| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_01150 |
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| Symbol | |
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| ID | 5554035 |
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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 | Vibrio harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | + |
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| Start bp | 1165821 |
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| End bp | 1169717 |
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| Gene Length | 3897 bp |
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| Protein Length | 1298 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640906642 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001444367 |
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| Protein GI | 156973460 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain
[COG0047] Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain |
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| TIGRFAM ID | [TIGR01735] phosphoribosylformylglycinamidine synthase, single chain form |
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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 | 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 | ATGAGAATTT TGCGTGGCTC CCCAGCTCTT TCTGAGTTTC GTGTTAATAA ACTACTGGAA
CTTTGTCGTG AACAAGATCT GCCTGTCACT GGCATTTACG CTGAGTTCAT GCACTTTGCG
GATCTAAAGT CTGACCTTGA TGCTCAAGAG TTGGAAAAAC TGGAAAAATT GCTGACTTAC
GGTCCAACGA TCGAAGAGCA TGAGCCAGAA GGTCTTCTAC TTCTTGTTAC GCCTCGTCCG
GGCACTATTT CGCCTTGGTC TTCTAAATCT ACTGATATCG CCATCAACTG TGGTCTAGAC
AAAGTAAAAC GTCTTGAGCG CGGCACGGCA TACTACGTAG AGACATCGAC GCCTCTTAAC
GATGCTCAAA TTGCTGATGT AAAAGCACTC ATCCATGATC GCATGATGGA AGTGATATTT
ACTGATTTTG ATGCAGCAAA TGCGTTATTC CAAGCGGCAG AACCTGCGCC TGTAGCAGAC
GTTGACCTAT TAAAAGGCGG CCGTGCTGCG CTTGAAAACG CAAACGTTAC CCTAGGTCTT
GCACTTGCAG ATGATGAAAT TGAATACCTC TACGATGCGT TCGTAAATAA GCTAGAACGC
AACCCGACTG ACATCGAACT AATGATGTTT GCACAAGCGA ACTCAGAGCA CTGTCGTCAC
AAGATCTTCA ACGCAGACTG GACTATCGAC GGAGTAAAGC AAGAGAAGTC TCTGTTCAAG
ATGATCAAGA ACACATTCGA AACTACGCCT GAAAACGTAC TGTCTGCATA CAAAGATAAC
GCAGCGGTAA TGGTAGGTTC TGATGTAGGT CGTTTCTTCC CGAACCCAGA AACTCGCCAG
TACGGTTACA GCCAAGAGAA AGCGCACATC CTAATGAAGG TGGAAACGCA CAACCACCCA
ACTGCTATCT CTCCTTGGCC GGGTGCTTCT ACTGGTTCAG GCGGTGAAAT TCGTGATGAA
GGCGCGACTG GTATCGGTGG TAAGCCAAAA GCAGGTCTAG TTGGTTTCAC AACCTCTAAC
CTACGTATTC CTGGTTTTGA ACAGCCATGG GAAACAGATT TCGGTAAACC GGGTCGCATC
GTTAACGCTC TAGACATCAT GCTAGAAGGC CCACTTGGTG GTGCGGCGTT CAACAACGAA
TTTGGTCGTC CAAACCTACT TGGTTACTTC CGTACTTACG AAGAGAAAGT TAACTCTCAC
GGAGGTGAAG AGGTTCGTGG TTACCACAAG CCAATCATGA TTGCTGGTGG TATGGGTAAC
ATCCGTGACG AGCACGTTCA GAAGAAAGAG ATCCCGGTAG GTGCGAGCCT AATCGTACTT
GGTGGTCCTG CAATGAACAT CGGTCTTGGC GGTGGTGCAG CTTCTTCAAT GGCATCTGGT
CAATCAGCAG AAGACCTAGA TTTCGCTTCA GTACAGCGTG AAAACCCAGA GATGGAACGC
CGCTGTCAGG AAGTGATCGA CCGTTGTTGG CAACTTGGTG AAGAGAACCC AATCGCATTT
ATCCACGATG TAGGCGCGGG CGGTATCTCT AACGCACTTC CTGAGCTTGT AGACGATGGC
GAGCGTGGTG GTATCTTCCA ACTACGCGAT GTTCCAAACG ATGAACCAGG CATGAGCCCA
CTTGAGATCT GGTGTAACGA ATCTCAAGAG CGTTACGTAA TGGCAGTTGC GCCAGAGAAC
ATGGAAGTAT TCGACGCAAT CTGTAAGCGT GAGCGTGCAC CATACGCCGT AGTAGGTATC
GCAACGGAAG AGCGTGAACT GAAACTTGAA GATTCACACT TTGATAATAC GCCAATCGAC
ATGCCAATGG ATGTGCTTCT TGGTAAGACG CCTAAGATGC ATCGTGATGC GAAAACGCTA
AAAGCAAACA ACCCAGCAGT TAACCGTGAC GGTATCGAGC TAAACGAAGC CGCGGACCGC
GTTCTACGTC TACCAACGGT TGCAGAGAAA ACATTCCTTA TCACTATCGG TGACCGCACA
GTAACGGGTC TAGTTGCTCG TGACCAAATG GTTGGTCCTT GGCAGGTTCC TGTTGCTAAC
TGCGCAGTGA CCGCAGCAAG TTACGACACT TACCACGGTG AAGCGATGTC GATGGGTGAG
CGTACACCAG TGGCTCTACT AGATTTCGGT GCTTCTGCTC GTCTAGCGGT TGGTGAAGCA
ATCACAAACA TTGCAGCGAC AAACATCGGT GATATCAAAC ACATTAAACT GTCTGCAAAC
TGGATGTCTC CAGCTGGCCA CCCGGGTGAA GACGCAGGTC TTTACGAAGC AGTGAAAGCC
GTAGGTGAAG AGCTATGTCC AGCACTTGGC CTGACTATCC CTGTGGGTAA AGACTCAATG
TCGATGAAGA CCAAGTGGGA AGAGAACGGT GAGCAGAAAG AAGTAACCTC TCCGCTATCT
CTAATCATCA CTGCGTTTGC TCGTGTTGAA GATGTGCGTA AGACAATTAC ACCTCAGCTT
CGCACTGACA AAGGTGATAC TTCACTTGTA CTTATCGACC TAGGTAACGG TCAAAACCGT
CTAGGTGCAA CAGCACTAGC ACAGGTTTAC AAACAGCTTG GTGACAAGCC AGCAGACGTA
GACAACGCAG CACAACTGAA AGGTTTCTAC GAGGGCGTTC AGACTCTTGT AGCGAATGAC
CAAGTAGTGG CTTACCACGA TAAGGGTGAC GGTGGTCTAT TCGTTACTCT AGCTGAAATG
GCATTCGCAG GTCACTGTGG CGTTAAAGCT GACATCGCTG ACCTAGGTGA TGATGCACTA
GCTGCACTAT TCAACGAAGA ACTAGGTGCG GTACTTCAGG TTAAGAACGA TGACCTAGAC
GCTGTACTTT CAACGCTAGC AGCAAACGAT CTTGAAGCGT GTTCACACGT AATTGGCTCT
GTAGAAGCAT CTGATGAGCT AGTGATTACT TCTGGTGAGA CAGTCGTTCT TGAGCGTAAC
CGTACTGAAC TACGCACTAT CTGGGCAGAG ACAACGCACA AGATGCAAGG TCTACGTGAT
AACCCAGCAT GTGCTGACCA AGAGCACGAA GCGAAGAAAG ACAACTCAGA CCCAGGTCTG
AACGTTAAGC TAAGCTTCGA TGTAAACGAA GACGTCGCAG CACCTTACAT TGCTAAAGGT
GTTAAACCTA AGATGGCAAT TCTGCGTGAG CAGGGCGTTA ACTCTCACGT TGAGATGGCA
GCAGCCTTTG ACCGTGCAGG CTTTGAAGCA ACAGATATTC ACATGAGCGA CATCCTAACG
GGTCAAGCAG TTCTTGAGGA ATACAACGGC CTAGTGGCTT GTGGTGGCTT CTCTTACGGT
GACGTTCTTG GGGCTGGTGA AGGTTGGGCT AAATCAATCC TGTTCAACGA GCAAGCGCGC
AACCAGTTTG AAGGTTTCTT CCAGCGTGAA GATACGTTCT CTTTAGGTGT GTGTAACGGC
TGTCAGATGC TATCGAACCT GAAAGAGCTA ATCCCGGGCG CAGACCTGTG GCCACGCTTC
GTTCGTAACG AATCTGAGCG TTTTGAAGCT CGTTTCAGCC TAGTAGAAGT GCAGAAGTCT
GACTCTGTAT TCTTCGATGG TATGGAAGGT TCACGTATGC CAATCGCAGT ATCACACGGT
GAAGGCCGCG TAGAAGTACG TGATGCAGAT CACTTAGCGG CGATTGAAGC ATCAGGTACG
GTTGCCGTTC GTTACGTGGA CAACCACGGT AACCCAACGC AGCAATACCC GAACAACCCG
AACGGTTCGC CAAACGCAAT CACAGGTCTA ACGACTGCTG ATGGCCGTGT GACTATCATG
ATGCCGCACC CAGAGCGTGT ATTCCGCACA GTAGCGAACT CATGGTCTCC AGAAGGTTGG
GGCGAGAACG GTGCTTGGAT GCGCATGTTC CAAAATGCAC GTAAGAACAT CGGTTAA
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| Protein sequence | MRILRGSPAL SEFRVNKLLE LCREQDLPVT GIYAEFMHFA DLKSDLDAQE LEKLEKLLTY
GPTIEEHEPE GLLLLVTPRP GTISPWSSKS TDIAINCGLD KVKRLERGTA YYVETSTPLN
DAQIADVKAL IHDRMMEVIF TDFDAANALF QAAEPAPVAD VDLLKGGRAA LENANVTLGL
ALADDEIEYL YDAFVNKLER NPTDIELMMF AQANSEHCRH KIFNADWTID GVKQEKSLFK
MIKNTFETTP ENVLSAYKDN AAVMVGSDVG RFFPNPETRQ YGYSQEKAHI LMKVETHNHP
TAISPWPGAS TGSGGEIRDE GATGIGGKPK AGLVGFTTSN LRIPGFEQPW ETDFGKPGRI
VNALDIMLEG PLGGAAFNNE FGRPNLLGYF RTYEEKVNSH GGEEVRGYHK PIMIAGGMGN
IRDEHVQKKE IPVGASLIVL GGPAMNIGLG GGAASSMASG QSAEDLDFAS VQRENPEMER
RCQEVIDRCW QLGEENPIAF IHDVGAGGIS NALPELVDDG ERGGIFQLRD VPNDEPGMSP
LEIWCNESQE RYVMAVAPEN MEVFDAICKR ERAPYAVVGI ATEERELKLE DSHFDNTPID
MPMDVLLGKT PKMHRDAKTL KANNPAVNRD GIELNEAADR VLRLPTVAEK TFLITIGDRT
VTGLVARDQM VGPWQVPVAN CAVTAASYDT YHGEAMSMGE RTPVALLDFG ASARLAVGEA
ITNIAATNIG DIKHIKLSAN WMSPAGHPGE DAGLYEAVKA VGEELCPALG LTIPVGKDSM
SMKTKWEENG EQKEVTSPLS LIITAFARVE DVRKTITPQL RTDKGDTSLV LIDLGNGQNR
LGATALAQVY KQLGDKPADV DNAAQLKGFY EGVQTLVAND QVVAYHDKGD GGLFVTLAEM
AFAGHCGVKA DIADLGDDAL AALFNEELGA VLQVKNDDLD AVLSTLAAND LEACSHVIGS
VEASDELVIT SGETVVLERN RTELRTIWAE TTHKMQGLRD NPACADQEHE AKKDNSDPGL
NVKLSFDVNE DVAAPYIAKG VKPKMAILRE QGVNSHVEMA AAFDRAGFEA TDIHMSDILT
GQAVLEEYNG LVACGGFSYG DVLGAGEGWA KSILFNEQAR NQFEGFFQRE DTFSLGVCNG
CQMLSNLKEL IPGADLWPRF VRNESERFEA RFSLVEVQKS DSVFFDGMEG SRMPIAVSHG
EGRVEVRDAD HLAAIEASGT VAVRYVDNHG NPTQQYPNNP NGSPNAITGL TTADGRVTIM
MPHPERVFRT VANSWSPEGW GENGAWMRMF QNARKNIG
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