| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_2535 |
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| Symbol | carB |
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| ID | 5343851 |
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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 | Bacillus cytotoxicus NVH 391-98 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009674 |
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| Strand | - |
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| Start bp | 2633590 |
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| End bp | 2636808 |
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| Gene Length | 3219 bp |
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| Protein Length | 1072 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 640840038 |
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| Product | carbamoyl phosphate synthase large subunit |
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| Protein accession | YP_001375764 |
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| Protein GI | 152976247 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.900385 |
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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 | ATGCCAAAAC GCCTAGACAT TAACACAATT TTAGTAATCG GATCAGGACC AATTGTAATT
GGGCAAGCAG CGGAGTTTGA TTACTCTGGA ACGCAAGCTT GTCAATCTTT AAAAGAGGAA
GGCTATAAAG TAATCCTTGT TAACTCGAAC CCAGCAACAA TTATGACGGA CACTGCAACA
GCAGATAAAG TATATATTGA GCCATTAACA CTAGAATTTG TAAGTCGCAT TATTCGTAAA
GAGCGTCCAG ATGCAATTTT GCCGACACTT GGCGGACAAA CAGGATTAAA TATGGCTGTT
GAACTTGCCA AATCGGGTGT GCTTGAAGAG TGTGGAGTTG AAATTTTAGG AACGAAATTA
TCAGCAATTG AGCAAGCGGA AGATCGCGAT TTATTCCGTA CATTAATGCA AGAATTGAAC
GAACCAACAC CACCAAGTGA AATTGTCCAT ACACTTGATG AAGCATATGA ATTTGTTAAA
GAGATTGGGT ATCCAGTCAT TGTTCGTCCA GCATTTACGT TAGGCGGAAC AGGCGGTGGA
ATTTGCCACA ACGAAGAAGA GTTAATTGAA ATTGTAACAA GTGGTTTGAA ACATAGCCCA
GTAACACAAT GTTTATTAGA AAAAAGCATC GCTGGCTTTA AAGAAATTGA ATATGAAGTA
ATGCGTGATG CAAATGACAA TGCCATTGTA GTATGTAACA TGGAAAACAT CGACCCAGTT
GGTGTGCACA CAGGGGATTC TATTGTTGTA GCACCGAGTC AAACATTAAG CGATCGAGAA
TATCAGATGC TGCGTAATAC GTCATTAAGA ATTATTCGTG CACTAGGAAT TGAAGGGGGA
TGTAACGTTC AGCTTGCACT AGATCCGTAT AGCTTCCAAT ACTATGTAAT TGAAGTAAAT
CCACGTGTAA GTCGTTCATC TGCCTTAGCA TCAAAAGCGA CGGGATATCC AATTGCGAAA
TTAGCAGCAA AAATTGCAGT CGGTTTAACA TTAGATGAAA TTGTAAACCC AGTAACACAA
AAAACATATG CGTGCTTTGA GCCAGCATTA GACTATGTTG TTTCGAAAAT TCCACGCTGG
CCTTTCGACA AGTTTGAATC AGCAAATAGA ACGCTTGGAA CACAAATGAA AGCAACGGGT
GAAGTTATGT CAATCGGACG TAACTTAGAA GAATCATTAT TAAAAGCCGT TCGCTCTCTA
GAACTTGGTA TTTATCATCT AGAGCTAAAT CACTTAAAAG AACTTGATAA AGAAACAATG
AAAAAACGTA TTATAAAAGC GGATGATGAG CGTCTGTTTA TTGTGGCAGA AGCAATTCGC
CAAGGTGTAA CGAAAGAAGA GATTCACGAA TGGTGCGAAA TGGACTTCTT CTTCTTACAA
AAAATCGAAA ACATCGTAAA TATGGAACGA AAAGTAAAAG CGAATGTTGG TGACATGGAA
GTATTACGAG AAGCAAAAGA AATGGGCTTT AGTGATCATT ACATTGCGTC TGCTTGGAAT
AAAACAGAAT GTGAAATTTA CGCTACACGT AAAGAAAATG GCATCATGCC AGTATTTAAA
ATGGTAGATA CTTGTGCAGC AGAATTCGAA TCTGCAACGC CTTACTACTA CAGCACATAT
GGTGACGAGA ACGAATCAAT CGTTACAGAG CGTAAAAGTG TAATGGTACT AGGTTCTGGA
CCAATCCGCA TCGGTCAAGG GGTTGAATTT GACTATGCAA CAGTTCACTC TGTATGGGCA
ATTAAAGAAG CTGGCTACGA AGCAATTATT GTGAATAATA ACCCAGAGAC AGTTTCAACA
GACTTCAGTA TTTCTGATAA ATTGTACTTT GAACCATTAA CAATTGAAGA TGTTATGCAC
ATCATTGATT TAGAGAAGCC AGAAGGTGTT ATTGTACAAT TCGGTGGACA GACAGCGATT
AACTTAGCGG CAAAATTAGC AGAGCGCGGT GTGAAAATTT TAGGAACATC TCTTGAAGAT
TTAGATCGTG CTGAAGACCG CGATAAGTTC GAAGCAGCAT TAACAGAGCT TGGTATTCCA
CAACCGGTTG GTAAAACAGC AACAACAGTA GAGCAAGCGG TAGCAATTGC TGAAGAAATT
GGCTATCCAG TACTCGTAAG ACCATCTTAC GTACTTGGTG GACGTGCAAT GGAAATTGTG
TATCGTCAAG AAGAACTGCT TCACTATATG AAAAATGCAG TAAAAGTACA TGCAGATCAC
CCGGTATTAA TTGACCGCTA CATGGTTGGG AAAGAAATTG AAGTGGATGC AATTTCTGAC
GGTGAAAATG TATACATTCC CGGTATTATG GAACATATTG AACGCGCTGG TGTTCACTCT
GGTGATTCAA TCGGAGTATA TCCTCCACAA AGCCTATCAG CGAAAGTGAA GGAACAAATT
ATTGAAAATA CAATTGCACT TGGGAGAGGA TTAAAGATTG TTGGATTACT AAATATCCAA
TTTGTAGTCT TCAAAGATGA AGTGTATGTC ATTGAAGTAA ACCCACGTGC GAGCCGTACA
GTACCGTTCT TAAGCAAGAT TACAGGTGTT CCAATGGCAA ACATCGCAAC GAAAGTCATT
TTAGGTAAAA ATCTTGTAGA ACAAGGTTAT GAAACTGGTT ACCACCCAGA AGATAACGAA
GTATATGTAA AAGCGCCAGT ATTCTCGTTT GCAAAACTGC GCTCTGTTGA TACAACATTA
GGACCTGAAA TGAAATCGAC AGGGGAAGTA ATGGGGAAAG ATTTAACGCT TGAAAAAGCA
TTATATAAAG GATTAGTTGC TGCGGGAATT AGCATTCCAA CACATGGATC TGTCATTATT
ACAGTTGCGG ATAAAGATAA AGAAGAAGCG ATTGAAATCG CAAGACGCTT CCATGAAATT
GGCTATAACT TATTGGCAAC AGCAGGAACA GCAAAATCGT TAACAGAGCA AAACATTCCG
GTGCAAGTTG TAAATAAAAT TGACTCTGAA GATTACAACT TACTTGATAT TATTCGTCAA
GGAAAAGCAC AGTTTGTTAT TAACACATTA ACAAAAGGAA AACAACCAGC GCGTGATGGG
TTCCGCATTC GTCGAGAATC TGTGGAAAAT GGTGTAGCTT GCTTAACATC ACTTGATACA
ACAAGAGCAA TTTTACGAGT ACTAGAATCT ATGACGTTCT CAGCTCACAC AATGAAAGAA
ATCGCGCCAA CAACGCGTCA CGAGGTGGTA CATGCATGA
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| Protein sequence | MPKRLDINTI LVIGSGPIVI GQAAEFDYSG TQACQSLKEE GYKVILVNSN PATIMTDTAT
ADKVYIEPLT LEFVSRIIRK ERPDAILPTL GGQTGLNMAV ELAKSGVLEE CGVEILGTKL
SAIEQAEDRD LFRTLMQELN EPTPPSEIVH TLDEAYEFVK EIGYPVIVRP AFTLGGTGGG
ICHNEEELIE IVTSGLKHSP VTQCLLEKSI AGFKEIEYEV MRDANDNAIV VCNMENIDPV
GVHTGDSIVV APSQTLSDRE YQMLRNTSLR IIRALGIEGG CNVQLALDPY SFQYYVIEVN
PRVSRSSALA SKATGYPIAK LAAKIAVGLT LDEIVNPVTQ KTYACFEPAL DYVVSKIPRW
PFDKFESANR TLGTQMKATG EVMSIGRNLE ESLLKAVRSL ELGIYHLELN HLKELDKETM
KKRIIKADDE RLFIVAEAIR QGVTKEEIHE WCEMDFFFLQ KIENIVNMER KVKANVGDME
VLREAKEMGF SDHYIASAWN KTECEIYATR KENGIMPVFK MVDTCAAEFE SATPYYYSTY
GDENESIVTE RKSVMVLGSG PIRIGQGVEF DYATVHSVWA IKEAGYEAII VNNNPETVST
DFSISDKLYF EPLTIEDVMH IIDLEKPEGV IVQFGGQTAI NLAAKLAERG VKILGTSLED
LDRAEDRDKF EAALTELGIP QPVGKTATTV EQAVAIAEEI GYPVLVRPSY VLGGRAMEIV
YRQEELLHYM KNAVKVHADH PVLIDRYMVG KEIEVDAISD GENVYIPGIM EHIERAGVHS
GDSIGVYPPQ SLSAKVKEQI IENTIALGRG LKIVGLLNIQ FVVFKDEVYV IEVNPRASRT
VPFLSKITGV PMANIATKVI LGKNLVEQGY ETGYHPEDNE VYVKAPVFSF AKLRSVDTTL
GPEMKSTGEV MGKDLTLEKA LYKGLVAAGI SIPTHGSVII TVADKDKEEA IEIARRFHEI
GYNLLATAGT AKSLTEQNIP VQVVNKIDSE DYNLLDIIRQ GKAQFVINTL TKGKQPARDG
FRIRRESVEN GVACLTSLDT TRAILRVLES MTFSAHTMKE IAPTTRHEVV HA
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