| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B3132 |
|---|
| Symbol | |
|---|
| ID | 7182450 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus G9842 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011772 |
|---|
| Strand | + |
|---|
| Start bp | 2053295 |
|---|
| End bp | 2057497 |
|---|
| Gene Length | 4203 bp |
|---|
| Protein Length | 1400 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 33% |
|---|
| IMG OID | 643549919 |
|---|
| Product | tetratricopeptide repeat protein |
|---|
| Protein accession | YP_002445589 |
|---|
| Protein GI | 218897178 |
|---|
| COG category | [N] Cell motility
[U] Intracellular trafficking, secretion, and vesicular transport |
|---|
| COG ID | [COG3063] Tfp pilus assembly protein PilF |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 15 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 39 |
|---|
| Fosmid unclonability p-value | 0.0761546 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGCTAGATT TTAAGCAGTT AGAAACTTGT TTGAAAGATA AGAGATTTGT AGACGGATTA
CAGGAAATAA ATAATGAAAT TGCATATATA AAAGAAACGA ATACTTTATC CTATGTGAAG
AATTGGCTTG CCAATATTCC TTCGCATAAG GAGTTTGATA TATTAATTCG CCTTACTGAT
GAAGGGCTTA TGCACCAATA CAGTTCATTT CTCATTCGCT ACGCTTATAA AAAATTCCCA
AATATGAGAA CGCTCTCTTT ATATTGTGAT GAGTTAATTG ATGAGCGAAA AATTCTTGAA
GCAGAGCAGT TGTTAAAATC TTCTTTAGAA GAGTTAGGTA AAGAAGAAAT AGATGCAGAT
TTTTTAGCGA AAACATATTT TACGTTAGTA CGATGTCTTT TAGAAATGAA ACGAAACGAA
GAAGCGCTAA TGTATATGAA AAAAGCAGAG GAGTACAGTA CACGTGCAGT CTTTGATAAA
TGGGGCTACG TTTATATGCA TACAGGTGAA TGGGAGAAAG CGGAAGAACA ATTTATTGCT
GGCATACAGC ATGAAGATTG TGAAGAGTTA TCTACCTATT TATTATCACA ATTGTATGCG
AATAAAGGGG AACAAAAACG TGCAATACAG TTAATTGATG ATGCGATTGT AAAGTTTCCA
CAAGTACCAT ATTTTCATTT TGAGAAGGTA AAGTATTTAT TAGATTTAGA GCAATATGAA
GAAATGTTAG CGGTAATAGA TAACATAAAT ACTCAGCTGC CATATCATGC CTATAATACT
TACTTTGTAC ATTTACGTGC AGAAGCGTTG TACAAAATGA ATAAGTTTGC AGATTTACAA
AAGCTATTAA GAGAAGAAAA GAGTTTAAAA GAATCTTTAT ATCATAATTT AGAAAAAAAT
CCGGATGGAA AAAAGGTTCA CTTGCCGATA GTTCCTATTG TACAAAAGGA TAATTATTGT
GTTCCGACAA GTTTAGAGAT GATGTTGCGT ATATGGGGAG AGAAACGTAC ACAAGATGAA
ATAGCAGAGT TTATTTTTGA TATGACAGGT TCGAAGTTTT CAGATACTGT TTCTTATTTA
GAAGAATTAG GTTATGAATA TCGTTATTTT AAAGGGAATG AAGAGAATTA TAAGAGACTG
ATTGACGAAG GAATTCCTGT TTTATTAAGT ATAGATATTG AGCATGCTTC ACACGTACAA
GTTCTATCTG GATATGATGA TACATTGCAA GCTTTCTATG TTCAAGATCC AAACTTTATA
GAACCAGTTC TTGTGGAATA TAGTAAATTA CAAGAAAAAT ATCGTTATAC AGGCTGTTTA
GCAATCACGT TTGTTCCGAA AGAAAAGAAG GAGCAACTAG CGTTTCTAAG TGAAGAAGAA
AATCGTTATT TTAAATCTAT TTTTTCTCTT ACGGATCATT TAGATGAACA TGACAAAGAG
GGAATTAGTA ACTTAGTACA ATTTTTAAAA GAAACGAGTG ATAATCCAAA TACGTGGTTA
TATACGATAA AGCACTTAGA TGTTGAAGTA GATAAAGAAT TTATTTTATA TTGTATCGAT
AAGTTAATGG AAAAGTTTCC GAACTCGGAC TTTGTTAAAT TGCATGGTGC ACAGTGTTTT
ATTCGTCTTC AGGAAGTAGA CAAAGCCGAG CAAATGCTGA CAAGCGTTGA GAAGAAAAAT
AATCGTGCAT TATATCATTT GATAAATGGA AGATATGCTT TTGAGCAGGA AAGTTATATA
GAAGCAATTT CAAGCTTTCG TTCATCGTTA CAATTAGACG CAGATCAGCC TATTGCTTGG
AGTTTTCTCG CTTTATCCTA TATGTATATT GATCAATCTG AAAAAGCATT GCAATACTCT
CAAGTTGCGT TAGAGCGTAG TCCTGAAAGG TTTACTTTAA CGAATCACGG TATAATATTA
ATAGATTTAG AAAGATATGA AGAAGCATAT GAAATCTTTA ATGACTTGTT AAAAGAATAT
AAATATGAAG CACATGTATG GTATGAACGA GCGAGATGTG CACATCAACT AGGAAAATTA
TATTTAGCAA TAAAAGGGCT TAAAGTAGCG ATTCATTTGG ATAGTAATGC ACCTTACATT
TATACAAAAC TTTCGGAAAT ATACGAATCT GATTTGAAGG ATGAGGAAAG TACGAAAGAA
ATTTTATTAA ACGGTATTGA GAATTGTGAT GATAAAGCAT CTCTTTACGT AAAATTAGGT
GACTATCATT TTCAAAATGA TAGCTTGGAA GAAGCAGAAG TATTGTATAA TCGTGCTTTA
GAAGAAAATG ATGAGGATGT TTATTCTCAC TTCGGACTTA CACAAGTTTA TATGGCAAGA
GAACAATACA AGGAAGCAAA AGAATATATT CTTGGTCTTG AGAAGCAAAT TGAAAAGAGC
CAAGATTTCC TCATGAATGC AGGAATGGTT TTATGGGATG CTGAAATTGA ACTTGGTGGA
AATGAAGAAG GGTTTAAAGT AGCGCTATCT AAGTTAGAAA ATGGTATAAA GAAAAGTGAT
TATAATGTAG CAAGTGCGTT AGATGAATAT GTGAATCGAA TTAAAGGAAC GGAATTTGTA
CAACGAGGTA TAGCGTTTTT AAGAACGTTA CACAAAGAAA GAAATGAAGT AAGTGAGTAC
GGTTGTTATG CAGGTATTTT ATATGAATCT ATTGGACAGT ACGGCCAAGC GATGAAAAGA
TATAGTAAGG CGATAGAACA AAAGGAAACG GCATTACCGT ATTACCGAAT TGGTGAAACA
CTTATGGCAT TAGGACAATT GACGGAAGCA AAACAAGCGT ATGAAACATG TTTAGAGCTT
GATGGGAATT TCGTAGGTGT ACATTTACAG CTTGCGGAAA TATACGAAAA AGAAGAAAAC
CGTTTTAAAG AACAAAGTCA TATGGTTCAG GCGATGAAAG AAGAGCCGTT GCATATTAAT
ATGGAATATT TGGCACAGCT TTCAGTAGAT ATGAATCTTC AGGAAGAATT GTTGACTGAA
CTAGAACAAT TAGCGGAAGA AGTACCTGAA ATATGGCGTT TAGATGCGAT TGCATATGTG
TACGGTGCGA TGAATGAAAT AGATAAAGAA CAAGCACAGA TTGAATACGC GCTACAATTA
GATGGTGAGC ATATAGAAGT TCTATATCAT TATGCAAAAG TATTAGTGAA AAAAAGAAAT
GTAAAAGCAA TTGAAGTTGC AATGAAAGTA ATACAAAAAG ATTTTGATAA TGAACGTATA
TTTGATGTTT ATGTAAAAGC AGTAGAGCAA CATAAAAAAT TGTCTAACAT ACGAGATTTT
CTTCATACGT TAAAGGTGAA AAAAGCAGAA AGAAGTACAG CATTCATGTA TGCTGCAGCT
GCGGTTACGG AAATATGGAT TGAACGCCAG CTGCATGAAC AGCCGAAACG ATCTATCATT
ACGAGAGCTT TTTATCGTAT GAAAAATCGT GCGAAAGAAA TTTCAATGGT TACTATGATA
ATTGATTTAT ATGAAATCTC TTTAAAGTTA AATCCGAAAA ATAGTATGGC AGCACAGCGA
TTTGCGCTAT TTTATGAGAA TGTAGAGATG AATAAAGAAG CGATAGAGAT TCTGCACACC
TCACTAGAAA ATAAATGGGA TTATGAAGTA GCGAAGCAAC TTGTAAATCT TTTCGTTGAG
TGCGAGGAAG AAGATATGTT AAGAGATGCT TTGGAATTAA CGAAGCAAAT GGTTCGAGAA
CTACCAGATG ATTATGATAC TCTTCTTCTG CAAGCACAAG TATTCTTTAA AGCAGGGGAA
GAAAGAAAAG CAGAAAAGAT TACCTTACAA TTAACGGAGC AAACACCGTT CGTAAGTAGA
GCATTTCTTG CTTTAGGAGA AATATATCAA AGTCAAGAAA GGTTTGAAGA GGCAATTCAA
GTATTAGAAA ATGCTTCTAT ACATCATCCA AATGAAACAG TAATTCTTCT TTCTTTAGCG
TCTTCATATC ATGGTGCCGG CCAAACACTA AAGGCAGAAA AAATAACAAA TGAAGTATTA
ACAATGGATG CAAGTGATTT GTTAGCAAGA TATGATCGTG CTTGTTATTT AGCACAGTTA
AATAGAAATG AAGAGGCGAA GGAAGAGCTT GAAATTGTCC TTCGTGAGGA TGACTCGGGA
TTCTTTGTTG AACTTATTGA GGATGATGAA AATTTAGCAG CATTGCGAGA ATTTGAAAAG
TAA
|
|---|
| Protein sequence | MLDFKQLETC LKDKRFVDGL QEINNEIAYI KETNTLSYVK NWLANIPSHK EFDILIRLTD
EGLMHQYSSF LIRYAYKKFP NMRTLSLYCD ELIDERKILE AEQLLKSSLE ELGKEEIDAD
FLAKTYFTLV RCLLEMKRNE EALMYMKKAE EYSTRAVFDK WGYVYMHTGE WEKAEEQFIA
GIQHEDCEEL STYLLSQLYA NKGEQKRAIQ LIDDAIVKFP QVPYFHFEKV KYLLDLEQYE
EMLAVIDNIN TQLPYHAYNT YFVHLRAEAL YKMNKFADLQ KLLREEKSLK ESLYHNLEKN
PDGKKVHLPI VPIVQKDNYC VPTSLEMMLR IWGEKRTQDE IAEFIFDMTG SKFSDTVSYL
EELGYEYRYF KGNEENYKRL IDEGIPVLLS IDIEHASHVQ VLSGYDDTLQ AFYVQDPNFI
EPVLVEYSKL QEKYRYTGCL AITFVPKEKK EQLAFLSEEE NRYFKSIFSL TDHLDEHDKE
GISNLVQFLK ETSDNPNTWL YTIKHLDVEV DKEFILYCID KLMEKFPNSD FVKLHGAQCF
IRLQEVDKAE QMLTSVEKKN NRALYHLING RYAFEQESYI EAISSFRSSL QLDADQPIAW
SFLALSYMYI DQSEKALQYS QVALERSPER FTLTNHGIIL IDLERYEEAY EIFNDLLKEY
KYEAHVWYER ARCAHQLGKL YLAIKGLKVA IHLDSNAPYI YTKLSEIYES DLKDEESTKE
ILLNGIENCD DKASLYVKLG DYHFQNDSLE EAEVLYNRAL EENDEDVYSH FGLTQVYMAR
EQYKEAKEYI LGLEKQIEKS QDFLMNAGMV LWDAEIELGG NEEGFKVALS KLENGIKKSD
YNVASALDEY VNRIKGTEFV QRGIAFLRTL HKERNEVSEY GCYAGILYES IGQYGQAMKR
YSKAIEQKET ALPYYRIGET LMALGQLTEA KQAYETCLEL DGNFVGVHLQ LAEIYEKEEN
RFKEQSHMVQ AMKEEPLHIN MEYLAQLSVD MNLQEELLTE LEQLAEEVPE IWRLDAIAYV
YGAMNEIDKE QAQIEYALQL DGEHIEVLYH YAKVLVKKRN VKAIEVAMKV IQKDFDNERI
FDVYVKAVEQ HKKLSNIRDF LHTLKVKKAE RSTAFMYAAA AVTEIWIERQ LHEQPKRSII
TRAFYRMKNR AKEISMVTMI IDLYEISLKL NPKNSMAAQR FALFYENVEM NKEAIEILHT
SLENKWDYEV AKQLVNLFVE CEEEDMLRDA LELTKQMVRE LPDDYDTLLL QAQVFFKAGE
ERKAEKITLQ LTEQTPFVSR AFLALGEIYQ SQERFEEAIQ VLENASIHHP NETVILLSLA
SSYHGAGQTL KAEKITNEVL TMDASDLLAR YDRACYLAQL NRNEEAKEEL EIVLREDDSG
FFVELIEDDE NLAALREFEK
|
|---|
| |