Gene Bcer98_2015 details

Gene Information

• Locus tag: Bcer98_2015
• ID: 5347190
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cytotoxicus NVH 391-98
• Kingdom: Bacteria
• Replicon accession: NC_009674
• Strand: -
• Start bp: 2118735
• End bp: 2122235
• Gene Length: 3501 bp
• Protein Length: 1166 aa
• Translation table: 11
• GC content: 35%
• IMG OID: 640839557
• Product: hypothetical protein
• Protein accession: YP_001375283
• Protein GI: 152975766

Plasmid Coverage information

• Num covering plasmid clones: 12
• 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

ATGTGGATTA CTTCAGAAGT AGAAATTCCA GAGGAGTTAT TTGATCATCT TGAACAAGGG 
AAGCTCGTAT TGTTTGTCGG AGCGGGAGTT TCTATGAAAG GAAAATCAAA CTTACCAAAT 
TTTGATGATT TAGTTGATGA AATTGCGAAG GCTTTATACG TTGAAAAACG TGAAATAACA 
GAACCGCACG ATTACTATCT TGGTAAAATT GCAAAGACGA AAGATGTTCA TCAAATTGCG 
AAAGATCTCG TAAACGTGGA AGGATCGAAA CCGAATCCGC TACATTATGC GATTCCAAGA 
CTTTTTCCGA AAGATACGGA TGTGCGAATT GTAACAACGA ACTTCGACCA GCATTTTACT 
ACTGCTATGC GAGAGAGTGA CCGGGATTTT AATATTTACT ATGCGCCTGC TTTGCCGACG 
GGAAGAGCGT TTAAAGGATT AGCATATATA CACGGAAATG TGGAGCAAGA AAAAGAAAAT 
TTAATTTTAA CAGATGGTGA TTTTGGAAGG GCTTATTTGA CAGAAGGATG GGCGCGTCGT 
TTTTTAGTTG ATTTATTCTC GAATTACACA GTTTTGTTTA TTGGATATAG CCATAATGAT 
CCGGTTATGA AATATTTAGC GACAGGTTTA CCGCCTAGTA CAAGGCGCTA TGCTTTTGTT 
GCACACGGGG ATAATACGTA TCATTGGGAA CATTTGGGAG TAAAGCCGAT TGTCTATCCG 
AATAAAGCAA ATAACCATCA AGCACTTGTT AGAGCAGTAA AACGATGGGC GGAATTAATG 
GGAGATAATT ATATTACAAA AAGAATGCGT ATTCGCGATA TTGTAACAGT TCCACCATCT 
GTTGAACAAG AACAATTATC TTATATTAAA CAAGCGATTA AAAAAATTGA AATGCTTAGA 
TACTTTGTGG AATTTGCACG TGATTATGGG TGGGTGGAAT GGCTAGAAGC AGAGGGAAAG 
CTGCAAAATT TATTTCGCAT GACTTCCCAT TACGATGAAG TGGATGAATT ACTTGCTGCG 
TGGCTTGTTG AACAATTTCT TGTTAGCCAT CAAAAAGAAC TATTTCAACT CATTTTTAAA 
AATCATTCTA AAATATCACC GCTACTTTGG AAGAGCATTT GCACCTATTT AAAAGAAACA 
AAAAAACCGA TGGATCCGAT ATTATTTGCA AAATGGACGC TACTTTTATT AGAGACAGCT 
GAGAATAATA GTCAGTCGAT AGAAAAGATT TCCTATCTAT TGCAGAAATG TTCGTTTCCA 
GAGCATAAAG AAATTAGCGT TTTATTATTA ACGTTTATTT TAGACGGGAA AATTAAGTTG 
AAACGAGTAA AGCGATGGGA AGATGATATG CAGGATTCTG TTGAGTTAGA GGAATCAAGC 
TGCCTACCAG TATCGGTGTT TTCACATGTA CAACGCATTT GGGAAGAAAA AATGAAACCA 
CATATTTCCT ATTTTGCAGG TCCTATTTTA GTTATGGGAC TGGAAAAGTT ACAAATGTTA 
TCGCTAAGAC AAACAGCTTT ACAAAAAAGA GATGGTGTTC TTTATCATAC AATGGAATTT 
TCAGAACACG ATTTACAACC AAAAGATTTT ACTTTTCTAA TCCGAATTAT GAAAGAATGT 
CTCGCCTATT TATGTGAGCA TAATAAAGAG AAAGCAGCAT ATTATATCGC ACAAATGATC 
GACACAGATA GTATATTACA AAAGAAAATT GCGATTGAAG CAATGAGTGA AAATACATTT 
GTAACAGCTG ATGAAAAATT AATGTGGTTG CGAAAACAAC AACTTATTTT TGATTTTACA 
TATAAGCATG AAGTGTTTCA ATTTCTAAAA AAACACTATC AAAATGCATT AGAAAAAACG 
AAGAAGGAAG TCATTCAAGA AGTGATGAAA CATCTTGAAA ATGAAAGGTT CTTTGATGCG 
TGCCTTGTGT TAGATTTACT GTACACATGT GATGCAAACA GTACGAGTAC TGCCAGAGCC 
TATCGCATAA TGAAACGGAC GCATCCGCAT TTTACTTCGA ATCAATACGG TGAGAAAAAA 
GAAGAAGTAA GAGCGCCAAA CATTATATGT GACGTAACAG CTGACGGGTT ATTAAAACTG 
AAAGGTCATG AAATCAAGAA ACAAATTTTG TTATGTTCAA ATGATGATTC ATTTGAACAA 
CGTCATTTTT TAGAGATGTT ATCAAAGGCT TGTAAGTTGA ATGTAGATTG GAGTATTGCA 
CTTGCCTACC AGCTTATAGG AGAGCAGAGA GTAAGTGATG AGATATGGTT TGTTTGCATT 
AGGGAATGGA GGAATAATCG AAAGTTGACA AATGAGCAGA TTCAAAAGAT TATTCCACTA 
TTGCAACAGT TTGTACGAAA TCCCGCATTT TATTGGTTGA TTAGTAGCTT CTTATATGAG 
ATTAGTAATC GACTAGAAGA CTTTCAAGAA AATCAGATTC GGGCAGTGAA GCGATTTGCA 
TTCTCTTTAT TCCCGCATAT CATGAAAGGA GAGAGCAGTT TTAAAGTAGG AGAGCTGGAT 
TTTTATAATG AATCAATCCA GCATCCAGTC GGAAAAATGA CGTCAGTTTT ATTGAAATTA 
TTAGCATACG ACCATTTATA CGATCGCAAT ATACATGAAT ATTTATTTTT ATTTGAAGAG 
CAAATTAAGG TTGCTTCTGA GAGAACGCAT TTTATGTTAG CGCGTTTAAC GGCTGATGTT 
ACATTTTTGT TTCACATTGA AAAACAATGG TGCAGAAAGT ATGTGCTTCC TTATCTTAAA 
TTAAATAGAG AACATAAAGC AGTGAAATAT GCATGGGCAG GGCTATGCTA TACACAAATT 
AATTTGCCGT TATTTACAGA GATAAAAAAA TATATTAAAT ATGCAGCTGA GCACTTAGAG 
TTATTGCATC CACATACAAA ACAAGTCTTT TTAAAATGGT TAAGCTTTGT ATGTATTAAG 
TGTGTGTTGT ACTGGGGGCA GAGAACAGAC TGGGTTTATA TGATATTTAT AGAAGAAAAA 
GAGCATGACA AAATAAAGTT TCTGAAACAC TTGTGCTATT ATGTAAAAAC ATTGAGCGCG 
CGAGAGAAAC AAAAATTTTG GGATTCGTGG TTAGCTACAT TTTTAAAAGA ACGCCCGAAA 
ATGAGTTTGA TCACTGGCCG AGAATACGTA ATGTTATTGC GTTTTGTTTT CTATATGGAT 
GAAGTAGCAG AAAAAGGGGT GTACACCATT TTGAACTGCT TTCCAATTCC GATCGAACAT 
TGTTCAGAGG CGGAAATGAA ACAATTACTG TTGACGATTT TAACGAGAAA AGAAAAGGTC 
ATAGCTCATG TACAAGCATA TGCGAAACTA TTTTTTATTT TGTTACAAAT TGTGCAAGAC 
GCTAGCTCCA TTGAAAATGA AATGATACAA ATGAAAGAAA TGTTAGAGAC TTGTCATGTA 
GATGATGACA TATTGACCGC AATTCAAAAC GAAATGATTC GAATTGGCAT TGTAGTAACA 
AATTTTCAGC AAGAATCATA A 

 

Protein sequence

MWITSEVEIP EELFDHLEQG KLVLFVGAGV SMKGKSNLPN FDDLVDEIAK ALYVEKREIT 
EPHDYYLGKI AKTKDVHQIA KDLVNVEGSK PNPLHYAIPR LFPKDTDVRI VTTNFDQHFT 
TAMRESDRDF NIYYAPALPT GRAFKGLAYI HGNVEQEKEN LILTDGDFGR AYLTEGWARR 
FLVDLFSNYT VLFIGYSHND PVMKYLATGL PPSTRRYAFV AHGDNTYHWE HLGVKPIVYP 
NKANNHQALV RAVKRWAELM GDNYITKRMR IRDIVTVPPS VEQEQLSYIK QAIKKIEMLR 
YFVEFARDYG WVEWLEAEGK LQNLFRMTSH YDEVDELLAA WLVEQFLVSH QKELFQLIFK 
NHSKISPLLW KSICTYLKET KKPMDPILFA KWTLLLLETA ENNSQSIEKI SYLLQKCSFP 
EHKEISVLLL TFILDGKIKL KRVKRWEDDM QDSVELEESS CLPVSVFSHV QRIWEEKMKP 
HISYFAGPIL VMGLEKLQML SLRQTALQKR DGVLYHTMEF SEHDLQPKDF TFLIRIMKEC 
LAYLCEHNKE KAAYYIAQMI DTDSILQKKI AIEAMSENTF VTADEKLMWL RKQQLIFDFT 
YKHEVFQFLK KHYQNALEKT KKEVIQEVMK HLENERFFDA CLVLDLLYTC DANSTSTARA 
YRIMKRTHPH FTSNQYGEKK EEVRAPNIIC DVTADGLLKL KGHEIKKQIL LCSNDDSFEQ 
RHFLEMLSKA CKLNVDWSIA LAYQLIGEQR VSDEIWFVCI REWRNNRKLT NEQIQKIIPL 
LQQFVRNPAF YWLISSFLYE ISNRLEDFQE NQIRAVKRFA FSLFPHIMKG ESSFKVGELD 
FYNESIQHPV GKMTSVLLKL LAYDHLYDRN IHEYLFLFEE QIKVASERTH FMLARLTADV 
TFLFHIEKQW CRKYVLPYLK LNREHKAVKY AWAGLCYTQI NLPLFTEIKK YIKYAAEHLE 
LLHPHTKQVF LKWLSFVCIK CVLYWGQRTD WVYMIFIEEK EHDKIKFLKH LCYYVKTLSA 
REKQKFWDSW LATFLKERPK MSLITGREYV MLLRFVFYMD EVAEKGVYTI LNCFPIPIEH 
CSEAEMKQLL LTILTRKEKV IAHVQAYAKL FFILLQIVQD ASSIENEMIQ MKEMLETCHV 
DDDILTAIQN EMIRIGIVVT NFQQES