Gene BT9727_3628 details

Gene Information

• Locus tag: BT9727_3628
• Symbol: carB
• ID: 2855738
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus thuringiensis serovar konkukian str. 97-27
• Kingdom: Bacteria
• Replicon accession: NC_005957
• Strand: -
• Start bp: 3724693
• End bp: 3727911
• Gene Length: 3219 bp
• Protein Length: 1072 aa
• Translation table: 11
• GC content: 39%
• IMG OID: 637515046
• Product: carbamoyl phosphate synthase large subunit
• Protein accession: YP_037948
• Protein GI: 49479112
• COG category: [E] Amino acid transport and metabolism; [F] Nucleotide transport and metabolism
• COG ID: [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ)
• TIGRFAM ID: [TIGR01369] carbamoyl-phosphate synthase, large subunit; [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type

Plasmid Coverage information

• Num covering plasmid clones: 30
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGCCAAAAC GCCTAGACAT TAACACAATT TTAGTAATCG GATCAGGACC AATTGTAATT 
GGGCAAGCAG CGGAGTTTGA CTACTCTGGT ACACAAGCTT GTCAATCTCT TAAAGAGGAA 
GGTTACAAAG TAATCCTTGT TAACTCTAAC CCAGCAACAA TTATGACAGA CACTGCAACA 
GCAGATAAAG TATATATTGA GCCTTTAACA TTAGAATTCG TCAGCCGCAT TATTCGTAAA 
GAACGTCCAG ATGCAATCTT ACCAACATTA GGCGGTCAAA CAGGTTTAAA CATGGCTGTT 
GAACTTGCAA AATCAGGCGT ACTTGAAGAG TGCGGAGTTG AAATTTTAGG AACGAAATTA 
TCAGCAATCG AGCAAGCGGA AGATCGTGAT TTATTCCGTA CATTAATGCA AGAGTTAAAT 
GAACCAACAC CACCAAGTGA AATTATTCAT AACCTTGATG AAGCATATGG CTTTGTAAAA 
GAAATTGGTT ATCCAGTAAT CGTTCGTCCA GCATTTACAT TAGGCGGAAC GGGCGGCGGA 
ATTTGTCATA ACGAAGAAGA GCTAATTGAA ATTGTAACAA GTGGTTTAAA ACATAGTCCA 
GTAACGCAAT GTTTATTAGA GAAAAGTATT GCTGGCTGTA AAGAAATTGA ATATGAAGTA 
ATGCGTGATT CAAATGATAA CGCGATTGTA GTATGTAACA TGGAAAACAT CGATCCAGTT 
GGTGTTCATA CGGGTGATTC TATCGTTGTA GCACCAAGCC AAACGCTAAG CGATCGTGAA 
TACCAAATGT TGCGTAACAC TTCATTACGA ATTATTCGTG CACTAGGAAT TGAAGGTGGA 
TGTAACGTTC AGCTTGCATT AGATCCATAT AGCTTCCAAT ACTATGTAAT CGAAGTAAAT 
CCACGTGTAA GTCGTTCATC TGCACTAGCA TCTAAAGCAA CTGGATATCC AATTGCGAAA 
TTAGCAGCGA AAATTGCAGT CGGCTTAACA TTAGATGAAA TTGTAAACCC AGTAACACAA 
AAAACTTACG CTTGCTTCGA GCCAGCACTA GACTATGTTG TTTCAAAAAT TCCACGCTGG 
CCATTTGATA AGTTTGAATC AGCGAACAGA ACACTTGGAA CGCAAATGAA AGCAACTGGT 
GAAGTTATGT CAATCGGACG TAACTTAGAA GAATCATTAC TAAAAGCAGT TCGTTCTTTA 
GAGCTTGGCA TTTATCACTT AGAATTAGAC CACTTAAAAG AACTTGATAA AGAAACAATG 
AAAAAACGCA TTATTAAAGC AGATGATGAG CGACTGTTTA TCGTAGCAGA AGCGATTCGT 
CAAGGTGTAA CGAAAGAAGA GATTAACGAA TGGTGTGAAA TGGACTTCTT CTTCTTACAA 
AAAGTTGAAA ACATCGTAAA TATGGAACGC GAAGTAAAAG CGAATGTAGG AAATATGGAA 
GTACTACAAA CTGCGAAAGA AATGGGCTTC AGCGATCACT ATATTGCAGC AGCTTGGAAC 
AAAACGGAGC GCGAAATTTA CGATATGCGT AAAGAAAATA ATATGACGCC AGTATTCAAA 
ATGGTAGATA CTTGTGCAGC AGAGTTTGAA TCTGCAACAC CGTATTACTA CAGCACATAC 
GCTGATGAGA ACGAATCAAT TGTAACAGAT CGTAAGAGTG TAGTAGTTCT AGGATCTGGA 
CCAATCCGCA TCGGTCAAGG TGTTGAGTTT GACTACGCAA CAGTTCACTC AGTATGGGCA 
ATTAAAGAAG CTGGATATGA AGCAATTATC ATTAACAATA ACCCAGAAAC TGTTTCAACA 
GACTTCAGTA TTTCTGACAA ATTATACTTT GAACCATTAA CAATCGAAGA TGTAATGCAC 
ATCATCGATT TAGAGAAACC AGAAGGTGTT ATCGTTCAGT TCGGTGGACA AACGGCAATT 
AACCTAGCGG CGAAATTAGA AGAACATGGT GTGAAGATTT TAGGAACATC ACTTGAAGAC 
TTAGACCGTG CAGAAGATCG TGATAAATTC GAAGCCGCTT TAACAAAGCT TGGTATCCCA 
CAACCAGTTG GTAAAACAGC AACGACTGTA GAACAAGCGG TAGCGATCGC TGAAGAAATT 
GGTTACCCGG TATTAGTAAG ACCATCTTAC GTACTAGGTG GACGTGCGAT GGAAATCGTA 
TACCGTCAAG AAGAACTACT ACACTACATG AAAAATGCAG TTAAAGTTCA CGCAGATCAC 
CCAGTATTAA TCGACCGTTA CATGGTTGGT AAAGAAATTG AAGTAGATGC AATTTCAGAC 
GGTGAGAATG TGTTCATTCC AGGTATTATG GAACATATTG AGCGCGCTGG AGTTCACTCT 
GGTGACTCAA TTGGAGTATA TCCACCACAA AGCTTATCTG AAAAATTAAA AGAACAAATT 
ATTGAGCATA CAATTGCACT TGGAAAAGGA TTAAACATTG TTGGATTACT AAATATCCAG 
TTTGTAGTAT TCGAAGATCA AGTGTACGTA ATTGAAGTAA ATCCGCGTGC GAGCCGTACA 
GTACCATTCT TAAGTAAAAT TACAGGTGTA CCAATGGCGA ACGTTGCAAC GAAAGTTATT 
TTAGGGCAAG ACCTAGTAGA GCAAGGATAC GGAACGGGTT ATCACCCAGA AGAGAAAGAA 
GTATATGTAA AAGCTCCGGT ATTCTCATTC GCGAAACTAC GCTCAGTTGA TACAACATTA 
GGACCTGAAA TGAAATCAAC AGGGGAAGTA ATGGGTAAAG ATTTAACGCT TGAAAAAGCA 
TTATACAAAG GGTTAGTTGC TTCTGGAATT AACATCCCAA CTCACGGATC AGTAATCATT 
ACTGTAGCAG ATAAAGATAA AGAAGAAGCG ATGGAAATTG CAAAACGTTT CCACGAAATC 
GGCTATAACT TATTAGCAAC AGCTGGAACA GCACAATCGT TAACAGAGCA AAATATCCCA 
GTACAAGTTG TAAACAAAAT TGATTCGGAG GACTACAACT TACTAGATAT TATCCGTCAA 
GGAAAAGCAC AGTTTGTAAT CAATACATTA ACAAAAGGTA AACAACCAGC GCGTGATGGT 
TTCCGCATTC GCCGTGAATC AGTAGAAAAT GGTGTAGCTT GCTTAACATC ACTTGATACA 
ACGAGAGCAA TCTTACGAGT ATTAGAATCT ATGACATTCT CAGCTCATTC AATGAAAGAA 
ATTACGCAAA CAAAGCGTCA CGAGGTGGTA CATGCATGA 

 

Protein sequence

MPKRLDINTI LVIGSGPIVI GQAAEFDYSG TQACQSLKEE GYKVILVNSN PATIMTDTAT 
ADKVYIEPLT LEFVSRIIRK ERPDAILPTL GGQTGLNMAV ELAKSGVLEE CGVEILGTKL 
SAIEQAEDRD LFRTLMQELN EPTPPSEIIH NLDEAYGFVK EIGYPVIVRP AFTLGGTGGG 
ICHNEEELIE IVTSGLKHSP VTQCLLEKSI AGCKEIEYEV MRDSNDNAIV VCNMENIDPV 
GVHTGDSIVV APSQTLSDRE YQMLRNTSLR IIRALGIEGG CNVQLALDPY SFQYYVIEVN 
PRVSRSSALA SKATGYPIAK LAAKIAVGLT LDEIVNPVTQ KTYACFEPAL DYVVSKIPRW 
PFDKFESANR TLGTQMKATG EVMSIGRNLE ESLLKAVRSL ELGIYHLELD HLKELDKETM 
KKRIIKADDE RLFIVAEAIR QGVTKEEINE WCEMDFFFLQ KVENIVNMER EVKANVGNME 
VLQTAKEMGF SDHYIAAAWN KTEREIYDMR KENNMTPVFK MVDTCAAEFE SATPYYYSTY 
ADENESIVTD RKSVVVLGSG PIRIGQGVEF DYATVHSVWA IKEAGYEAII INNNPETVST 
DFSISDKLYF EPLTIEDVMH IIDLEKPEGV IVQFGGQTAI NLAAKLEEHG VKILGTSLED 
LDRAEDRDKF EAALTKLGIP QPVGKTATTV EQAVAIAEEI GYPVLVRPSY VLGGRAMEIV 
YRQEELLHYM KNAVKVHADH PVLIDRYMVG KEIEVDAISD GENVFIPGIM EHIERAGVHS 
GDSIGVYPPQ SLSEKLKEQI IEHTIALGKG LNIVGLLNIQ FVVFEDQVYV IEVNPRASRT 
VPFLSKITGV PMANVATKVI LGQDLVEQGY GTGYHPEEKE VYVKAPVFSF AKLRSVDTTL 
GPEMKSTGEV MGKDLTLEKA LYKGLVASGI NIPTHGSVII TVADKDKEEA MEIAKRFHEI 
GYNLLATAGT AQSLTEQNIP VQVVNKIDSE DYNLLDIIRQ GKAQFVINTL TKGKQPARDG 
FRIRRESVEN GVACLTSLDT TRAILRVLES MTFSAHSMKE ITQTKRHEVV HA