| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | pBT9727_0024 |
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| Symbol | |
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| ID | 3200496 |
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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_006578 |
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| Strand | - |
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| Start bp | 21534 |
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| End bp | 25814 |
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| Gene Length | 4281 bp |
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| Protein Length | 1426 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637618241 |
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| Product | fusion protein (includes pXO2-28-29-30) |
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| Protein accession | YP_173267 |
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| Protein GI | 56899895 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGGTTGTAA AGAGAGGAGG AATACGATTG TGGTTTAGAA GGTCATTTAG TTTATTATTT
GTTGTTATGC TTCTGTTTGG AAGCTTGGCC GACTTCGTAT CAATTGGACA TGCAGAAAGT
ACATCGGATC AGAAACAGGC TCAAGAGAAC AAAACAAACG ATGTGACTGT GCTGCAAGAA
AAATCAGATC TGAAGAGTAC GGGAACTAAT CCAAACGAGG TAGTTGTAGC AAAAGGTAAA
AAAGGTAGTG AGTTGTTTGA TTTTGAAGCC TTTATTAAGC CTTCAGACAT TGTAGATGGG
ACAGCACCTT TTGATTCGAA CGATGAAGCA GGTAATGATT CTAGTCCTAA TAATGGCATT
GTAAGGACGT TTGATACAGT AACATATCCA TTGAAGGTGA CGATTAATCC TAAGAAGAAT
GAAACGTTAA AGAATATTAA GATGAAAATC ACCGGTACAT TAGAAAATGG AATTACAAAC
AAACGTGTTA ATGCAAAATT TGCTGTTGGT GGTAAAGAGG ATTTGGAAAA GGGTATTGTT
TCTTTTGATA TGGAATACAC GTTAAAGGAA ACAGGTAACT CCCTAATGAT TCCTGTTACA
TTGGAAATAC AAGGGGCAGA GCAAGGACTG AAACTTAAAC CTAACATTAA AATCCAGGTT
ATAAGCGTAG ATGGGAAAGA TATTCAAGAT GAAAATGTAT CACAATCATT TGATGATATT
AGTCCTGTTA CTACTTCGGG AAAGGTGAAT GTAAAGGCTC GTTTTACTGC TTCTTATGGT
GGAATGCCCA GACTGGATTA TAAGGTTTAT GATCCCAATG CAAAAGAGGA TGATCGTACA
ATCATATATC CAGTTGCTTT AGATTTATTT ATTAATAATT TACCTAATCG AACTGATTTA
CGAGGGGCTA CATTCCCTGT TGGAAAGATT AATTATCACT TTAATTTTTC AGGGAAAGTC
GATTGGGATA ATAAATCGTT AGGTGCAGAA ACATTGAATT TCGAGGGTCG GGATAAACCA
ATGAAAATTT TCAACTATCA GGCTATCGAT AAAATAGTAG ATAAAGTACC ACAAGAAGGT
ACAGAGAGTT TTGAAATTGG TATGAAGGGT TACAAAGATA CCCGTACAGA AGTAGCTAAT
AGTCCTAAAT CCTATATTCC AAGAGATAAA TGGAATGCAA GCGATATTGA TAAATACACG
ATTGACAGTG TATGGGATAG CGGAACAGTA CGATTAAATA AACCTGAAAT TACAAAGGAT
CATGTAGGGT ATACGGGTAG TATTGAAGAC TATGTAATAG GTTCAACATT TCCAACGATG
ATGTCACGCC CTGGTTCACC AACGATTCCG ACATTCGGAA AGAATGAAAA GGCATTTTCA
AGTACAAGGT TCTTAATTCA TTCAACTAAT GAGTATTATC CATTTGGTAA AAATAATAAG
GAGAATCTAC CGAATAATGT GTATTACTAT TTGGAATTTG TTATTGATTC TTATGAAGAT
AGTAAAGGTA ACACAATTCC TTATAATACT GTAGGAAAAT ACACACTTAC TGAAAGAAAT
AATCCTAAAG GTTCATATTC CATACAAACT ACATTCCATA CAACTGATCA TAAAGAGTTG
GGTACACCAC ATGTTGGATA TAGTGTTGTA TCTAAGGGAG ATCCAACGGT TATAGTAGGA
CAAAAGGTGA AACTTATAAG TCACTTGAAT GTCCGTGCTG TTACTGAGGG TGGTACAACT
ATGGTTTATA AATGGAATAC AGATTCGTTT TATTTGACCA AAGGTAGTGC CGAGATAGCT
AGAAAGGATA TGTTAAATCA GGGTTATCCA AATACTTCTG GTGGAAGAAT TAAAGATAGT
GATAAACAAA AAATCTATTT TGGAATATCT AAAAAAGAGG ATAATTCCTT TGAAACACTA
ACCCAAAACA AAGATGAGGA TTATAATTGG TATAGCACAT ATGATGAAGC AAGGAAAAAT
GGTGAAGTAG GTGCTATCAA AAATGATATT AATGCATCTA TGGGGGATGG TGAGGTTGTA
GCCTGGAATA TTCCTTTAGA GGTAAAAACA AAGAAAATAG GTAGTGTTAA TGAAAAGGGT
ACGCCCAACA TAACAGTTAC GGATTCAGTA GTGTATCCTT CAGCTGACAG AAAAGTGGGT
TATCGAGTAC GTGGTGAAGG AAAGTATAAT AACTTCACTG AGTATGATGA AAAGGGAAAT
ATAACAAAAT TGCAATCCCC TGTAGGGAGT ACTGTGAATT TTGAAACGCT AGGCATTATG
AATGGTGAGA CAAGTAGTGA TGTGAAAACA AATAAAAATA CTTATTACAG TTCAGATAAT
GTTAGTGTAA CCGTTGATAA TTTAGTCAAG TTACCTGATG CAATGGATTA TAATTCATTA
GATGAAAAAG TAGAAATGAG AGTGAAAATA CCAAAAGGTC TTGATTATGT AGTTGGTTCT
GCAAAATATG GTGATCAGTA CATCGAGCCG AAAATTGAGC AACAAAATGA TGGAAGTAAT
CATTTGATTT GGCATGACAC ATTGACTCGT GGTAATAAAA CTCTTAAAAA AATCAACTTT
GAGACAAGAA TTAATCCTGT ATTGCTTCCG CAAGGAAATC AGGTAGGTTT GGAAATTAAG
AATGTTCTTA GTAGTGCAAT GGACACAAGG GCAGAAAAAT TTCGAACAAG CTCTAAAAAT
ATTTCAGTTG TGAAAATTGG TATGGTTGGT GTTAGTGAAA CAATAGAGAA AGTAACAGGT
AAAAAGAACA GTGACTATGT GGTTGGTGTT CAACCGTATA CGACAATTAA AGATGAGTCA
CATATAAAGG CACTTACATA TGTTCCGAGA AATAAGGATC ATAATGGTTC TGCTTTTAAT
GGTGTTACTT TCTTGAAACA AATAGCACTA GAAAATGCTA ATAATAAGAA CGTTGAAATA
TGGCTTAATA ATAGCTTTGT TGAATCAAAT AATCCAAACA AAATTGATTT AAATTCAAAT
GGTTGGTATA GGTATACAGG AGAGCAGGAT CTATCAAAAG TGGTCTCTAT TTTGCTATAT
ATAAATGATT CATTAAGTAG TAGCGATATT GTTAAAATGA ATCTTGTTTA CGGCACAAAT
AAAAATGAAT TTGGAGATTT TTACGTAAGT AAAACAGTGG TAAATACCTC TGTTGATTAC
AAATTATCTC CTGTTTCTAA CCAGGTGAAA TATACAATTG TGGCAGACGC AAATTTAGGT
CTTAGAAAAA TAAGAATCGA TACTGCACCT ACTGATATTG GTTTGCCTGT AATTGTACGT
TTGGACAAGG ACATCATTTA TGAGGACTCT AATAAGAGTA ATGTTGCTGT TAACTTATAT
GATAAGGCTG ACAATAAGCT GGTAGATAGC AAAGTATATA CAATTGAGGA ATTACCGGAG
GAAATAAAAT TCAAGGTAGA TCCTAAATTT TTAAAGAAAC ATGATAAGAG AAATTATGAG
GTTAGATTTG AAAAAGTTAA TAAAGAATCT ATCCTTATTT TAGATGGGAA AGGCAAAGTA
GATACGGATG GTTATACTTC TTCTGAAGAA ACTGTAAAGG CAAATGCTAA AGCATCTACT
GAATTGAAAT ATAAAGGCGT TATAATGACG GAGCGTGAAG TCGGAAAAGA GATGGAAATC
TTTTATGAAA CACTTACAAT TCCGTTAAAA CAGCTGCCTA AACAAAAAAC TGGCTATGGT
TTTGAGTTGA AACCATTAGT TAGTTATAAC AATGAATTAG CAGTTCCTTA TGATGTGAAG
GCAAATGCAT TTGTAGATAA GAGACTGATT GATTCTCATT TGAATTATGA GAAAAAAGGA
GATCAAATGG TTGTTCCATT AGAAGAAGCT GAGAAAACAG GCAGCACGGA TAAGAAGAAC
ACCGATTTTC TTTTTGAATT GCCACATATT AACGTAGAAC AAAAAACAGG TAATTTATTT
ACCGATCAGC AAGTGAAAGA CCATGATCCA CGTATTAAGA ATGCAATAAA AGATGGGAAG
CGAAAGTTAT ATGTTCCTAT TTGGGCAGAT CTGGGAGAGT ACAATGTATT AATAGCATCA
GGAATCCCTA TAGGCGCTAA TAAGGTTAAC TTTGAGGTAA CACAACCATT AAATTTATAT
GCATATATGT ACGGGACAAT TGGCTCTAAA ACACTGAAAG ATGATGAATT ACTATTAGAG
CCTGTTGATC CAAAAAATCC TTTCTCAAAT GGCAAACCTC CTGGTTGGTC AGATGAAGAT
GTTGCTTGGT TAAAGCAATA G
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| Protein sequence | MVVKRGGIRL WFRRSFSLLF VVMLLFGSLA DFVSIGHAES TSDQKQAQEN KTNDVTVLQE
KSDLKSTGTN PNEVVVAKGK KGSELFDFEA FIKPSDIVDG TAPFDSNDEA GNDSSPNNGI
VRTFDTVTYP LKVTINPKKN ETLKNIKMKI TGTLENGITN KRVNAKFAVG GKEDLEKGIV
SFDMEYTLKE TGNSLMIPVT LEIQGAEQGL KLKPNIKIQV ISVDGKDIQD ENVSQSFDDI
SPVTTSGKVN VKARFTASYG GMPRLDYKVY DPNAKEDDRT IIYPVALDLF INNLPNRTDL
RGATFPVGKI NYHFNFSGKV DWDNKSLGAE TLNFEGRDKP MKIFNYQAID KIVDKVPQEG
TESFEIGMKG YKDTRTEVAN SPKSYIPRDK WNASDIDKYT IDSVWDSGTV RLNKPEITKD
HVGYTGSIED YVIGSTFPTM MSRPGSPTIP TFGKNEKAFS STRFLIHSTN EYYPFGKNNK
ENLPNNVYYY LEFVIDSYED SKGNTIPYNT VGKYTLTERN NPKGSYSIQT TFHTTDHKEL
GTPHVGYSVV SKGDPTVIVG QKVKLISHLN VRAVTEGGTT MVYKWNTDSF YLTKGSAEIA
RKDMLNQGYP NTSGGRIKDS DKQKIYFGIS KKEDNSFETL TQNKDEDYNW YSTYDEARKN
GEVGAIKNDI NASMGDGEVV AWNIPLEVKT KKIGSVNEKG TPNITVTDSV VYPSADRKVG
YRVRGEGKYN NFTEYDEKGN ITKLQSPVGS TVNFETLGIM NGETSSDVKT NKNTYYSSDN
VSVTVDNLVK LPDAMDYNSL DEKVEMRVKI PKGLDYVVGS AKYGDQYIEP KIEQQNDGSN
HLIWHDTLTR GNKTLKKINF ETRINPVLLP QGNQVGLEIK NVLSSAMDTR AEKFRTSSKN
ISVVKIGMVG VSETIEKVTG KKNSDYVVGV QPYTTIKDES HIKALTYVPR NKDHNGSAFN
GVTFLKQIAL ENANNKNVEI WLNNSFVESN NPNKIDLNSN GWYRYTGEQD LSKVVSILLY
INDSLSSSDI VKMNLVYGTN KNEFGDFYVS KTVVNTSVDY KLSPVSNQVK YTIVADANLG
LRKIRIDTAP TDIGLPVIVR LDKDIIYEDS NKSNVAVNLY DKADNKLVDS KVYTIEELPE
EIKFKVDPKF LKKHDKRNYE VRFEKVNKES ILILDGKGKV DTDGYTSSEE TVKANAKAST
ELKYKGVIMT EREVGKEMEI FYETLTIPLK QLPKQKTGYG FELKPLVSYN NELAVPYDVK
ANAFVDKRLI DSHLNYEKKG DQMVVPLEEA EKTGSTDKKN TDFLFELPHI NVEQKTGNLF
TDQQVKDHDP RIKNAIKDGK RKLYVPIWAD LGEYNVLIAS GIPIGANKVN FEVTQPLNLY
AYMYGTIGSK TLKDDELLLE PVDPKNPFSN GKPPGWSDED VAWLKQ
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