| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PG0026 |
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| Symbol | |
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| ID | 2552655 |
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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 | 29374 |
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| End bp | 32745 |
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| Gene Length | 3372 bp |
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| Protein Length | 1123 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 637148843 |
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| Product | hypothetical protein |
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| Protein accession | NP_904382 |
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| Protein GI | 34539903 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | 27 |
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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 | ATGGCTTCGG GACATTGGGT CAAGATACGT GTCGATGCAA GTGGAGTGTA TCGCCTTACG
GACGAACAGC TCCGTGCCAA TGGCTTCTCC GATCCGTCCA AGGTAGGTGT GTTCGGTTAT
GGTGGAGGGG TGCTTCCCGA AGATCTGAGC CGGATCACGA CAGACGATTT GCCTCCGGTA
CCGGTACTCC GTCAGGGCAA TGCGCTGTAT TTCTATGCCG TGGGCCCGGT GACATGGTTC
TACAATCCGG CCAAAACCAC CATGGAGCAT ACGGTGAATA CATACAGTAC GCATGGCTAC
TACTTCCTGT CGGATGCTGC CGGAGCACCT TTGCAGATGT CCCAATATAC GGGTGGAGGT
GCGTCGGCCG AGGCTTTGAT CGACTACTAC GATGAGCTGA TGCTCCATGA ACAGGAATTG
TATTCGCCCA AAGAATCGGG ACGAGATCTG TATGGCGAGT CTTTCAGTGC AGTCAATACG
CGTACGGTCA AGTTCCCTTT GAGGGGCAAC ACCCGCTCGT CTGGCGAACT CGGTACCGTA
TTCTCATACA TAGCCAAGGC CAGATCGGCC GGTGGCGGCC GTGAGATGTC GCTCTCGGCG
AATGGCATTC TGATCTTCAG CGATCCTTTT TCCATGACAT CGAATGAAGT CTCCAATTCC
TATTTGGCCG GCAAGAAGCG TCGTCTCTAT CACAGTACGC CGATGAACAG CTTGGTCAAT
GAGTTGCGCT TGGACGCGAA CTATAGCATG ACAGGAGATG CGGTCAATCT GGATTTCATA
GAGGTGGCTA CACAGAACGA CCTCCGGTAC GATGGCGCAC CCATGCATAT CAGGCGGTTT
TCCAATTTGC CCGTTTTGGG GGGCGAGTCC TGCCGGTTCG TTATCAGTGA GGTGCCGGAG
TCTCTGGTGG TTTTGCAGGC CAATTCTTCC CTGACAGCAT CGCTTGTTCC CGTTAAGACT
GTCGGGGATA AGACCATTGA GTTCGTGGCT CCGCCGAAGG GTCAGGATCG TAGGACTATC
AATACGTTTT ATGCCGTGGA CTTGTCACAG GCTTCTGCTC CGGAGATCCT CGGAGCGGTA
CCCAATCAAA ACCTGCATGG AGAGGAAATC CCTGATCTGA TCATTGTCTC TACTCAGGCG
CTCCTCCTTG AGGCTGATCG ACTGGCCACC TATCGTAGAG AGAAAAACGG GCTGAAGGTT
TTGGTCGTGT TGCAGGAACA GGTGTTCAAC GAGTTTTCGG GTGGAACTCC CGATGCTACA
GCATACCGCC TCTTTGCCAA AATGTTCTAC GACAGATGGA AGGCAAATGC ACCTGTGGGA
GAGACCTTCC CGATGCAAAT GCTTCTCTTC GGTGATGGGG CTCATGACAA CAGGAAGGTC
TCCGTAGCTT GGCAGAAACC GTATCTCCAA CAAACGGAGT TCTTGCTGAC ATTCCAAGCC
GTCAATTCGA CGAACGTAAA CAGTTATGTG ACGGATGATT ACTTCGGCTT GCTGGATGAT
CAGCCGGCCT CGGTCAATAT CGGTTGGCGC AATTATAATA TGGCTGTAGG GCGATTCCCC
GTACGTACTC CGGCCGAAGC TCGCATCGCA GTGGACAAGA CCATCCGATA TGAGGAGGAT
CGAGAGAGTG GTGCCTGGCG TATTCGTGCC TGTTTTGCGG CAGACAACGG GGACAAGCAC
GCAACCGAGA CTTCCCGTTT GATCGATACC GTCAAGCGTT ATGCTCCTGC CATCATGCCG
GTACGCGCCT TTCAGGACGT ATATCCGCAT GTCATCGAGA ACGGGTTGCA CAGCATTCCG
GGTGCAAAGA AAAAGATGCT GGAAACCCTT CAGTCGGGTA TTATCCTGCT TAATTATGCT
GGTCATGGCG GTCCTGCCGG ATGGTCGGAC GAGCATTTGC TGACGCTCAA CGATATACAC
AAATTCAATT ATAAGCATAT GCCCATTTGG ATTACTGCCA CGTGCGACTT TGCCAACTAT
GACAGTCAGA CGACCTCGGC AGGGGAGGAG GTTTTCCTCC ATGAGAAGAG TGGCACTCCG
ATCATGTTCT CGACTACGCG TGTCGTTTAC AATACGCAGA ATGAGAAGAT CAATGGTTTT
ATGCTTCGGC GTATGTTCGA GAAAGCTAAG GATGGGCGTT ATCGTACGAT GGGCGAGATT
ATCCGATCGG CCAAACAGGG GATGCTCAGT ACTGTTTTCC CCGATTCGAT CAACCAGTTG
AGTTTCTTTC TGATGGGTGA TCCGTCCGTG CGTATGAATC TTCCTACCCA CAAAGTGCAA
TTGACCGCAA TCAACGGGCA GGATCCCGAA GGGCAGTATG GAACTATTAT GCTCAAGTCT
TTGGAACGGG TAGCTCTGAA GGGTAAGGTA ACCGATGAAA AGGGGACATT CGACGAGACA
TTCAGTGGCA AGGTTTTCCT GACCGTCTTC GATGGCAGAA AGAAAATGAC AGCTTTGGAA
GAGGAGGGAA ACGATCTCTC TCTTGTATAT TATGACTATC CTAACGTGAT GTATGCCGGT
ATTGCCGAGG TGAAAGACGG ACTCTTCGAA ACTTCGTTTA TCGTACCCAA GGATGTGAAC
TATTCCGAGC ACGAAGGCCG GATCAATCTT TATGCTTATA ACGAGAGCAC AAAGGCGGAA
GCCATGGGGG TAGACTTCTC CATCAGAGTC CAACCGGGTA TTCCTGATGA GGTAACGGAA
GATAATACAC CGCCTGAAAT CATAAGCTGC TTCCTCAATG ACAGTACATT CCGATCGGGA
GATGAGGTTA ATCCTACTCC TCTGTTTATG GCCGAAGTAT TCGACTTGAA TGGAATCAAT
ATCACGGGTA GCGGAGTAGG GCATGATATT ACGCTTTGTA TCGATGGCCG TGCCGACCTG
ACCTACAACC TCAATGCATA TTTCACAAGT TCGGCTACGG ATGCAGGTGT GGGCACTATT
CTCTTCATGA TACCGGCTTT GGCCGAAGGA GATCATACTG CCCGACTGAC GGTTTGGGAC
ATTTTCAATA ATGCCGTCCA TCATGACTTT TCATTCAGAG TGGTAGATGG CATTGCTCCG
GATGTGGCTG ATGTGATTCT ATTCCCGAAT CCGGTACGCG AGAGTGCTAC GTTCCGAATC
TTCCACAATC GCCCCGGAAG CGATTTGAAC GTGGCCGTGG AGATCTATGA CTTCACCGGT
CGTCTTGTGA ACAGTTTGCC AGTCAAGACC TATTCGTCTT CCTACGGAGA ACCTATAGAG
ATCAAGTGGG ATCTGACCTC CAAATACGGA GTGAAGATCG GAAACGGATT CTACCTCTAT
CGTTGTGTGG TGAACTCTCC CGGAGGACAG ACGGCCTCCA TGGCCAAGAA AATGATCGTG
GTAGGACAAT AG
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| Protein sequence | MASGHWVKIR VDASGVYRLT DEQLRANGFS DPSKVGVFGY GGGVLPEDLS RITTDDLPPV
PVLRQGNALY FYAVGPVTWF YNPAKTTMEH TVNTYSTHGY YFLSDAAGAP LQMSQYTGGG
ASAEALIDYY DELMLHEQEL YSPKESGRDL YGESFSAVNT RTVKFPLRGN TRSSGELGTV
FSYIAKARSA GGGREMSLSA NGILIFSDPF SMTSNEVSNS YLAGKKRRLY HSTPMNSLVN
ELRLDANYSM TGDAVNLDFI EVATQNDLRY DGAPMHIRRF SNLPVLGGES CRFVISEVPE
SLVVLQANSS LTASLVPVKT VGDKTIEFVA PPKGQDRRTI NTFYAVDLSQ ASAPEILGAV
PNQNLHGEEI PDLIIVSTQA LLLEADRLAT YRREKNGLKV LVVLQEQVFN EFSGGTPDAT
AYRLFAKMFY DRWKANAPVG ETFPMQMLLF GDGAHDNRKV SVAWQKPYLQ QTEFLLTFQA
VNSTNVNSYV TDDYFGLLDD QPASVNIGWR NYNMAVGRFP VRTPAEARIA VDKTIRYEED
RESGAWRIRA CFAADNGDKH ATETSRLIDT VKRYAPAIMP VRAFQDVYPH VIENGLHSIP
GAKKKMLETL QSGIILLNYA GHGGPAGWSD EHLLTLNDIH KFNYKHMPIW ITATCDFANY
DSQTTSAGEE VFLHEKSGTP IMFSTTRVVY NTQNEKINGF MLRRMFEKAK DGRYRTMGEI
IRSAKQGMLS TVFPDSINQL SFFLMGDPSV RMNLPTHKVQ LTAINGQDPE GQYGTIMLKS
LERVALKGKV TDEKGTFDET FSGKVFLTVF DGRKKMTALE EEGNDLSLVY YDYPNVMYAG
IAEVKDGLFE TSFIVPKDVN YSEHEGRINL YAYNESTKAE AMGVDFSIRV QPGIPDEVTE
DNTPPEIISC FLNDSTFRSG DEVNPTPLFM AEVFDLNGIN ITGSGVGHDI TLCIDGRADL
TYNLNAYFTS SATDAGVGTI LFMIPALAEG DHTARLTVWD IFNNAVHHDF SFRVVDGIAP
DVADVILFPN PVRESATFRI FHNRPGSDLN VAVEIYDFTG RLVNSLPVKT YSSSYGEPIE
IKWDLTSKYG VKIGNGFYLY RCVVNSPGGQ TASMAKKMIV VGQ
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