| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_0832 |
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| Symbol | |
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| ID | 2856605 |
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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 thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | + |
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| Start bp | 935644 |
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| End bp | 938757 |
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| Gene Length | 3114 bp |
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| Protein Length | 1037 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637512271 |
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| Product | hypothetical protein |
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| Protein accession | YP_035175 |
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| Protein GI | 49476989 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0433] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.0842823 |
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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 | GTGGCTACGG TAATGAGAAG TTTGGAAGAT GTGGAAGTTA TTCAAATGCA ACAAAAAAAG
TTTTTTAATA GTGCTTCTTT TAAGTTAAGA GAATGCACTG AAGAGCCTGT CACATTACCT
TTCCAGGAAA TCAATGAAAT TTTTTTAGAG TCAGATAGTG AAGTGTCATT TGAAAAGCAG
CTACAAGATG TAGCCATAAG ATTTTCTTCG ATGCTGACAG CAGCAAAAGG ACGGGTAATC
ACATTAATAT CAGGAGATGG ATCAGGGAAG CTATCTATTG GCTTCTCTGA TTATCAAGAG
ACAGTATGTA AGAATACATT ACTTTCAAGT ATTCCAAGTG TGACATTTAA TCATAAAGAC
AGTGTAATAC CTACATATAA TCATGTAGGT GCTATATCTT GTATGCCGAC ATTCGATGAA
GAAAATGAAA ATAGTGTTTC TTGGTTATCA CTATTTCTTA GAGCGAATTA TATGAAAAGA
TTTTCAGTTT GTATGGTTTC GCAAAAAATG GATGACTCAG AAATCTTAGT TGCACTTGAA
AAGGAATATG CAAAATGGTT TCCAAAACAG AAAATACAAA AGTCTATATC AGAATCAGAA
AGCACTCAAG TACAAAAAGG AGAAAACATT TCACGCGGAG GGAATGCGGT TGTAATAAGC
AAAAATGAAT CAACTAATGA AAGTACTACT CGCGGAACAG ATTATTCTAC AGATGAATCA
ATAGAGTATG CGAGCTATCT TGTAGAGCAG TATTGTGAGT TATTAAAATA TCACATGGAT
AGGCAGCATT TAGCAAAATC GATAGGACTA TTCCAAAATG TTATATATGT ATCTGCGGAT
GAGGAAAGTG TGCTTCAAAA TGCAGTTGGT GCATTGAGTG CTGCAACAAT GATTGGAAAA
CATGGACAAC CAGTAACGCT TTATCAGCAA GAAAATTTAA AAAGATATAT GGAAAGTGCA
ACCATTCCAT ATGAAGTCGA TACTTTTTCG TATTTGAAGG GATACTGTTC GCCAATTTCG
AACGTTTTAC ATTCGAAAGA GTTATCAGTA TTGTATAGAC TTCCGAGCCA ATCATATGAT
GGATATGAAA TAAAGGTAGT AAATGATTTT GAAGTTAGTG TTCAATGCAG TGATGAGAAA
AATAAGGCGT GGAAATTAGG TAGTTTATTT CAAAGAAATC AGATTACAAA TAAGGAAGTT
TATATTCCAT ATGCTAATAT ACGACAACAT TGTTTAATAA GTGGTATTAC GGGTAGTGGG
AAAACAAATA CAATTATGTC ACTTCTTCAA AATAGTCCTG TGCCGTTTTT AATTATAGAA
CCGTCTAAGC AAGAATATAG ACATTTGAAG AGCCTTATTC CAAATATAAA AGTGTTTACA
CCTGGTAATG AGCAACTGTC GCCTATTAGG TTGAATCCAT TCTATTTTCC GAATGGAATT
TCGGTAATGA GCCATATTGA CTCGTTAAAA GCAGTATTTA TGTCTGCTTT TTCTATGTAT
GCTTCAATGC CAAATATTTT AGAACAGTGT TTATACGCTG TTTATCAAAA GATGGGCTGG
GACTTAAATA CATCTAAAAA TATTTATGCT ACAGATGGAT TATTATTGGA ACATTACCCA
ACGTTAGAGT TACTCTATGA GGAAATAGAT GAATACTTAT CAAAATCGGG TTATGCTGAA
GAGCAAAAAT CGAATATTCG CGCAGCGCTT TTAACGAGAT TGAAAAGCTT AATGACAGGC
AGTAAAGGGA AGCTGCTTAA TACCATTGAA ACGTTTAATT TTGCAGATTT ATTAAAGTAT
CCAACTGTAA TAGAGCTTGA AGAAATAGCG GATGAAGATG ATAAAGCACT TATAATTGGA
TTGTTCTTTA TTAGACTATC TGAGCAATTA AAGGTTTCAA GTAAAGAAGT CATTGATGCT
GAATTGCAGC ATTTTACGGT AATAGAAGAG GCTCATAGAT TGTTTAAAAA TCATAGTGAG
AGTCAGAATC CGGAAATAGC TAATACAAAA GGAAAAGCAG TAGAGTACTT CTGTAACTTA
TTAAGTGAAA TACGTTCCCG TGGTGAAGGG ATTATCATAG TCGATCAGGT TCCGACTAAA
CTAGCACCAG ATGCCTTGAA AAATACTGAT ACTAAGATTA TCCATAGGTT AGTGTCTCAA
GATGATGCTG AATATGTTGC GCAATCTTTA GCTATATCGA AAGAAAATGA TTTATTATTC
TTATCGCAAT TAAAACGAGG AGAAGTCTTG TTTTTCACCA GTGGTATGTA TAATGCAGCT
TATGTAAAGG TGGATTCTAT CAAAGAGAAA GTGAAGTTTA CATCTTTAGA AGAGTTACAA
GAAAATGCTA AAGAATATAA TGCATTTATT CAAAATGATG TGTTGGTTCA TCCAATTGCA
GATCATATTT TATCTCAAGA CAGTGTTTTA GAAAAACAAT TAATAAATCA TTTCCGTCGT
TTCTATTTCA ATATTTTATA TGGAGAGACT TTGGAATTTA ATCAAGTGTT AGAAAAAAAT
AAAGCACATG TTTTAAAAAT TGTAGAGAAG TTTGGGTATA CAATTCCTTC TATGCAACAA
TCAACATTTG TTTCAGTGCT ATTATTGGGT ATTTTGAAAA AATACTTGAA AGAAAAAACT
TATTTTAAAG GCTATAGAGG CACGTGTGAA GAAGTGAATT ACTGTTTTAC AAGGTTACTT
GAAAATATTG ATTACAAGTG GTCAAAAAAA GAGTTAATGC AATTTGATGT TCAGAGAAGT
ACACGAATTT ATCCGCAATT AATAATCGCA GCTGAGAGAA AATTATTTGC AGAACCAGCA
AATATGTGGA TGCAAACAAA ACGAAATGTT GTAGATGGTG ATGTTGTCCT GTTATCCGCA
TATTTAATAG AATCAGGAAT CTTTAAGCTT ATAGATTTAG AGAAAGAACC TATAGAGAAT
GCAAGGGCGT TATATGAGGA GTGTAAGAGT TCAATTCAAA ATCAATTTTT AAATTGGAGT
TGGAATGCTG TTACACAACA ATTAGTATAC CGTACATTAA TTCAATTAAC GAATGGTTAT
GATGAGAACT TGCATAAACA GTTTGCATAT TGGATTGAGG AGGAATTAAT TTAA
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| Protein sequence | MATVMRSLED VEVIQMQQKK FFNSASFKLR ECTEEPVTLP FQEINEIFLE SDSEVSFEKQ
LQDVAIRFSS MLTAAKGRVI TLISGDGSGK LSIGFSDYQE TVCKNTLLSS IPSVTFNHKD
SVIPTYNHVG AISCMPTFDE ENENSVSWLS LFLRANYMKR FSVCMVSQKM DDSEILVALE
KEYAKWFPKQ KIQKSISESE STQVQKGENI SRGGNAVVIS KNESTNESTT RGTDYSTDES
IEYASYLVEQ YCELLKYHMD RQHLAKSIGL FQNVIYVSAD EESVLQNAVG ALSAATMIGK
HGQPVTLYQQ ENLKRYMESA TIPYEVDTFS YLKGYCSPIS NVLHSKELSV LYRLPSQSYD
GYEIKVVNDF EVSVQCSDEK NKAWKLGSLF QRNQITNKEV YIPYANIRQH CLISGITGSG
KTNTIMSLLQ NSPVPFLIIE PSKQEYRHLK SLIPNIKVFT PGNEQLSPIR LNPFYFPNGI
SVMSHIDSLK AVFMSAFSMY ASMPNILEQC LYAVYQKMGW DLNTSKNIYA TDGLLLEHYP
TLELLYEEID EYLSKSGYAE EQKSNIRAAL LTRLKSLMTG SKGKLLNTIE TFNFADLLKY
PTVIELEEIA DEDDKALIIG LFFIRLSEQL KVSSKEVIDA ELQHFTVIEE AHRLFKNHSE
SQNPEIANTK GKAVEYFCNL LSEIRSRGEG IIIVDQVPTK LAPDALKNTD TKIIHRLVSQ
DDAEYVAQSL AISKENDLLF LSQLKRGEVL FFTSGMYNAA YVKVDSIKEK VKFTSLEELQ
ENAKEYNAFI QNDVLVHPIA DHILSQDSVL EKQLINHFRR FYFNILYGET LEFNQVLEKN
KAHVLKIVEK FGYTIPSMQQ STFVSVLLLG ILKKYLKEKT YFKGYRGTCE EVNYCFTRLL
ENIDYKWSKK ELMQFDVQRS TRIYPQLIIA AERKLFAEPA NMWMQTKRNV VDGDVVLLSA
YLIESGIFKL IDLEKEPIEN ARALYEECKS SIQNQFLNWS WNAVTQQLVY RTLIQLTNGY
DENLHKQFAY WIEEELI
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