| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_1994 |
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| Symbol | |
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| ID | 2858807 |
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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 | 2072287 |
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| End bp | 2076489 |
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| Gene Length | 4203 bp |
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| Protein Length | 1400 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637513421 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_036323 |
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| Protein GI | 49477539 |
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| COG category | [N] Cell motility
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3063] Tfp pilus assembly protein PilF |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGCTAGATT TTAAGCAGTT AGATGCTTGT TTGAAAGACA AGAGATTTAT AGATGGATTA
CAGGAAATAA ATAATGAAAT TTCATATATA AAAGAAAAGA ATACTTTATC TTATGTGAAG
AATTGGCTTG CTAATATTCT TTCACATAAG GAGTTTGATA TATTAATTCG CCTTACTGAT
GAAGGGCTTA TGCACCAATA CAGTTCATTC CTCATTCGCT ACGCCTATAA AAAATTCCCA
AATATGAGAA CACTCTCTTT ATATTGTGAT GAGTTAATTG ATGAGCGGAA AATTCTTGAA
GCAGAACAGT TACTAAAAGA CGCTTTAGAA GAGAGCAATA AAGAAGATAT AGATACCGAT
TTTTTAGCGA AAACATATTT TACGTTAGTA CGATGTTTGA TGGAAATGAA ACGAAATGAA
GAAGCTCTTT ATTATATGAA AAAGGCAGAG GAGTACAGTG AACGTGCTGT ATTTGATAAA
TGGGGCTACG TCTATATGCA TACAGGTGAA TGGGAGAGAG CAGAAGAACA ATTTATAGCT
GGTATGCAAC ATAAAGATTG TGAAGAGCTA TCTACCTATT TATTATCACA GTTATATGCG
AATAAAGGAG AACAAAAACG TGCATTGCAG CTAATTGATG ATACGATTGT AAAGTTCCCG
CAAGTACCAT ATTTTCATTT TGAAAAGGTA AAATATTTAT TAGATTTAGG AAAGTATGAA
GAAATGTTAG CGGTAATAGA TAACATAAAT GATCAGCTTC CTTATCATGC GTATAAAGCT
TATTTTGTAC ATTTACGTGC AGAAGCGCTT TACAAAATGA ATAAACTTGT AGATTTACAA
CAGTTATTAC AAGAAGAAAA AAGTTTAAAA GAATCTTTAT ATCATAATTT AGCAAAAAAT
CCAGATGGAA AAAAGGTTCA CTTACCGATA GTTCCAATTG TACAAAAGGA TAATTATTGC
GTACCAACAA GTTTAGAAAT GATGTTGCAA ATTTGGGGAG AAAAACGGAC ACAAGATGAA
ATAGCAGAGT TTATTTTTGA TATGACAGGC TCGAAGTTTT CAGATACTGT TTCTTATTTG
GAAGAATTAG GTTATGAATA TCGTTATTTT AAAGGGAATG TAGAAAATTA TAAGAGACTG
TTAAATCAGG GGATCCCCGT ATTATTAAGT ATAGATATTG AGCATGCTTC ACATGTACAA
GTACTAGCTG GATATGATGA TACGTTACAA GCCTTTTATG TTCAAGATCC GAACTTTATA
GAGCCAGTTA TTGTGGAATA TAGTAAGTTA CAAGAAAAAT ATCGTTACAC AGGTTGTTTA
GCAATTACGT TTGTTCCGAA CGAAAAGAAG GAACAACTAT CATTTTTAAA TGAAGAAGAA
AATGATTATT TCAAATCTAT TTTTTCTTTA ACGGATCATT TGGATGAACA AGATAAAGAT
GGGATTCATA ACTTAGTACA GTTTTTAAAA GAGACGAGTG ATAATCCGAA TACGTGGTTA
TATACGATTA AGCATTTAGA TGTTGAAGTA GATAAAGAAT TTATTATATC TTGTATTGAA
AAGTTACTGG AGAAGTTTCC TAACTCAGAT TTTGTTAAAT TACATGCTGC ACAGTGCTTT
ATTCGCCTTG AAGAGTTAGA AAAAGCTGGG TATATGCTCG CGAGTGTTGA GAAGAAAAAT
GATCGTGCTT TATATCATTT CATAAGCGGA AGATATGCTT TTGAACAGGA AAGTTATATA
GAAGCAATTT CGAGTTTTCG TTCGTCATTA CAAATAGATG CAGATCAGCC GATTGTTTGG
AGTTTTCTCG CTTTATCATA TATGTATATC GATCAGTCTG AAAAGGCGTT GCAGTTTTCT
CAAGTAGCTT TAGAACGTAG TCCTGAAAGA TTCACTTTAA CGAATCACGG GTTAATATTA
ATAGATTTAG AAAGATATGA AGAAGCGTAT GAAATCTTTA ATAATCTGTT AAGAGAGTAT
AAAAATGAAG CACATGTATG GTATGAGCGA GCGAGATGTG CGCATCATTT AGGGAAATTA
CATTTAGCGA TAAAAGGACT TAAAATAGCG ATTCATTTGG ATAGTAATGC ACCTTATATT
TATACAAAAC TTGCGGAAAT ATACGAATCT GATTTGAAGG ATGAAGAAAG TACGAAAGAA
GTTTTATTAA AAGGTATTGA GAAGTGTGAT GATAAGGCAC CTCTTTACGT AAAACTTGGT
GATTACCATT TCCAAAATGA TAGTCTGGAA GAAGCAGAAA CATTGTATAC TCGTGCTTTG
GAAGAAAATC ATGATGATGT TTATTCTCAT TTCGGACTTA CACAAGTTTA TATGGCAAGA
GAACAATACA AGGAAGCAAA AGAATATATT CTCGGTATTG AAAAACAAAT TGAAAAGAGC
CAAGATTTTC TTATGAATGC GGGAATGGTT CTATGGGATG CTGAGGTTGA GCTTGGTGGA
AATGAAGAAG GATTTAAAGT AGCATTGTCT AAGTTAGAGA GTGGTATAAA ACAGAGCGAA
TATAATGTAG CAAGTGCGTT AGATGAATAT GTGAATCGAA TTAAAGGAAC GGTATTTGTA
CAACGAGGAA TAGCATTCTT AAGAACGATA CACAAAGAAA GAAATGAAGT AAGTGAGTAC
GGTTGTTATA TAGGTATTTT ATATGAATCT ATTGGACAGT ACGGCCAAGC GATGAAAAGA
TATAATAAGG TGATAGAACA AAAGGAAACG GCATTACCGT ATTACCGAAT TGGTGAAACA
CTTATGGCAT TAGGGCAATT GACGGAAGCA AAACAAGCGT ATGAAACATG TTTAGAACTT
GATGGGAATT TCGTCGGTGT ACATTTACAG CTTGCAGAAA TATACGAAAA AGAAGAAAAT
CGTTCTAAAG AACAAAGTCA TATGGTTCAG GCGATGAAAG AAGAGCCGTT GCATATTAAT
ATGGAATATT TAGCACAGCT TTCAGTAGAG ATGAATCTTC AGCAAGAGTT GCTGACTGAA
CTAGAACAAT TAGCAGACGA AGTACCTGAA ATATGGCGAT TAGATGCGAT TGCATACGTG
TATGGAGCGA TGGATGAAAT AGATAAAGAA CAAGCGCAGA TTGAAGAGGC ACTAAGATTA
GATGGCGAGC ATACAGAAGT TTTATATCAT TATGCAAAAG TATTAGTGAA AAATAGAAAT
GCAAAAGCAA TTGAAATTGC AATGAAGGTT ATACAAAAAG ATATAAATAA TGAACGTATA
TTTGATGTAT ATGTAAAAGC GATAGAACAA CATAAGAAAT GGTCTAACAT ACGAGATTTT
CTTCATACAC TAAAAGTGAA AAAAGCTGAA AGAAGTATGG CATTTATGTA TGCAGCATCT
GCGGTGACGG AAAGATGGAT TGAACGTCAA CAAAATGAAC AGCCGAAGAA ATCCATAATT
ACAAGAGCTT TTTATCGCAT GAAAAACCGT GCGAAAGAAA TTTCGATTAT TACTACAATT
ATTGATTTAT ATGAAATCTC ATTAAAGTTA AATCAAAAAA ATAGTATGGT AGCGCAGCGA
TTTGCACTAT TTTACGAGAA TGTGGCGATG TATAAAGAGG CGATAGATGT ATTGCGAACA
TCGTTAGAAC ATAAATGGGA TTACGATGTA GCGAAGCAAC TTGTAAATCT TTTCATAGAG
TGTGAGGAAG AGGATATGAT AAGGGATGCG TCGGAATTAA CGAAGCAAAT GGTTCGAGAG
TTACCAGATG ATTACGATAC TCTTCTTCTG CATGCGCAAG TATTGTTTAA AGCAGGGGAA
GAAAGAAAAG CAGAAAAGAT TACCTTACAA TTAACGGAGC AAACACCATT TGTAAGTAGA
GCGTTTCTTG CTTTAGGAGA AATATATCAA AGTCAAGAGA GGTTTGAAGA GGCAATTCAT
GTATTAGAAA ATGCCTCGAT ACATCATCCG AATGAAACAG CAATTCTTCT TTCTTTAGCA
TCTTCGTATC ATGGTGCCGG CCAAACAATA AAGGCAGAGA AAATAGTAAA TGAAGCATTA
AAAATTGATG AGAGTGATTT ATTAGCGAGA TATGATCGTG CTTGTTATTT AGCACAGTTA
AACAGAAATG AAGAGGCGAA GGAAGAGCTT GAAATTGTAC TTCGTGAGGA TGAGTCAGGA
TTTTTTGCTG AACTTATCGA GGATAATGAG AATTTAGCAG TATTGCGAGA ATTTGAAAAC
TAA
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| Protein sequence | MLDFKQLDAC LKDKRFIDGL QEINNEISYI KEKNTLSYVK NWLANILSHK EFDILIRLTD
EGLMHQYSSF LIRYAYKKFP NMRTLSLYCD ELIDERKILE AEQLLKDALE ESNKEDIDTD
FLAKTYFTLV RCLMEMKRNE EALYYMKKAE EYSERAVFDK WGYVYMHTGE WERAEEQFIA
GMQHKDCEEL STYLLSQLYA NKGEQKRALQ LIDDTIVKFP QVPYFHFEKV KYLLDLGKYE
EMLAVIDNIN DQLPYHAYKA YFVHLRAEAL YKMNKLVDLQ QLLQEEKSLK ESLYHNLAKN
PDGKKVHLPI VPIVQKDNYC VPTSLEMMLQ IWGEKRTQDE IAEFIFDMTG SKFSDTVSYL
EELGYEYRYF KGNVENYKRL LNQGIPVLLS IDIEHASHVQ VLAGYDDTLQ AFYVQDPNFI
EPVIVEYSKL QEKYRYTGCL AITFVPNEKK EQLSFLNEEE NDYFKSIFSL TDHLDEQDKD
GIHNLVQFLK ETSDNPNTWL YTIKHLDVEV DKEFIISCIE KLLEKFPNSD FVKLHAAQCF
IRLEELEKAG YMLASVEKKN DRALYHFISG RYAFEQESYI EAISSFRSSL QIDADQPIVW
SFLALSYMYI DQSEKALQFS QVALERSPER FTLTNHGLIL IDLERYEEAY EIFNNLLREY
KNEAHVWYER ARCAHHLGKL HLAIKGLKIA IHLDSNAPYI YTKLAEIYES DLKDEESTKE
VLLKGIEKCD DKAPLYVKLG DYHFQNDSLE EAETLYTRAL EENHDDVYSH FGLTQVYMAR
EQYKEAKEYI LGIEKQIEKS QDFLMNAGMV LWDAEVELGG NEEGFKVALS KLESGIKQSE
YNVASALDEY VNRIKGTVFV QRGIAFLRTI HKERNEVSEY GCYIGILYES IGQYGQAMKR
YNKVIEQKET ALPYYRIGET LMALGQLTEA KQAYETCLEL DGNFVGVHLQ LAEIYEKEEN
RSKEQSHMVQ AMKEEPLHIN MEYLAQLSVE MNLQQELLTE LEQLADEVPE IWRLDAIAYV
YGAMDEIDKE QAQIEEALRL DGEHTEVLYH YAKVLVKNRN AKAIEIAMKV IQKDINNERI
FDVYVKAIEQ HKKWSNIRDF LHTLKVKKAE RSMAFMYAAS AVTERWIERQ QNEQPKKSII
TRAFYRMKNR AKEISIITTI IDLYEISLKL NQKNSMVAQR FALFYENVAM YKEAIDVLRT
SLEHKWDYDV AKQLVNLFIE CEEEDMIRDA SELTKQMVRE LPDDYDTLLL HAQVLFKAGE
ERKAEKITLQ LTEQTPFVSR AFLALGEIYQ SQERFEEAIH VLENASIHHP NETAILLSLA
SSYHGAGQTI KAEKIVNEAL KIDESDLLAR YDRACYLAQL NRNEEAKEEL EIVLREDESG
FFAELIEDNE NLAVLREFEN
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