| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Arth_1546 |
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| Symbol | |
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| ID | 4445947 |
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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 | Arthrobacter sp. FB24 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008541 |
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| Strand | + |
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| Start bp | 1720214 |
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| End bp | 1723609 |
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| Gene Length | 3396 bp |
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| Protein Length | 1131 aa |
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| Translation table | 11 |
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| GC content | 67% |
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| IMG OID | 639689361 |
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| Product | pyruvate carboxylase |
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| Protein accession | YP_831040 |
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| Protein GI | 116670107 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1038] Pyruvate carboxylase |
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| TIGRFAM ID | [TIGR01235] pyruvate carboxylase |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.623048 |
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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 | ATGTTTTCCA AAATTCTGGT GGCTAACCGC GGCGAAATCG CGATCCGTGC CTTCCGTGCC
GGCTACGAGC TGGGCGCCAA GACTGTTGCC GTGTTCCCCA ACGAGGACCG AAACTCCATC
CACCGCCAGA AGGCTGATGA AGCGTACCTG ATCGGCGAAG AGGGCCACCC GGTCCGGGCT
TACCTTGACG TGGACGAAGT GGTCCGCGTG GCCAAGGAAT CCGGCGCCGA TGCCATCTAC
CCCGGCTATG GATTCCTCTC GGAGAACCCC CGCCTGGCCC GGGCCGCCAA AGAGGCCGGC
ATCACCTTTG TTGGCCCGCC GGCCGAGGTC CTTGAGCTGG CCGGAAACAA GGTCGCCGCG
CTCGAAGCCG CCCGCGCCGC CGGCGTCCCC GTCCTCAAGT CGAGCCAGCC CTCCAAGGAC
CTGGATGAAC TGATCGCCGC AGCGGACGAA ATCGGCTTTC CCATCTTCGC CAAGGCCGTT
GCCGGCGGCG GAGGCCGCGG CATGCGCCGC GTGGACACCC GCGAGGCTCT CCCTGAAGCG
CTGCAGGCCG CCATGCGCGA GGCCGATGCC GCTTTCGGTG ATCCCACCAT GTTCCTGGAG
CAGGCCGTTC TCCGCCCCCG CCACATCGAG GTCCAGATCC TGGCCGATGC CGAAGGCAAC
GTCATGCACC TCTTCGAACG CGACTGCTCC ATCCAGCGCC GCCATCAGAA GGTGATCGAG
ATCGCGCCGG CGCCGAACCT GGATGAAGGC ATCCGTCAGG CGCTGTACCG GGATGCGGTG
AAGTTCGCCA AGGCCCTCAA CTACGTCAAT GCCGGCACCG TGGAGTTCCT GGTGGACACC
GTCGGCGAAC GCGCCGGCCA GCACGTGTTC ATCGAGATGA ACCCGCGCAT CCAGGTGGAG
CACACTGTCA CCGAGGAAGT CACCGATGTG GACCTCGTCC AGGCACAGCT CCGCATCGCA
TCGGGCGAGA CGCTCGCTGA CCTCGGCCTG TCGCAGGACA CCGTCCAGCT CAAGGGCGCC
GCACTGCAGT GCCGCATCAC CACCGAGGAT CCGGCCAACG GCTTCCGGCC CGACGTCGGA
AAGATCACCG GTTACCGTTC CGCCGGCGGC GCCGGTGTAA GGCTCGACGG CGGCACCGTC
TACTCGGGTG CCGAAATCAG TCCGCACTTC GACTCCATGC TGGTCAAACT GACCTGCCGC
GGCCGGGACT ACCCTGCAGC AGTGGCCAGG GCGCGCCGGG CCCTCGCGGA GTTCCGCATC
CGCGGCGTCT CCACGAACAT TTCCTTCCTG CAGGCCGTCC TGGATGACAA GGACTTCATC
GCCGGCGACG TGGCCACCAA CTTCATCGAC CAGCGCCCCG AGCTGCTCAA GGCCCGCGTT
TCCGCGGACC GCGGCACCAA GCTGCTGACC TGGCTGGCAG AGGTCACGGT CAACAAGCCC
AACGGCGACC TCACCGTCCA TTCCGACCCG GCGGCCAAGC TGCCCGCAGT CGGGGACACC
CCCGCCCCCA AGGGTTCGCG CCAGCGACTG CTTGAGCTGG GTCCCGAGGG ATTTGCCAAG
GCCCTGCGCG AGCAGCAGGC CGTTGCCGTC ACCGACACCA CCTTCCGTGA CGCCCACCAG
TCACTGCTGG CCACCCGGGT CCGTACCCGC GACCTCGTGG CGGCCGGCCC CGCCGTGTCC
GCGCTGCTTC CTGAACTGCT GTCCGTGGAG GCCTGGGGCG GGGCCACGTA CGACGTCGCC
CTGCGGTTCC TCGGCGAAGA TCCCTGGGAC AGGCTTGCGG CGCTGCGCAA GGCATTGCCC
AACATCTGCC TGCAGATGCT CCTCCGGGGC CGCAACACCG TGGGCTACAC GCCCTACCCC
GAGGAAGTCA CCGAGGCATT CGTCAACGAG GCCGCCGCAA CAGGCATCGA CATCTTCCGC
ATTTTCGACG CCCTCAACGA CGTCAACCAG ATGGCTCCGG CCATCCGCGC CGTGCGGGCC
ACCGGCACCG CCGTCGCAGA AGTTGCCCTC TGCTACACCG GCGACATGCT CGATCCGGAC
GAAAAACTCT ACACGCTGGA CTACTACCTG GAGCTGGCCC AGAAGATCGT CGACGCCGGC
GCCCACATCC TCGCCATCAA GGACATGGCA GGGCTTTTGC GTCCCGCGGC CGGCGCCAAG
CTTGTGGCGG CCTTGCGGGA ACGGTTCGAC CTCCCGGTCC ACCTGCACAC CCACGACACC
GCAGGCGGCC AGCTGGCCAC GCTCCTGGCG GCAGTGGACG CGGGTGTGGA CGCAGTGGAC
GTCGCGTCTG CTTCACTGGC CGGCACCACC AGCCAGCCTT CGGCCTCCGC CCTGGTTGCG
GCACTGGCCC ACACCCCGCG TGACACCGGC CTGGGCCTGG CCAAGGTCAG CTCGCTGGAA
CCTTACTGGG AAGCTGTACG CCGCGTCTAC GCTCCCTTCG AGTCGGGACT GCCGGGTCCC
ACCGGCCGCG TCTACCAGCA CGAGATCCCC GGCGGCCAGC TCTCCAATCT GCGGCAGCAG
GCCATGGCCC TCGGCCTCGG CGAACGCTTC GAAGCCATCG AGGACATGTA CACGGCAGCC
GACCGCATCC TGGGCCGCCT CGTGAAGGTC ACCCCGTCCT CGAAGGTTGT GGGAGACCTT
GCCCTGCACC TCGTTGGCCT CAATGCCGAT CCTGCGGACT TCAACGAAAA CCCGCAGAAC
TACGACATCC CGGATTCCGT CATTGGCTTC CTCTCCGGCG AACTCGGTGA TCCTCCCGGA
GGCTGGCCCG AGCCGTTCCG CACCAAAGCC CTCCAGGGCC GCAGCATCAA GGTGCGCGAC
GCCGAGCTTA GCCCCGAGGA CAGCGCCGCA CTGAAGGGCG ATTCCAGAAC CCGCCAGCAG
ACGCTCAACC GGCTGCTCTT CGAAGGTCCC ACCAAGGACT ACCAGAAGAG CGTGGAAACC
TACGGCAACC TCTCGGTCCT CGACACCCGT GACTACCTGT TCGGCCTCCA ACGCGGAGCC
GAGCACGAGA TCGAGCTGGA GAAGGGCGTA CGCCTGATCG CCTCCCTCGA AGCCGTGTCG
GAGCCGGACG AAAAGGGCAT GCGCACCGTG ATGTGCACGC TTAACGGACA GTCCAGGCCG
GTGGTGGTCC GCGACCGTTC CGTCGTCAGC AACGTCAAGG CAGCTGAAAA AGCGGACGCC
AGCCAGCCGG GCCACGTCGC CGCACCCTTC GCCGGAGCCG TGACGCTCAC GGTCAAGGTG
GGCGACGCCG TGAACGCCGG CGACACCGTT GCCACCATCG AGGCCATGAA GATGGAGGCC
TCAATTACGA CGCCGGTGGC CGGCACGGTC GGGCGCCTCG CAGTCGGCGC CGTGGAACAG
GTCCAGGGCG GAGACCTGCT GCTCGTCGTC GAGTAA
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| Protein sequence | MFSKILVANR GEIAIRAFRA GYELGAKTVA VFPNEDRNSI HRQKADEAYL IGEEGHPVRA
YLDVDEVVRV AKESGADAIY PGYGFLSENP RLARAAKEAG ITFVGPPAEV LELAGNKVAA
LEAARAAGVP VLKSSQPSKD LDELIAAADE IGFPIFAKAV AGGGGRGMRR VDTREALPEA
LQAAMREADA AFGDPTMFLE QAVLRPRHIE VQILADAEGN VMHLFERDCS IQRRHQKVIE
IAPAPNLDEG IRQALYRDAV KFAKALNYVN AGTVEFLVDT VGERAGQHVF IEMNPRIQVE
HTVTEEVTDV DLVQAQLRIA SGETLADLGL SQDTVQLKGA ALQCRITTED PANGFRPDVG
KITGYRSAGG AGVRLDGGTV YSGAEISPHF DSMLVKLTCR GRDYPAAVAR ARRALAEFRI
RGVSTNISFL QAVLDDKDFI AGDVATNFID QRPELLKARV SADRGTKLLT WLAEVTVNKP
NGDLTVHSDP AAKLPAVGDT PAPKGSRQRL LELGPEGFAK ALREQQAVAV TDTTFRDAHQ
SLLATRVRTR DLVAAGPAVS ALLPELLSVE AWGGATYDVA LRFLGEDPWD RLAALRKALP
NICLQMLLRG RNTVGYTPYP EEVTEAFVNE AAATGIDIFR IFDALNDVNQ MAPAIRAVRA
TGTAVAEVAL CYTGDMLDPD EKLYTLDYYL ELAQKIVDAG AHILAIKDMA GLLRPAAGAK
LVAALRERFD LPVHLHTHDT AGGQLATLLA AVDAGVDAVD VASASLAGTT SQPSASALVA
ALAHTPRDTG LGLAKVSSLE PYWEAVRRVY APFESGLPGP TGRVYQHEIP GGQLSNLRQQ
AMALGLGERF EAIEDMYTAA DRILGRLVKV TPSSKVVGDL ALHLVGLNAD PADFNENPQN
YDIPDSVIGF LSGELGDPPG GWPEPFRTKA LQGRSIKVRD AELSPEDSAA LKGDSRTRQQ
TLNRLLFEGP TKDYQKSVET YGNLSVLDTR DYLFGLQRGA EHEIELEKGV RLIASLEAVS
EPDEKGMRTV MCTLNGQSRP VVVRDRSVVS NVKAAEKADA SQPGHVAAPF AGAVTLTVKV
GDAVNAGDTV ATIEAMKMEA SITTPVAGTV GRLAVGAVEQ VQGGDLLLVV E
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