTTA
CATGCAAAAT GGCTAGAAAA AGCTCGAAAA AATGTAGAAT CAGGGTCAAT CTTTGAATTT
AATCGCAACA TGAAAAAAAT CGTTGCAGAA TTTGACCAAA TTGAACTTCT TGATATTCAA
AAGCCACGAG TGGGTGTCGT CGGCGAAATC TTAGTCAAAT ATAGTAAAAC TGCTAATAAT
GATATTGTTT CCATTATTGA AGAAGAGGGC GGCGAAGCTG TTGTTCTTGA TTTAATTGGT
TTTATGAATT ACAGTTTATA CAATCAAATC TGGAAAGCAG ATGAGATTGC CTTTAGTAAG
AAAAATAAAC TCATGGCTAA AACCTTTATT GGAATCATCA ATATGCTAGA AAAGCCAATG
AATAAAGCTT TGAAGGCATC AAATCGTTTT GATTCAATAG AGTCAATTTA TGACGTTGCA
TCCTCTACTG AAGAAGTGAT TTCAATAGGA AATCACACTG GTGAGGGCTG GTTCCTTACT
GGTGAAATGA TTGAACTTTT GCAAAAAGGA GTGAATAATA TTATTTGTCT TCAACCTTTT
GGTTGTCTCC CAAATCACAT TGTCGGTAAA GGAATGATGA AAGAACTTCG TCGTCAGTAT
CCAGGGGCTA ATCTTGCGCC GATTGATTAT GACCCAGGAG TTTCTGCTGT CAATCAATTG
AATCGAATTC GTTTAATGAT GACCACTGCT AAAAAAAGAA TGAACAAAGT TTCTGATTCA
GTTGAAAAAT CAGAAACAGA GTCCAAATTA GAAACTGCTC AAGCATATTA A
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| Protein sequence | MTQIYKTGID VGSTTVKLVV FDENYKLIFS RYERHFSDVK AATIKVFNDF IAEHGDLNLE
LAITGSGGMG LAEVIDVPFV QEVIASSITI EKFIPQTDVM IELGGEDAKM TFFDNGTQEL
RMNGTCAGGT GAFIDQMAAL LKVDANGVNE LAKNYEKLYP IASRCGVFAK TDVQPLLNEG
VRREDIAASI FQAVVNQTIA GLASGRKIKG NVAFLGGPLF FMSELRKRFI ETLDLKEENI
IFPENPQLFV AMGAALYEET SQKTATELIH SLENDDSDSL IPQDTMDKLF ENQAELDEFR
ARHAKATASY KELNEHHGAA FLGIDAGSTT TKLVLIDDAG NILYDHYGSN NGEPLESVIN
ILKDVYAKLP ADVYIAKSTV TGYGEHLIKA GLHVDYGEVE TMAHYKAADY FNPGVDFILD
IGGQDMKAMR IRDGALSSIQ LNEACSSGCG SFIETFAHSL KHDVREFSQK ALLAEHPVNL
GSRCTVFMNS KVKQVQKEGA TVGDISAGLS YSVIKNALYK VIKVKRPEEL DKKIVVQGGT
FYNEAVLRAF EKISEREVVR PSIAGLMGAY GCALISLDNE ETHKESELLK LDELEKFTTH
KEFMVCGLCE NNCKMTLTVF NDGNKFVTGN RCERGAEKAT KVKVAKKDKK VNLVDYKYKK
LFRYHSLSKK KQTRGEIGIP RVLNMYENYP LWHTMLTDLG FRVFLSPRSD KELFEEGIET
IPSDTVCYPA KMSHGHIMAL IKQGVPTIFY PSVLFEQEEQ KNAQNHFNCP IVQSYPEVLK
NNIDEIREGQ VNYLHPFINL ANPDGVAVNI HKSLTAQGFT VSLEEVKAAV QHGFEEMDKF
KEDLRLKAED LLMQINMNNE KAIVLAGRPY HLDPEINHGI ADIITQEGFH VLTEDSISHL
AEVSGLRVVN QWVYHSRLYA AANVVCKNKN LELVQLNSFG CGLDAVTTDQ VEEIMRGHNK
LYTVLKIDEG SNMGAVRIRL RSLKAAVSER TRHNIEATTE VHELVPETPA FTKEMAKKHT
LLLPMLSPIH QEGLLDTAFA AAGYNVVSLP ETNTSVNNGL KFVNNDSCYP AIITIGQLIE
ALQSGEYDLD NTSVMMTQTG GGCRATNYIP LLRKALIDAG FPQVPVVSLS MGNQGTEKGF
KFTVPLLTRF MIAVLYGDLF ERVVYRTRPY EAVEGSVNDL HAKWLEKARK NVESGSIFEF
NRNMKKIVAE FDQIELLDIQ KPRVGVVGEI LVKYSKTANN DIVSIIEEEG GEAVVLDLIG
FMNYSLYNQI WKADEIAFSK KNKLMAKTFI GIINMLEKPM NKALKASNRF DSIESIYDVA
SSTEEVISIG NHTGEGWFLT GEMIELLQKG VNNIICLQPF GCLPNHIVGK GMMKELRRQY
PGANLAPIDY DPGVSAVNQL NRIRLMMTTA KKRMNKVSDS VEKSETESKL ETAQAY
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