| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCI_0002 |
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| Symbol | purL |
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| ID | 4056392 |
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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 | Baumannia cicadellinicola str. Hc (Homalodisca coagulata) |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007984 |
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| Strand | + |
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| Start bp | 1933 |
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| End bp | 5826 |
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| Gene Length | 3894 bp |
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| Protein Length | 1297 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637981362 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_588481 |
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| Protein GI | 94676501 |
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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 | 1 |
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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 | ATGGAAATAA TACGTGGTTT TTCAGCTCTA TCAGGATTTC GTATTCATCA GCTATTATCC
TTATGTAAGA AAAGAAAACT ACCAGTTGAT AATATTGATA CGGAATATAT TTATTTTTTA
GATCTAACCG AAAAATTAAA TATAGATCAG TGTAATAATT TACAAAAACT ATTAAAATAT
AATAATACTA CCTCTAGTAG TATAGATACT CAGCAACGAC GTTTAATCTT AGTGACACCC
CGCTTAGGTA TTATTTCTCC TTGGTCTTCA AAAGCAACTG AAATTATCCA TAACTGTGGA
TTACTACAAA TAAAACGCAT TGAGCGTGGT ATTGCTTTTT GGATCAAAAC AAAAAAGTTA
AATACTATAC AATGGAAAAA ATTAATTTGT TTATTGCATG ACCGTATGAT GGAAACAGTA
TTCGAGAAAT TAGAACACGC ACAACAATTA TTTACACAAT ATCAACCAGA ACCATCTAAA
ATTATAGACA TACTAGGTAT GGGTCGTACT GCTTTAGAAA AGGCAAACCA AATATTTGGC
CTTGCTTTAA CTGAAGAAAA CATTAACTAT TTATTCGAAA CATTTACTCG TCTAGAACGT
AATATGAGTG ATGTAGAGCT TTATATGTTT GCACAAGCTA ATTCTGAACA CTGTCGACAT
AATATTTTTA ATGCTACATG GGTAATTGAT GGAAAACCGC AAGAAAAGTC TCTTTTAGAT
ATGATTAAAA ATACTTTAAC GAAGAATCCT GACTTTGTAC TATCTGCTTA TAAAGATAAT
GCAGCAGTTA TAAAAGGACC TATAGTTAGT CAATTTTTTA TGGATGTACA ACAAAAAAAC
TACGATTATC ATCAAGAAGC AGCAAACTTA ATAATCAAGG TAGAAACCCA TAACCATCCT
ACTGCTATTT CACCTTGGCC AGGAGCTGCC ACCGGTATAG GAGGTGAAAT ACGTGACGAA
GGTGCTACCG GTCGAGGTGC TAAACCAAAA GCAGGCTTAG TAGGTTTCTC TGTATCTAAC
TTGCTTATCC CAGGATTTAA ACAGCCATGG GAAAAGTCTT TTGGCCGTCC CAAACACATA
GTTAGTGCAC TAGAAATTAT GAAAGAAGCA CCATTAGGTG GTGCTTCTTT TAATAATGAG
TTTGGACGAC CAGTAATTAC CGGTTATTTT CGTACATATG AAGATTTAGT CTGTAGTCAT
AATGGTATTG AATTACGTGG TTACCATAAA CCAATAATGC TAGCAGGAGG AATTGGTAAT
ATACGTGATG TACATGTACA AAAGTGTCAA ATCAAATCAA ATGCAAAACT AATTGTGCTA
GGTGGAGCAG CAATGAATAT AGGCTTGGGT GGTAGTACTG CTTCATCTAT GACCTATGGT
CAGTTAGACT ATTATCTTGA TTTTGCTTCA GTACAACGTG AGAATCCAGA AATGGAACGG
CGATGTCAAG AAGTTATCAA TAGCTGCTGT CAACTAGCCG ATCAAAATCC TATTTTGTTT
ATCCATGATG TTGGTGCAGG TGGTCTTGCA AATGCTCTCT TAGAACTAAT CAGAGATGGT
AAATGCGGCG GCTATTTTCA GTTACGTGAT ATTCCTAATG ATGAGCCTAG GATGAGTCCA
CTGCAAATAT GGTGTAATGA ATCACAAGAG CGTTATGTAA TAGCAGTAGT TCCAGAGCAA
TTAGCTATAT TCGAAGCTAT CTGTCGCCGT GAGCGTGCCC CTTTCGCGGT TATAGGCCAA
GCAACAGATA TTTTAAACAT AATTCTTGAT GATAAGTATT TTAATACACG ATTAATAGAT
CTATCTATAG ATACTTTACT TGGTAAAGCA CCTAGGATGA TACGTCATGT TAGTAGCCTA
AAAATAAACA ACTATACACT AAACCGTAAA AAAATTGTAT TGGCAGAAGC TGTAAAGCGA
GTATTACATC TTCCTGTAGT TGCTGATAAA ACCTTTCTTA TTACAATTTG CGATCGTAGT
ATTACTGGTA TGGTAGTACG TGATCAGATG GTAGGGCCAT GGCAGGTACC TGTTGCTGAT
TGTGCTGTGA CTGCTGCTAG CTTAGATAGT TATTATGGTG AGGTAATCTC AATAGGAGAA
CGAGCACCGG TAGCTATGCT AAATTTTACT GCTTCGGCTA GGCTAGCAGT AGGAGAAGCA
CTAACTAACT TAGCTGGAAC TTATATTGGT GATATAAAGC AAGTTAAATT ATCTGCTAAC
TGGATGGCTG CGGCAGGCCA TCCAGGTGAA GATGCTAAAT TATATGCAGC TGTTAAAAAT
ATTAGTGAAG AACTTTGTCC TACTTTAGGT TTAACTATTC CAGTAGGCAA AGATTCTATG
TCTATGAAAA CTTGTTGGCA CCAGGGTAAG AAATTATATG AAATGATTGC ACCATTATCT
CTTATTGTTA CTGCTGTTGC ATCAGTTGAA GATATTCGCT TAACTATTAC ACCGCAATTA
CAGGTTAATT GTGAGAATAT TTTGTTGTTA ATTGATTTAG GCATGGGTTA TCAAGCTCTA
GGAGCAACTG CTCTAGCTCA AGTTTATAAT CAGTTAGGCA ATGAAACTGC TGATATCCGT
AATATTGAAC TATTAGCTTG CTTTTACCGA GGTCTACAGC AATTAGTAGC TCAGGGTAAT
TTATTAGCAT ATCATGATCG ATCAGATGGA GGTTTACTTG TTACGCTAGC AGAAATGGCT
TTTGCTGGTC ACTGTAGTAT CGATGTAGAT ATTACAGCAC TAGGTAAAGA TAAATTAGCA
ATACTTTTTA ACGAAGAGTT AGGTGCAGTT CTTCAAATAG CTCTTACTGA TTTAGATATA
GTGCTAAATA TTTTATCTCA GCAAGGACTT TCTAAATGTT TATATGTATT AGGTACTGCT
AAAAGTGGAG AAAATTTTAT TATTCGACAT GGAAATAACA TTTTGTATAG TGAAAGTAGA
ACTACATTAC GTACTTGGTG GTCAGAAACT AGCTGGCAAA TGCAACGTTT ACGGGATAAT
CCAGAGAGCG CAGATCAAGA GCATCTTGCC CGACAAGATA AAAATGATCC CGGTATTAAC
GTTAAACTTA GCTTTAATCT GAATGAAGAT ATTGCAGCAC CTTATATTGC TAAAGGTATC
CCACCTAAAG TAGCAATACT ACGTGAACAA GGAGTAAACT CTCATATAGA AATGGCAGCA
GCATTTCATA GAGCCGGCTT TAATGCTATA GATGTACATA TGAGTGATTT AATATTAGGA
AATACTAATT TACAGAATTT TCAAATGTTA GTAGCATGTG GTGGTTTTTC ATACGGTGAT
GTACTAGGTT CTGGTGTTGG TTGGGCATAC TCTATTCTTT TTAATCAGTT AGTACGTGAT
GAGTTCGAGG ATTTTTTTTA CCGTCCGCAT ACTATCACAC TTGGGGTATG TAATGGATGT
CAGATGATTT CTCATTTAAG AGAAATTATT CCAGGCGTAG AACTTTGGCC AAATTTTATT
CGTAATGAGT CAGAGCGTTT CGAGTCTCGT TTTAGTTTAG TTGAAGTTAC ACATAGTCCA
TCTCTTTTAT TACAAGAGAT GCATGGTTCC CGTTTACCAA TTGTAACTTC GCACGGTGAA
GGACGAGTAG AAGTAAAAAA TCATGAACAT TTAATAGCAA TAGAACAAAT GAAATTAGTA
GCATTACGTT ATGTTGATAA CTATGGTCAA ATAGCAAAAA ATTATCCTGC TAATCCCAAT
GGATCACCGA ATGGCATCAC GGCTATTACT AGCATATGTG GTAGAGTTAC ACTGATCATG
CCGCATCCCG AAAGGGTTTT TCGTACTGTT AGTAACTCTT GGCATCCTGA TGACTGGGGA
GAAGATAGTC CTTGGATGCG TATGTTTCGT AATGCTCGTA AGCAATTAGG ATAA
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| Protein sequence | MEIIRGFSAL SGFRIHQLLS LCKKRKLPVD NIDTEYIYFL DLTEKLNIDQ CNNLQKLLKY
NNTTSSSIDT QQRRLILVTP RLGIISPWSS KATEIIHNCG LLQIKRIERG IAFWIKTKKL
NTIQWKKLIC LLHDRMMETV FEKLEHAQQL FTQYQPEPSK IIDILGMGRT ALEKANQIFG
LALTEENINY LFETFTRLER NMSDVELYMF AQANSEHCRH NIFNATWVID GKPQEKSLLD
MIKNTLTKNP DFVLSAYKDN AAVIKGPIVS QFFMDVQQKN YDYHQEAANL IIKVETHNHP
TAISPWPGAA TGIGGEIRDE GATGRGAKPK AGLVGFSVSN LLIPGFKQPW EKSFGRPKHI
VSALEIMKEA PLGGASFNNE FGRPVITGYF RTYEDLVCSH NGIELRGYHK PIMLAGGIGN
IRDVHVQKCQ IKSNAKLIVL GGAAMNIGLG GSTASSMTYG QLDYYLDFAS VQRENPEMER
RCQEVINSCC QLADQNPILF IHDVGAGGLA NALLELIRDG KCGGYFQLRD IPNDEPRMSP
LQIWCNESQE RYVIAVVPEQ LAIFEAICRR ERAPFAVIGQ ATDILNIILD DKYFNTRLID
LSIDTLLGKA PRMIRHVSSL KINNYTLNRK KIVLAEAVKR VLHLPVVADK TFLITICDRS
ITGMVVRDQM VGPWQVPVAD CAVTAASLDS YYGEVISIGE RAPVAMLNFT ASARLAVGEA
LTNLAGTYIG DIKQVKLSAN WMAAAGHPGE DAKLYAAVKN ISEELCPTLG LTIPVGKDSM
SMKTCWHQGK KLYEMIAPLS LIVTAVASVE DIRLTITPQL QVNCENILLL IDLGMGYQAL
GATALAQVYN QLGNETADIR NIELLACFYR GLQQLVAQGN LLAYHDRSDG GLLVTLAEMA
FAGHCSIDVD ITALGKDKLA ILFNEELGAV LQIALTDLDI VLNILSQQGL SKCLYVLGTA
KSGENFIIRH GNNILYSESR TTLRTWWSET SWQMQRLRDN PESADQEHLA RQDKNDPGIN
VKLSFNLNED IAAPYIAKGI PPKVAILREQ GVNSHIEMAA AFHRAGFNAI DVHMSDLILG
NTNLQNFQML VACGGFSYGD VLGSGVGWAY SILFNQLVRD EFEDFFYRPH TITLGVCNGC
QMISHLREII PGVELWPNFI RNESERFESR FSLVEVTHSP SLLLQEMHGS RLPIVTSHGE
GRVEVKNHEH LIAIEQMKLV ALRYVDNYGQ IAKNYPANPN GSPNGITAIT SICGRVTLIM
PHPERVFRTV SNSWHPDDWG EDSPWMRMFR NARKQLG
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