| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_1454 |
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| Symbol | |
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| ID | 5344722 |
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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 | 1557755 |
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| End bp | 1560295 |
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| Gene Length | 2541 bp |
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| Protein Length | 846 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 640839040 |
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| Product | UBA/THIF-type NAD/FAD binding protein |
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| Protein accession | YP_001374766 |
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| Protein GI | 152975249 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1179] Dinucleotide-utilizing enzymes involved in molybdopterin and thiamine biosynthesis family 1 |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.728613 |
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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 | ATGAGATTAA AAACAAGTTT GAATTTTAGA GGGTATCCAA ATAGAAATGA AATTGTTTAT
TACGATGGCG AAGAACGAGT GATTGAAGTG AATGAATTTG AAAAGCTATG GTCATTACTG
AAAATTTTGG AAAGCCCGAA AGAAGATGTT CATACAAAAA TACAGGAATG GAAAAATAAC
AACGACATAG AGGATGAGGA GTTACATCAA ATTCTCCAAT TTATAAATGA GAATGGAATG
TTATATGAAA AGCGTTGTGA CAAGATGGAT GAGGAACAAT TATATAATAT AAGAAACTTT
CATTATTTCA GTACACACGA TTCTACTATA TATGCAGATG CGATTGTTCA AAGGATAAAA
AAGGTAAAAG CAGTTGTAAT CGGGGCTGGA ACGATAGGTG CAACATTATG TATGACATTA
TCTAAACTTG GTGTCGGAGA GATTATTGTT ATCGATTTTG ATACGGTACA ACTAAAAAAT
ATTAGAGCGC AGACAATATT TCAAAAAGAA GATACGAATA AGAAAAAAAT ACATGTTATC
CAAGAAAAGT TAAAGAAAAT GGATCCGTAT GTTAAAGTTC AAGTGTATGA TATGAAAATC
GAAACAATCC ATGATTTGTT ACGAGTAGAC TTACATGATG TGCATTATAT TTTTGGATGT
TTTGATGAAT CTTCACTTCA ATTGCAAAAA GATATAATGA ATTATTGTGA TAAGGAAAAG
ATTCAATATT ATTTGATGGG TTACCATAAT GATTTTGTCA AAGTGTTTCA TGTAAGCAAT
CGGAATGATG GAGAGAGACT GCTTGAAGAG AGTTTTCAAA ACTATCATAC AGAATATGTT
ATTCGAGAAA ATAGGGGGAC GATCATTCAA AGCCTAGCTG TTTCGCTTAT AATTAGTCGG
ATTCTATTCG AGGACATAAC AAAAAGCAGT TGTACAGTGC CAAGTGGGTA TCATTTTGAC
TTTATTACAT TTCAAACTTC TCATAACCGT CAATCTATCT CGAGAGAACC ATTCGTTCAA
TCATTGCAAA GAATTATGCC CTTTGACCAA GAACAATTAA ATCGGAAGAT AGAATTCCTT
TTCAATATTA TTGATAAAAA AGAGAAAGTG ACGATTCTTC CGAAAGTAAT AGAAATGGAT
ATTTTATCTA TGCACCAAGT GTTTGACATT TTATTTCATA TAGGTCAAAT TGCTAGCTTA
CAGTTAGAAG ATCACTACAA TAAATTTATA GAACTGATGA ATGAAATAGA CAAAACAGAA
GACCCAGAAC ATAATGAATA TGAACAATAT CTACAATTCA TTCGTAGCAT GAAAATAAAT
TATGAAGATG AGGTATACAC CATATTTGAA ATTTTTGAAA TGATTCGCAA CACGAAGGAT
TATGAGGAAA AGAAAAAAAT GCAAAGCGGA ATCTATGAAG TATTGAAACA GAATGGTGAC
ACACTGCTTT CGTTTTTTGT AAACAGTAAG AAGAAGTATT TAGCTTTAGA AATCCCGAAT
TATTACATGG AAGTCTTTGG CGTTAAAGAG GAAACGTTAC ATATACTCGA AAATGAGTTG
CAAAAGAAGT TCCATACATT ACTTACGAAA AGTCTGTCTA TGATGTTTTC AAATTCATTT
CATGAAATTG GCGTAGACTT TTTATCATAT AATGAAGAAG AACACAGTAT GATTACACTG
GATGAGGCAA AACATTTCAT CGTTACAAGT TTAGAGAAAG ATGGGAAGCA TCATTTTGTT
CATTATATAG AGCGAATGTT CGAGGAGAAT TTTATACAAG TATATAATAA TGTTGAAGTG
AATAAAACAT ACTATTTTCC AAGTATGAAG GAGAGTAGAA TTGTATTTAA CTATCATAAT
GATATGGATA GTGTATTTGT GCTATGCCAT GAATTAGGAC ATGCTTATTT TAACCAAAGT
TATGGACATA CATTTTTTGA CGATAGTACA CAATTAGTTA ACGAAATGAT GGCATACTAT
TTTGAAATTA TTTGCATTCA ATCAATGCTA GGAAATGAAG AGATAAAGAT TGAAATGAAA
CAAGAAATAG CACGACAATA TATAAAAAGA ATACATCAAA CTGTCTTATC CACATACGGA
GTTCACTTGT TAGAAAAAAG CTTAGTTAAG CATATAGAGG AACACGGAAC CATTTCGTTA
CTCGACTTTT TGAAAATTCG TGATGAATAT AATCAACATT CTTTTTTTAA AGGGATCAAA
TTTAAAAATG AAAAGTATTT TTATTTAAAT CCACTTTTGA AATCTTCATT TATGCTTGAA
TTTGGAGAGC ATCTTTTACC CCCAATGGCA TATTTACTTG CGGTTAGTTT ATACAATGAC
CGAAGTGAAA CAAGTATTCC AAAAGATATT CGAATGCAAG AGGCTATATA TAATGGGGTA
TATTGTACAG AAGAGTTTTT ATCTTATGTA GCAAAGGATG TTCCTCATGA TGAACGTATG
AAACAAGCAA TTCATACACT TTTAGAACTG TTTTGTAAAC TGGAATCATT TACGATGAAG
GATGAAGTAT ATTCCAATTA A
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| Protein sequence | MRLKTSLNFR GYPNRNEIVY YDGEERVIEV NEFEKLWSLL KILESPKEDV HTKIQEWKNN
NDIEDEELHQ ILQFINENGM LYEKRCDKMD EEQLYNIRNF HYFSTHDSTI YADAIVQRIK
KVKAVVIGAG TIGATLCMTL SKLGVGEIIV IDFDTVQLKN IRAQTIFQKE DTNKKKIHVI
QEKLKKMDPY VKVQVYDMKI ETIHDLLRVD LHDVHYIFGC FDESSLQLQK DIMNYCDKEK
IQYYLMGYHN DFVKVFHVSN RNDGERLLEE SFQNYHTEYV IRENRGTIIQ SLAVSLIISR
ILFEDITKSS CTVPSGYHFD FITFQTSHNR QSISREPFVQ SLQRIMPFDQ EQLNRKIEFL
FNIIDKKEKV TILPKVIEMD ILSMHQVFDI LFHIGQIASL QLEDHYNKFI ELMNEIDKTE
DPEHNEYEQY LQFIRSMKIN YEDEVYTIFE IFEMIRNTKD YEEKKKMQSG IYEVLKQNGD
TLLSFFVNSK KKYLALEIPN YYMEVFGVKE ETLHILENEL QKKFHTLLTK SLSMMFSNSF
HEIGVDFLSY NEEEHSMITL DEAKHFIVTS LEKDGKHHFV HYIERMFEEN FIQVYNNVEV
NKTYYFPSMK ESRIVFNYHN DMDSVFVLCH ELGHAYFNQS YGHTFFDDST QLVNEMMAYY
FEIICIQSML GNEEIKIEMK QEIARQYIKR IHQTVLSTYG VHLLEKSLVK HIEEHGTISL
LDFLKIRDEY NQHSFFKGIK FKNEKYFYLN PLLKSSFMLE FGEHLLPPMA YLLAVSLYND
RSETSIPKDI RMQEAIYNGV YCTEEFLSYV AKDVPHDERM KQAIHTLLEL FCKLESFTMK
DEVYSN
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