| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mlab_0283 |
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| Symbol | carB |
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| ID | 4795384 |
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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 | Methanocorpusculum labreanum Z |
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| Kingdom | Archaea |
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| Replicon accession | NC_008942 |
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| Strand | + |
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| Start bp | 263633 |
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| End bp | 266794 |
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| Gene Length | 3162 bp |
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| Protein Length | 1053 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 640098930 |
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| Product | carbamoyl phosphate synthase large subunit |
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| Protein accession | YP_001029726 |
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| Protein GI | 124485110 |
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| COG category | [E] Amino acid transport and metabolism
[F] Nucleotide transport and metabolism |
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| COG ID | [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ) |
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| TIGRFAM ID | [TIGR01369] carbamoyl-phosphate synthase, large subunit
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | 26 |
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| Fosmid unclonability p-value | 0.85267 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCTAAAA ACACCTCACT CAAAAAAGTC CTGCTCATCG GATCAGGACC GATCCAGATC
GGACAGGCTG CCGAGTTTGA CTATGCAGGA AGCCAGGCAT GTAAAGCTGT GCGTGAAGAG
GGCATCGAAG TTGTATTAGT CAACTCCAAC CCGGCTACGA TCCAGACCGA CCCCGAAACT
GCGGATAAAG TCTATGTTGA ACCGCTGAAA GCAGATATCA TTGCCGAGAT CATCAAAAAG
GAAAAACCGG ATGGTATTCT CTCAGGTATG GGAGGCCAGA CCGGTCTGAA CCTTACGGCT
GAACTCTATG AACTTGGTGC CCTTGAAGGC GTACAGATTC TTGGAACGCC GCTTGAAGCA
ATCTATCATG GTGAAGATCG TGATCTCTTC AAGAAACTCA TGCTCGAGAT CGGTGAACCT
ATCCCGAAGA GTTTCATCTT AACCAAAATC GAGCAGCTCG ACGAGGCATA CGAAGAAGTC
GGTCTCCCCG CAATCATTCG TCCGGCATAC ACACTTGGCG GAGCCGGTGG AGGAGTTGCG
AACACCAAAG AGGAACTCAG AACGATCGTT GAACACGGTC TCACCAAATC CCGTGTCCAC
CAGGTCCTGA TCGAAGAGTC GGTCAAGGGC TGGAACGAGA TCGAGTTTGA GGTCATGCGT
GATGCGGCAG ACACCTGTAT CATCATCTGC GGAATGGAAA ACGTCGATCC GATGGGTGTC
CACACCGGAG AGTCCGTTGT CGTCGCTCCG ATCCTGTCCC TCACCTCAGA CGAGTTTGGC
ATCATGCGCC GGGCCGCAAT CAAAATCATC CGTGCCCTCA ACGTGCAGGG CGGATGCAAC
ATCCAGTTTG CCTTCAACAA CGGTGATTAC CGTGTCATTG AAGTCAACCC GCGTGTCTCG
CGTTCCTCGG CACTTGCCTC GAAAGCGACC GGTTACCCGA TCGCCCGGGT CGCTGCAAAA
GTCGCCATCG GTCTGCACCT CGATGAGATC ATGAACACGG TTACCGGCTG CACGCCGGCC
TGTTTCGAGC CGGCTGTTGA TTACGTCGTG GTCAAAGTCT CCAGATGGCC GTTCGACAAA
TTCAAGACCG CTGATAGGAC CCTCACCACT TCGATGAAAA GTACCGGAGA GGTCATGGCA
ATCGGCCGTA CCGTTGAAGA AGGATTCAAG AAAGCTCTCC GCTCGCTTGA TACGGATATC
TACCGGCACA CCGATCTGAA CGAGATCAGA ATGATCCTCT CCCGCCCGAC CGATGAGAGA
TTCCCGACCC TCTTTGATGC CTTCCGCCTT GGAATGACCG TCAAGGAAGT CTACGACCTC
ACCCAGATCG AACCGTTCTT CTTAGAGAAG ATCCAGAACG TCGTGGACAT CGAACTTGAA
CTCCGCGACC ACCCCACTGA AGAGCTTGTC AAGACCTCCA AGAAGTTTGG ATTCTCCAAC
GCAGAGATCC GCGAGCTTAC CGGCTGGAAC ATCTATAAGA TCGAGAGTCT TGTCGGCCTT
CCGACCTACA AGATGGTCGA CACCTGCTCT GCCGAGTTCC CGGCAAAGAC GCCCTACTAC
TACTCCACCT GGGAACAGGA GTGCGAACTT ACCCAGTCTG ATCGGAAAAA GATCCTCATC
CTCGGTTCCG GAGCTATACG CATTGGTCAG GGAATCGAGT TCGATTATTG TACGGTTCAC
GCAGTCAAGT CCCTGCGTGA GGAAGGCATC GAGGTCCATA TCTTAAATAA TAACCCGGAG
ACGGTTTCAA CCGACTTCGA TACCTCGGAC CGTCTCTACT TCGAACCGAT GCAGCTTGAA
GATGTCGTCA ATATCCTGAG AAAAGGTGAC TATGACGGTG TTATGGTGCA GTTCGGCGGT
CAGAACTCCG TGAACCTCGC CATCCCAATT CAGGAAGAGA TCAAACTCTT CGGTCTGAAG
ACCAAGGTCC TTGGAACGAG CCCCGACAAT ATGGATGTTG CCGAAGACAG AAACCGGTTC
AGCGTTCTGT TAGATCAGAA CAACATCCCG TCACCGGCAA ATGGTTCCGC CTACTCCGAA
AAGGAGGCAT ACGCAATTGC CAACAAGATC GGATACCCGG TCTTAGTTAG ACCAAGCTAC
GTTCTCGGCG GCCGTGCAAT GGAACTTGTT CACGATGAAC TTGAACTCCA GACCTACATT
AAAGAGGCCG TTCGTGTTTC CAACACCCAC CCGGTCTTGA TCGACAGATA TCTCGACAAT
GCAACCGAGC TGGATGTGGA CGCGGTTTCT GATGGAGAAA CGGTCCTTAT CGGCGGTGTG
ATGGAACACA TCGAAGAAGC CGGTGTCCAC TCCGGAGATT CGGCATGTGT CATCCCGACC
CAGACCCTCA CTCCCGAGCA GATCGCAACC GTCAAAGACT ACACGAGAAA GATTGCTCTC
TCCCTCGGTG TAGTCGGTCT GATCAACATC CAGTATGCGA TCCACAAAGG AACGGTCTAT
GTTCTTGAGG CAAACCCGCG TGCAAGCAGA ACGGTTCCGT TCGTCTCGAA GGCAACCGGT
CTCCCGCTTG CAAAGATCGC GGCCAAACTC ATGCTTGGAA AGAAACTTGC AGACCTTGGC
TACCAGGAGA AAGAGATCAG TCACGTCGCG GTCAAAGAAG TTCTTCTTCC GTTCTCCAGA
CTGCCGGGCG TTGACCCGAT CCTCGGTCCG GAGATGAAGA GTACCGGTGA AGTCATCGGT
ATCGATTACG ACTTCGGCAG AGCTTTCTAC AAGGCAAGCC AGGCAGCTGA CAATACCATC
CCGCTGAAAG GAAATGTCTT CATCTCAGTT ACCAATGATC AGAAGACTGA GATCCTGCCG
ATTGCCCGCA AGCTCTACGA TCTCGGATTC TCACTCTACG GTACGGAAGG CACGGTCAAG
TTCCTTGCGC AGAACGACAT CCCAATGAAT CTTGTCAGAA AGGTTCAGGA AGGCTCACCG
AACATTCTGG ATATGATCCG GGCACTGGAT GTGCATCTCC TTATCAACAC ACCCGGCGAT
AAAAATGCAC GGGCAGACCA CCTGCAGATC ATGCGGGCAA GCATCGACTA CTCGATCCCC
TATATCACGA CCATTTTCGG AGCAGAGGCG GCCGTGCAGG CAATCGAGTC GATGAAGACC
AACACGATCA CCGTCGAACC GCTGAGTCAC TACCACAGCT AA
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| Protein sequence | MPKNTSLKKV LLIGSGPIQI GQAAEFDYAG SQACKAVREE GIEVVLVNSN PATIQTDPET
ADKVYVEPLK ADIIAEIIKK EKPDGILSGM GGQTGLNLTA ELYELGALEG VQILGTPLEA
IYHGEDRDLF KKLMLEIGEP IPKSFILTKI EQLDEAYEEV GLPAIIRPAY TLGGAGGGVA
NTKEELRTIV EHGLTKSRVH QVLIEESVKG WNEIEFEVMR DAADTCIIIC GMENVDPMGV
HTGESVVVAP ILSLTSDEFG IMRRAAIKII RALNVQGGCN IQFAFNNGDY RVIEVNPRVS
RSSALASKAT GYPIARVAAK VAIGLHLDEI MNTVTGCTPA CFEPAVDYVV VKVSRWPFDK
FKTADRTLTT SMKSTGEVMA IGRTVEEGFK KALRSLDTDI YRHTDLNEIR MILSRPTDER
FPTLFDAFRL GMTVKEVYDL TQIEPFFLEK IQNVVDIELE LRDHPTEELV KTSKKFGFSN
AEIRELTGWN IYKIESLVGL PTYKMVDTCS AEFPAKTPYY YSTWEQECEL TQSDRKKILI
LGSGAIRIGQ GIEFDYCTVH AVKSLREEGI EVHILNNNPE TVSTDFDTSD RLYFEPMQLE
DVVNILRKGD YDGVMVQFGG QNSVNLAIPI QEEIKLFGLK TKVLGTSPDN MDVAEDRNRF
SVLLDQNNIP SPANGSAYSE KEAYAIANKI GYPVLVRPSY VLGGRAMELV HDELELQTYI
KEAVRVSNTH PVLIDRYLDN ATELDVDAVS DGETVLIGGV MEHIEEAGVH SGDSACVIPT
QTLTPEQIAT VKDYTRKIAL SLGVVGLINI QYAIHKGTVY VLEANPRASR TVPFVSKATG
LPLAKIAAKL MLGKKLADLG YQEKEISHVA VKEVLLPFSR LPGVDPILGP EMKSTGEVIG
IDYDFGRAFY KASQAADNTI PLKGNVFISV TNDQKTEILP IARKLYDLGF SLYGTEGTVK
FLAQNDIPMN LVRKVQEGSP NILDMIRALD VHLLINTPGD KNARADHLQI MRASIDYSIP
YITTIFGAEA AVQAIESMKT NTITVEPLSH YHS
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