| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A0535 |
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| Symbol | |
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| ID | 7101279 |
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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 cereus B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | - |
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| Start bp | 515085 |
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| End bp | 519521 |
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| Gene Length | 4437 bp |
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| Protein Length | 1478 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643468089 |
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| Product | putative glutamate synthase, large subunit |
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| Protein accession | YP_002365313 |
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| Protein GI | 218231636 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0069] Glutamate synthase domain 2 |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.684549 |
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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 | ATGCTCAATA AAAAAAATAC ATGGACACCG TCTTTATTTC GAGATTATAG AAATGCAGAA
CATGATGCGT GTGGAATCGT TTCCGTTATG GAGAAACGAA AAATTGCTAC AAAAGAAAAC
ATTGACCTTT GCATACAATC ACTCGTCAAA ATGAATCATA GAGCTGGTTT CATTAATGGC
GAAGGCGATG GCATCGGCAT TCACATTGAT ATACCAAAAA CGCTTTGGAA TGAAAAACTA
AAAAGTAGCG GATATAATCC AACGATTGTG GATCATCCCC ACTTTATCGT TGGACATTTT
TTTCTAAATA AAAAAGAAAA CATTACTGCC TTAAAAGATT ATATTCGTAC GCAATTAAAC
AACAAAAACT TTGCAATCAT TTTCGAAAGT GATGATGTAA CAAACTCAGA TGCGCTCGGT
CCACTTGGTA AACAAGAAGA ACCTTTATTT TGGCAAGTTG CCCTCATCGC AGAAAACGAA
ATTACAAATA TTGAGCAAAC ATTATTTTCT GTCACAATAA AAATAGAGGA AAACGAAGCA
ATTCATGTTG CTTCATTAAG TCATGATCAT GTTGTATATA AAGTTCTAGG TGCTGGTGAT
ACGCTTGTTG CCTACTATAA TGATTTACAA CATCCGCTTA TCGCTTCAAC TATGACATTA
GGACATAACC GCTACTCTAC TAATACATTA TCTAATTTTT TTCGTGTACA ACCATTTAGC
ATTCTCGGAC ATAATGGTGA AATTAACACA ATTGCAAAAT TACGCGATCA AGCTGAAATG
ATTGATGTAC CACTTACTGC AGGAGGCAGT GACTCTCAAG ATTTAAACCG CATCTTAGAA
ACCCTACTTG TTCAATACGG CTACAGCTTA TTTGAAGCAA TGGAAATTCT ATTCCCACCA
ATTATTAATG AAATTAAACT TTATGAAACA CCTTTACAAG ATTTATATAC GTATATACGT
GAAGCATGGG GACATTTTGC ACAAGGACCA GCTGGCATCA TTTCCCGTTT TAAAGATGAA
GCTGTTTTCA GCGTTGATTC CCTTGGATTA CGCCCAGTAT GGAAAGTAGA GACAGAGAGC
TCTTATATTT TCTCTTCTGA ACCTGGAGTT GTATCACCAA CTAAATATGT AGCAGAACCA
AAACCACTCG CTCCTGGAGA AAAAGTCGGA TTAAAATGGA ATGAACAAGA TGAACTTGTT
CTTTATGAAT ATGACAAATA TCAAATCCAA GTATATAACC GTTTTAAAAA GCGAATTGAT
ACTACCAATT ACCATTTAAA TTTATCTATC CCTGAAACGA AAAAAATCCA AGGGCTATGT
GATTCTGTTC AAGTTGAAAC GAAACAATAC GTCGCTTTCG GATGGGACCG AGAACATATT
CAACTTCTTG AACAGATGGC AACAAAAGGC GTTGAGCCAA TACGCTCACT TGGGCATGAC
TCACCACTTG CCGCACTCGA TACTGATAGA CGAAATATCG CTGACTTTAT TAAAGAAAGT
GTAGCTGTTG TTACAAACCC TGCAATTGAC CGTGACCGTG AAATTGAACA CTTCTCTACA
CGTACTGTAC TTGGAGAGCG TCCAAGTTTA TTAAGCGGCG CAAAACGGCC ATTTGTAGTT
GAAATGCTTT CACCAATTAT TTTAGAAGGC AGCGTGGCAC AACCTATTGC AGAGGAATTA
CACACAATTA CGTACGAACA ACTCATAGAG CTATTTAAGA CTCATAACTC TATCGCCACA
ATCTCTGCTA CATTCAGCTC GTCAGAAACT CTGCAATGCG CATTAAGCCG CATTAGTTCT
GAAGCGATAG CTGCTGTTAA CAATGGCGCT TCCCTACTAG TATTAGATGA CGCAAACGCC
CATCTAAATG AACGATTGTG GATTGATCCA CATTTAGTTA CTGCTAAAGT ACATCAAGCA
TTAAGTGAAA ATAAATTACG CCGCAATTGT TCTCTCGTTA TACGTTCTGG TGCTCTTCGC
TCCTTACATG ACATTGTCAC GCTATATGGA TTAGGAGCAG ATGGTATTAA TCCATATTTA
TTATTCGCGA CTGTAAATGA TGGAACAAAA ACACCAATTA CGAATCTATA TAATGCACTT
AATAAAGGAT TAGAAAAAGT CATTTCAACA ATTGGAATTC ATGAGTTACG TGGTTACGGA
CGTCTCTATT CATCTATTGG GTTACATGAA GAAATCGCAA ATATATTACA GATTACAAAT
TTCTTCGGTT CAAATGATTT AACCTTTTCA CTTGAATCAC TTGTTGAAGA TGCAAAAATA
CGAGCAGAGG ATTATAACAA TCCTAAAATT AGAATGCGAA AATCATTTCA TATATTCCCG
CGAATTTGGA AAGCAATCGG CGATGTTGCA AAAGGAAATT CTTATGATGA TTACCGTGAC
AAGTTAAGTG AACTAGAAGA GAATAATCCA ATCGCAATCA GACACCTTGT TCAAACGAAA
CAAACAAAAC ATGTCGTTCC AACTGAAGAA GTATCTATCG GCATCAAAAA TCATAATTTA
CCATTTATTA TTAGTTCTAT GTCATTTGGT TCTCAAAACG AAATTGCCTT TCGCGCATAT
GCAGAAGCAG CCGATCAGCT AAATATGATT AGCTTGAACG GTGAAGGCGG CGAAATTAAA
GATATGATTG GAAAATATCC ACATACACGT GGACAACAAG TGGCATCTGG GCGATTTGGA
GTAAATGCCG AACTACTAAA CTCATCAAAC TTAATTGAAA TCAAAATCGG TCAAGGCGCA
AAGCCTGGGG AAGGTGGGCA TTTACCTGGT TCAAAAGTGA CAGCCAAAAT CGCTGAAGCA
CGTAATGCGA CAATCGGCTC AGATTTAATT TCACCTTCTA ATAACCATGA TATTTATTCA
ATTGAAGATT TAGCTCAAAT GATTACAGAA ATTAAAACAG CTAATCAACT TGCCAAAGTA
GCCGTGAAAG TCCCTGTTGT TCCTAATATC GGAACAATTG CTGTCGGTAT CGCCAAAGCT
GGCGCTGATT TTATTAACAT TAGCGGATTC GATGGCGGAA CAGGCGCTGC ACGTATTCAC
GCATTGCAGC ATGTAGGTCT CCCTGTAGAA ATTGGTGTTA AAGCCGCTCA CAACGCTTTA
TTAGAAGCAA GCATGAGACA TAAAGTAGAG ATTTGGGCAG ATGGTGGTAT TCGAAGTGTA
AATGATGCCT TGAAAATCAT GCTCCTCGGA GCAAACCGTA TTGGATTTGG CACACTATCA
ATGATTGCAA TCGGCTGTAC TACTTGCCGT GGGTGCCATC TAGATACTTG CCATGTTGGA
ATTGCGACAC AAATCGAGTC TGAAGCACAA GCAAAAGAAC ATGGGTTACG CCGCTTCGTC
CCACGCGAAT TAGAAAGCGC AGTTGCTGGC CTGCTAAATT TATTCACCTC TTTCGGTGTA
GAACTAAAAC GATTAACAGG ACAGCTTGGT TATACAAATT TACAATCCAT TGTTGGGCGT
TCTGATTTAT TAGAGCAAGT TCGAGGCGAA AATTTATTAA ACTTACGTAA TTTACTACAA
ATAATAGAAC ATCCATCTGT TACAACAACA GAAGGCGTAC CGGAAAAACA ATTTAAGACA
ATTCATTCCG CTGACTCAAA AGAATTGGTA GGCGTTGGTG TAGAGCAACG CGTTATGGGT
GGTCTAGAAT CATGTTATCG CGTTCGCAGT AAATTATATG AAGCTACTCA ACTGGAACCA
CTTACATTAA AGTATACGAA TGGTTCTATT CCCGGAAATG GGTTAGGTGC TTACAATAGT
GAAAATTTAT TTATACACGT AAATGGCGGC GCACAAGATG GCATTGGTAA AACTTCCTTT
GGTGGTGGGA TTTATATAAC GAAATCAAAA GGAAAAGACG GAGTATATTA TAACGGTTCT
GTCGGAAAAG GATTTGGATA TGGTGCACAA AAAGGGGCAC TATACGTGCA AGGGAACGCT
GATGCTCGCG CTGGCATTCG CCTTTCTGGG GCAGACATGA TAATTGGAGG TAGAATAACA
AAACCACTCC GTGAAAAAGA GCAAGGAAAT ATAGGTGCAT ACTCCAATAT TAAAGGTTTT
GCTTTTGAAT ATATGACAAA TGGGCGAGCG CTTGTTTTAG GTGACCCTGG TCCATGGATT
TGCGCTGGCA TGACTGGCGG TGTTGTTTAT TTGCGTCGTG ATTCAAACTT AGGCTTAACA
GAACAGGCCT TAAAAAGAAG AATCGCAAAA GGCGCAAATG TTACATTACA ACCAATTAGT
AAAAATGGTT TGAAAGATGT AACTGAATTA TTGCTAGACT ATATTCGTGT ACTAAACGAG
CACGAGCAAT ATGAGGAAGT TGCTTTGTTA ACACCATTAT TAGATGATAT ACAGAACAAG
TTTTTTGAGA TTATCCCGAA AAAAGAACAG GCAGATCCAT CTATCTCAAC AGAGTAA
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| Protein sequence | MLNKKNTWTP SLFRDYRNAE HDACGIVSVM EKRKIATKEN IDLCIQSLVK MNHRAGFING
EGDGIGIHID IPKTLWNEKL KSSGYNPTIV DHPHFIVGHF FLNKKENITA LKDYIRTQLN
NKNFAIIFES DDVTNSDALG PLGKQEEPLF WQVALIAENE ITNIEQTLFS VTIKIEENEA
IHVASLSHDH VVYKVLGAGD TLVAYYNDLQ HPLIASTMTL GHNRYSTNTL SNFFRVQPFS
ILGHNGEINT IAKLRDQAEM IDVPLTAGGS DSQDLNRILE TLLVQYGYSL FEAMEILFPP
IINEIKLYET PLQDLYTYIR EAWGHFAQGP AGIISRFKDE AVFSVDSLGL RPVWKVETES
SYIFSSEPGV VSPTKYVAEP KPLAPGEKVG LKWNEQDELV LYEYDKYQIQ VYNRFKKRID
TTNYHLNLSI PETKKIQGLC DSVQVETKQY VAFGWDREHI QLLEQMATKG VEPIRSLGHD
SPLAALDTDR RNIADFIKES VAVVTNPAID RDREIEHFST RTVLGERPSL LSGAKRPFVV
EMLSPIILEG SVAQPIAEEL HTITYEQLIE LFKTHNSIAT ISATFSSSET LQCALSRISS
EAIAAVNNGA SLLVLDDANA HLNERLWIDP HLVTAKVHQA LSENKLRRNC SLVIRSGALR
SLHDIVTLYG LGADGINPYL LFATVNDGTK TPITNLYNAL NKGLEKVIST IGIHELRGYG
RLYSSIGLHE EIANILQITN FFGSNDLTFS LESLVEDAKI RAEDYNNPKI RMRKSFHIFP
RIWKAIGDVA KGNSYDDYRD KLSELEENNP IAIRHLVQTK QTKHVVPTEE VSIGIKNHNL
PFIISSMSFG SQNEIAFRAY AEAADQLNMI SLNGEGGEIK DMIGKYPHTR GQQVASGRFG
VNAELLNSSN LIEIKIGQGA KPGEGGHLPG SKVTAKIAEA RNATIGSDLI SPSNNHDIYS
IEDLAQMITE IKTANQLAKV AVKVPVVPNI GTIAVGIAKA GADFINISGF DGGTGAARIH
ALQHVGLPVE IGVKAAHNAL LEASMRHKVE IWADGGIRSV NDALKIMLLG ANRIGFGTLS
MIAIGCTTCR GCHLDTCHVG IATQIESEAQ AKEHGLRRFV PRELESAVAG LLNLFTSFGV
ELKRLTGQLG YTNLQSIVGR SDLLEQVRGE NLLNLRNLLQ IIEHPSVTTT EGVPEKQFKT
IHSADSKELV GVGVEQRVMG GLESCYRVRS KLYEATQLEP LTLKYTNGSI PGNGLGAYNS
ENLFIHVNGG AQDGIGKTSF GGGIYITKSK GKDGVYYNGS VGKGFGYGAQ KGALYVQGNA
DARAGIRLSG ADMIIGGRIT KPLREKEQGN IGAYSNIKGF AFEYMTNGRA LVLGDPGPWI
CAGMTGGVVY LRRDSNLGLT EQALKRRIAK GANVTLQPIS KNGLKDVTEL LLDYIRVLNE
HEQYEEVALL TPLLDDIQNK FFEIIPKKEQ ADPSISTE
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