| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PG0665 |
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| Symbol | lacZ-1 |
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| ID | 2552603 |
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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 | Porphyromonas gingivalis W83 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002950 |
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| Strand | + |
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| Start bp | 711967 |
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| End bp | 715305 |
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| Gene Length | 3339 bp |
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| Protein Length | 1112 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 637149420 |
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| Product | beta-galactosidase |
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| Protein accession | NP_904944 |
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| Protein GI | 34540465 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 18 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGACTGCCG CAAGTGTCGT TTTCGGTGCA GAGGCACAGG TCACAGAGTC GGGGCTTCCA
TATTGGAAGG ATATTCGTAC GGTAAGCGTA AACAAAGAAC CGGCGCGTTC GTCCTTTATG
ACCTATGCCG ACCGAAGCGA AGCTCTCACC GGCAAGTATG AGAAGAGTTC GTACTACCGT
CTTCTGAACG GCACGTGGCG ATTCTTTTAT GCCGAGAGCG AGGCACATCT GCCTGCCGGC
ATAACGGATA GCTCGGCAAA TACAAAGGGA TGGCACGACA TCCAAGTCCC CGGCAACTGG
GAGATACAAG GGCACGGTGT GGCCATCTAT ACCAATCACG GATACGAGTT TCAGCCTCGC
AATCCGCAGC CGCCCAAACT GCCGGAAGCC AACCCCGTAG GTGTGTATCG GCGCGAGATA
GAAGTACCCA CGGACTGGAT GGAGCGCGAT ATCTACCTCC ATATAGCCGG AGCCAAGTCC
GGACTCTATG TCTATATCAA CGGACACGAA GCGGGCTACA GCGAAGACTC CAAGAATCCG
GCCGAATTCC TCATCAATCC CTATGTCCAT GCCGGAAAAA ACACGCTCAC GCTCAAGGTC
TATCGTTGGA GTACCGGCTC GTATCTGGAA TGTCAGGACT TCTGGCGCAT CAGTGGGATC
GAACGCGATG TATTCCTCTT TGCACAACCC AAGGCGGCAG TGAAGGATTT CAGCATCAAA
TCCACACTCG ATGATAGCTA CCGCAATGGT ATATTCTCCC TGAAAGCCGA CTTACGCAAC
CGCCGTGGCG AAGCCTCCGA GCTATCTCTG ACATACGAAT TGCTCGATGC CGAAGGAAAG
ACCATCGCCA CCGAAACCCG TTCGACCCTC ATAGCTGCCG GCGGAGAGCG TACCCTCTCT
TTCGAAGCAC AGCCGGGTAC GGTACATACA TGGACGTCGG AGCATCCCTA TCTCTATAAG
CTCTTGATGA CGGTACGAGA GAAAGGGAAA GTCACCGAGG TAATACCGTC CCGTGTGGGT
TTCCGCAGGA TCGAAATCAA ACCGATAGAG GAAAAAGCTG CCAACGGTAT GCCCTACGTA
TGCTTCTTTG TCAATGGACA GCCCATCAAG CTGAAAGGGG TGAATATGCA CGAACATAAT
CCCGCCACCG GTCATTACGT GCCGGAAGAG CTGATGCGTC GGGATTTGGA GCTGATGAAG
CAGCACAATC TGAATGCCGT CCGGCTGGCA CACTACCCGC AAGATCGCCG TTTCTACGAG
CTATGCGACG AATACGGACT CTACGTGTAC GACGAGGCCA ATATCGAAAG TCACGGCATG
TACTACAACC TGCGCCGTGG GGGTACCTTG GGCAATAATC CGGAGTGGCT GAAGCCTCAT
ATGGATCGTA TAGCGAATAT GTTCGAACGC AACAAAAACC ATCCGTGCGT TACGATCTGG
TCGCTCGGCA ATGAAGCAGG CAACGGGTAC AACTTCTATC AGGCCTATCT TTGGCTGAAA
GAGGCCGATC GCGATCTGAT GGCGCGCCCG GTGAACTACG AACGTGCCCA ATGGGAGTGG
AATACGGATA TGTATGTACC CCAATATCCC GATGCGAAAT GGTTGGAAGG TATCGGACGG
GCCGGTAGCG ACCGCCCTGT GATCCCTTCG GAATACGCTC ACGCCATGGG CAATTCGACC
GGCAACCTAT GGGGGCAGTG GCAGGCTATC TACAAGTACC CCAACCTGCA AGGCGGCTTC
ATCTGGGACT GGGTGGATCA GGGTATCCTC CGTACAGACG ATAAAGGAAA GTCCTATTGG
GCTTATGGAG GAGACTTCGG AGTGGATGCA CCGAGTGACG GCAACTTCCT TTGCAACGGA
CTGGTCAATC CCGACCGCAC GCCTCACCCT GCCATGCAGG AGGTGAAGTA TGTGCATCAA
AACGTCGGCT TCGAAGCAGT GGATGCCGCC AAGGGACATT TCCGTATCAC GAATCGGTTC
TACTTCACCA ACCTCAAGAA ATACCGCCTG CGCTATACGG TTTCGGCTAA TGGCAAAGCA
TTGCAAAGCA AGGTCATCGG CTTAGATATC GATCCTCAGA CTTCATCGGA CATTATTGTA
CCCGTAGACG GGCTGAGGCC GACTGCCGGT ATGGAATACT TCGTTGACTT CAGCGTACAG
ACTCTACAGG CAGAGCCGCT GATTCCTATA GGGTATGAGA TTGCTCACGA TCAATTCCGA
CTTCCGATCG ATGCAGAGAG AACTGCCTAC CGTGCTACAG GCCCTACATT GCACACGAGT
ACGGAAGGAG ATGAATTGAA GGTCGTTTCG TCGAAAGTCG ATTTCGTTTT CAACAAAAAG
AGCGGATTGG TTACCTCTTA TCGGGTGGAC GGTCGGGAGT TTTTCAAAGA CGGATTCGGC
ATACAGCCCA ATTTCTGGCG TGCACCCACC GATAACGACT ACGGCAATGG TGCTCCAAGA
CGCTTGCAGA TATGGAAGGA ATCGAGCCGT GACTTCCAAG TAGTCGAAGC AGGATTGTCC
AACGAAGGGA ATACCGTCCT ACTCAAAGCT ACTTATCTGC TTGCCGCCGG CAACCTCTAC
CGCTTGACCT ATAAAATATA TCCCGATGGT GTGGTGAATG TGAAGGTGCA ATTCTCTTCG
ACAGATATGG AGACCGACGA ATACGAATGG TCCGAAGCTG CCCGAACCGC TACATTCTCC
CCCGGCAGAG AAGCTCTGCG CAAGGAAGCT TCTATCCTCG AAGTGCCTCG TATAGGTGTA
CGCTTCCGCC TTCCTGCGGA GATGAATGAG GTACGATACT TCGGAAGAGG GCCGGATGAG
AACTATATCG ACCGCAACTA CGGGGCGACT GTCGGTCTGT ACACCACTGC TGCCGATAAG
ATGTACTACA ACTATGTGCG TCCGCAAGAG AACGGGCATC GTACCGATAC GCGTTGGCTG
ATGCTGCACG GACGAGGCTT GGGCTTGGGC ATAGTAGCCG ACGAAACGAT CGGCTTCAAT
GCTCTTCGAC AAGCTGTCGA GGACTTCGAC TCAGAAGAAG CCAAGCACAG ACCCTACCAG
TGGAACAACT ATTCACAGAC CGAGATACAA AACCGAGATG AGAGCAAAGC TCGCAACGTC
CTCCGTCGGC AGCATCATGT CAATGATGTG CCTGTGCGCG ACTTCGTAGA GGTGTGCGTG
GATATGAAAC AACAAGGAGT AGGAGGATAC GATAGCTGGT CGGCTCTTCC CGAACCTTGG
CACCGCCTAC CGTCCAATCG GGAATACAGT TGGGGCTTTA CCCTTCTTCC GGTACGATCA
GTCGGCCAAA TGGCCACTGC CACCCGATAC GCCTACTAA
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| Protein sequence | MTAASVVFGA EAQVTESGLP YWKDIRTVSV NKEPARSSFM TYADRSEALT GKYEKSSYYR
LLNGTWRFFY AESEAHLPAG ITDSSANTKG WHDIQVPGNW EIQGHGVAIY TNHGYEFQPR
NPQPPKLPEA NPVGVYRREI EVPTDWMERD IYLHIAGAKS GLYVYINGHE AGYSEDSKNP
AEFLINPYVH AGKNTLTLKV YRWSTGSYLE CQDFWRISGI ERDVFLFAQP KAAVKDFSIK
STLDDSYRNG IFSLKADLRN RRGEASELSL TYELLDAEGK TIATETRSTL IAAGGERTLS
FEAQPGTVHT WTSEHPYLYK LLMTVREKGK VTEVIPSRVG FRRIEIKPIE EKAANGMPYV
CFFVNGQPIK LKGVNMHEHN PATGHYVPEE LMRRDLELMK QHNLNAVRLA HYPQDRRFYE
LCDEYGLYVY DEANIESHGM YYNLRRGGTL GNNPEWLKPH MDRIANMFER NKNHPCVTIW
SLGNEAGNGY NFYQAYLWLK EADRDLMARP VNYERAQWEW NTDMYVPQYP DAKWLEGIGR
AGSDRPVIPS EYAHAMGNST GNLWGQWQAI YKYPNLQGGF IWDWVDQGIL RTDDKGKSYW
AYGGDFGVDA PSDGNFLCNG LVNPDRTPHP AMQEVKYVHQ NVGFEAVDAA KGHFRITNRF
YFTNLKKYRL RYTVSANGKA LQSKVIGLDI DPQTSSDIIV PVDGLRPTAG MEYFVDFSVQ
TLQAEPLIPI GYEIAHDQFR LPIDAERTAY RATGPTLHTS TEGDELKVVS SKVDFVFNKK
SGLVTSYRVD GREFFKDGFG IQPNFWRAPT DNDYGNGAPR RLQIWKESSR DFQVVEAGLS
NEGNTVLLKA TYLLAAGNLY RLTYKIYPDG VVNVKVQFSS TDMETDEYEW SEAARTATFS
PGREALRKEA SILEVPRIGV RFRLPAEMNE VRYFGRGPDE NYIDRNYGAT VGLYTTAADK
MYYNYVRPQE NGHRTDTRWL MLHGRGLGLG IVADETIGFN ALRQAVEDFD SEEAKHRPYQ
WNNYSQTEIQ NRDESKARNV LRRQHHVNDV PVRDFVEVCV DMKQQGVGGY DSWSALPEPW
HRLPSNREYS WGFTLLPVRS VGQMATATRY AY
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