| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_2240 |
|---|
| Symbol | |
|---|
| ID | 2749369 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus ATCC 10987 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_003909 |
|---|
| Strand | + |
|---|
| Start bp | 2139672 |
|---|
| End bp | 2143874 |
|---|
| Gene Length | 4203 bp |
|---|
| Protein Length | 1400 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | 637279056 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | NP_978552 |
|---|
| Protein GI | 42781305 |
|---|
| 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 | 4 |
|---|
| Plasmid unclonability p-value | 0.274881 |
|---|
| 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 | ATGCTAGATT TTGAGCAGTT AGATGCTTGT TTGAAAGACA AGAGATTTAT AGATGGATTA
CAGGGAATAA ATAATGAAAT TTCATATATA AAAGAAACGA ATACTTTATC TTATGTGAAA
AAGTGGCTTG CTAATATTCC TTCACATAAG GAGTTTGATA TATTAATACG TCTTACTGAT
GAAGGGCTTA TGCACCAATA CAGTTCATTC CTCATTCGCT ATGCCTATAA AAAATTCCCA
AATATGAGAA CGCTCTCTTT ATATTGTGAT GAGTTAATTG ATGAGCGGAA AATACTTGAA
GTAGAACAGT TGTTAAAAGA CTCATTAGAA GAGGTAAATA AAGAAGAGAT AGACGTTGAT
CTTTTAGCGA AAACATATTT TACATTAGTA CGATGTTTGT TGGAAATGAA ACGAAATGAA
GAAGCTCTTT TTTATATGCA AAAGGCAGAG GAGTACAGTG CACGTGCAGT ATTTGATAAA
TGGGGCTACG TGTATATGCA TACAGGTGAA TGGGAGAAAG CAGAAGAACA ATTTATAGCT
GGTATGCAGC ATAAAGATTG TGAAGAGTTA TCTACCTATT TATTATCACA GTTATATGCG
AATAAGGGAG AACAAAAACG TGCATTACAG CTAATTGATG ATGCGATTGT AAAGTTCCCG
CAAGTACCAT ATTTTCATTT TGAAAAGGTG AAATATTTAT TAGATTTAGG GAAGTATGAA
GAAATGTTAG TGGTAATTGA TAACATAAAT AAGCAGCTTC CTTATCATGC GTATAAAACT
TACTTTGTAC ATTTACGTGC AGAAGCGCTT TACAAAATGA ATAAAATTGT AGATTTACAA
CAGTTATTAA AAGAAGAAAA AAGTTTAAAA GAGTCTTTAT ATCATAATTT AGAAAAAAAT
CCAGATGGCA AAAAGGTTCA CTTACCAATC GTTCCAATTG TACAAAAGGA TAATTATTGT
GTACCGACAA GTTTAGAAAT GATGTTGCAG TTATGGGGAG ACAAACGTAC ACAAGATGAG
ATAGCAGAGT TTATTTTTGA TATGACGGGA TCGAAGTTTT CAGATACTGT TTCTTATTTA
GAAGAATTAG GTTATGAATA TCGTTATTTT AAAGGGAATG TAGAAAATTA TAAGAGACTG
TTAGATCAGG GGATTCCCGT TTTATTAAGT ATAGATATTG AGCATGCGTC ACATGTGCAA
GTGCTAGCTG GATACGATGA TATGTTACAA GCTTTTTATG TTCAAGATCC GAATTTTATC
GAACCAGTTA TTGTGGAATA TAGTAAGTTG CAAGAAAAAT ATCGTTATAC AGGCTGCTTA
GCGATTACGT TTGTTCCGAA AGAAAAAAAG GAACTACTAT CATTTTTAAA TGAAGAAGAA
CATCATTATT TTAAATCTAT TTTTTCTTTA ACAGATCATT TGGATGAACA AGATAAAGAG
GGGATTCATG ACTTAGTACA GTTTTTAAAA GGGACGAGTG ATAATCCGAA TACGTGGTTA
TATACGGTTA AGCATTTAGA TGTTGAAGTA GATAAAGAAT TTATTTTATA TTGTATAGAA
AAGTTAATGG AGAAATTTCC TAACTCAGAT TTTGTTAAAT TACATGGTGC ACAGTGCTTT
ATTCGCCTTG AAGAGTTAGA AAAAGCTGGA CACATGCTTG CGAGTGTTGA GAAGAAAAAT
AATCGTGCCT TATATCATTT CATAAACGGA AGGTATGCTT TTGAGCAGGA AAGTTATTTA
GAAGCGATTT CAAGTTTTCG TTCCTCGTTA CAATTAGACG CGGATCAGCC GATTGCTTGG
AGTTTTCTCG CTTTATCATA TATGTATATC GATCAATCTG AAAAGGCGTT GCAGTTTTCT
CAAGTCGCCT TGGAACGTAG CCCTGAACGA TTTACTTTAA CGAATCACGG GTTAATATTA
ATAGATTTAG AAAGATATGA AGAAGCGTAT GAAATCTTTA ATGATTTGTT AAAAGAATAT
AAAAATGAAG CACATGTATG GTATGAGCGA GCGAGATGTG CGCATCATTT AGGGAAATTA
TATTTAGCGA TAAAAGGGCT TAAAATAGCA ATTCATTTGG ATAGTAATGC ACCATACATT
TATACGAAAC TTGCAGAAAT ATACGAATCT GATTTGAAGG ATGAAGAAAG TACGAAAGAA
GTTTTATTAA AAGGTATTGA GAATTGTGAT GATAAGGCAT CTCTATACGT AAAACTCGGT
GACTACCATT TTCAAAAGGA TAGTCTGGAA GAAGCGGAAA CATCGTATAC TCGTGCTTTA
GAAGAAAATC ATGATGATGT ATATTCTCAC TTCGGACTTA CGCAAGTTTA TATGGCAAGA
GAACAATATA AGGAAGCAAA AGAATATATT CTCAGTATCG AAAAACAAAT TGAAAAGAGC
CAAGATTTCC TTATGAACGC TGGAATGGTT TTATGGGATG CTGAGGTTGA ACTTGGTGGA
AGTGAAGAAG GATTTAAAGT AGCATTGTCT AAGTTAGAGA GTGGTATAAA GCAGAGCGAA
TATAATGTAG CAAGTGCGTT AGATGAATAT GTGAATCGAA TGAAAGGAAC GGTATTTGTA
CAACGAGGAA TAGCATTCTT AAGAACGTTA CAAAAAGAAA GAAATGACGT AAGTGAATAT
GGCTGTTATA CAGGTATTTT ATATGAGTCG ATTGGACAGT ACGGTCAGGC GATGAAAAGA
TATAATAAGG CGATAGAACA AAAAGAAACG GCATTACCGT ATTACCGAAT TGGTGAAACA
CTTATGGCAT TAGGACAATT AACGGAAGCA AAACAAGCGT ATGAAAGATG TTTAGAGCTT
GATGGGAATT TCATTGGTGT ACATTTACAG CTTGCGGAAA TATATGAAAA AGAAGAAAAT
CGTTCTAAAG AACAAAGTCA TATGGTTCAG GCGATGAAAG AAGAGCCGTT GCATATTAAT
ATGGAATATT TGGCACAGCT TTCAGTAGAA ATGAATCTTC AGGAAGAATT GCTGGCTGAA
CTAGAACAAT TAGCGGACGA AGTACCTGAA ATATGGCGAT TAGATGCGAT TGCATATGTG
TATGGAGCAA TGAATGAAAT AGATAAAGAA CAAGTACAGA TTGAAGAGGC ACTACGATTA
GATGGCGAGC ATACAGAAGT TTTATATCAT TATGCAAAAG TATTAGTGAA AAATAGAAAT
GCAAAGGCAA TTGAAATTGC GATGAAAGTG ATACAAAAAG ATGTAAATAA TGAACGTATA
TTTGATGTAT ATGTAAAAGC GATAGAACAA CATAAGAAAT GGTCTAACAT ACGAGATTTT
CTTCATATAT TAAAAGTGAA AAAGGCAGAC AGAAGTATGG CGTTTATGTA TGCAGCATCT
GCGGTTACAG AAAGGTGGAT TGAACGTCAA CAAAATGAAC AGCCGAAGAA ATCCATAATT
ACAAGAGCTT TTTATCGCAT GAAAAACCGT GCGAAAGAAA TTTCGATTAT TACTACAATC
ATTGATTTAT ATGAAATCTC ATTAAAGTTA AATCAAAAAA ATAGTATGGC AGCGCAGCGA
TTTGCACTAT TTTATGAGAA TGTGGCGATG TATAAAGAGG CGATAGATGT ATTGCAAACA
TCATTAGAAA GTAAATGGGA TTACGATGTA GCCAAGCAAC TTGTAAATCT TTTCATAGAG
TGTGAGGAAG AAGATAGGTT ACGGGATGCT GCAGAATTAA CGAAGCAAAT GGTTCGAGAG
TTACCAGATG ATTATGATAC GCTTCTTTTA CAAGCACAAG TATTCTTTAA AATGGGAGAA
GAAAGAAAAG CAGAAAAGAT TACTTTACAA TTAACGGAGC AAACACCGTT TGTAAGTAGA
GCGTTTCTTG CTTTAGGAGA AATATATCAA AGTCAAGAAC GGTTTGAAGA GGCAATTCAC
GTATTAGAAA ATGCTTCTAT ACATCATCCG AATGAAACAG CAATTCTTCT TTCTTTAGCA
TCTTCTTATC ATGGTGCCGG CCAAACACGA AAGGCAGAAG AAATAGCAAA TGAAGCATTA
AAAATTGATG CGAGTGATTT GTTAGCAAGA TATGATCGTG CTTGTTATTT AGCGCAGTTA
AACAGAAATG AAGAGGCGAA GGAAGAGCTT GAAATTGTAC TTCGTGAGGA TGAGTCGGGA
TTTTTCGCTG AGCTTATAGA GGATGATGAA AATTTAGCAG CATTGCGAGA ATTTGAAAAG
TAA
|
|---|
| Protein sequence | MLDFEQLDAC LKDKRFIDGL QGINNEISYI KETNTLSYVK KWLANIPSHK EFDILIRLTD
EGLMHQYSSF LIRYAYKKFP NMRTLSLYCD ELIDERKILE VEQLLKDSLE EVNKEEIDVD
LLAKTYFTLV RCLLEMKRNE EALFYMQKAE EYSARAVFDK WGYVYMHTGE WEKAEEQFIA
GMQHKDCEEL STYLLSQLYA NKGEQKRALQ LIDDAIVKFP QVPYFHFEKV KYLLDLGKYE
EMLVVIDNIN KQLPYHAYKT YFVHLRAEAL YKMNKIVDLQ QLLKEEKSLK ESLYHNLEKN
PDGKKVHLPI VPIVQKDNYC VPTSLEMMLQ LWGDKRTQDE IAEFIFDMTG SKFSDTVSYL
EELGYEYRYF KGNVENYKRL LDQGIPVLLS IDIEHASHVQ VLAGYDDMLQ AFYVQDPNFI
EPVIVEYSKL QEKYRYTGCL AITFVPKEKK ELLSFLNEEE HHYFKSIFSL TDHLDEQDKE
GIHDLVQFLK GTSDNPNTWL YTVKHLDVEV DKEFILYCIE KLMEKFPNSD FVKLHGAQCF
IRLEELEKAG HMLASVEKKN NRALYHFING RYAFEQESYL EAISSFRSSL QLDADQPIAW
SFLALSYMYI DQSEKALQFS QVALERSPER FTLTNHGLIL IDLERYEEAY EIFNDLLKEY
KNEAHVWYER ARCAHHLGKL YLAIKGLKIA IHLDSNAPYI YTKLAEIYES DLKDEESTKE
VLLKGIENCD DKASLYVKLG DYHFQKDSLE EAETSYTRAL EENHDDVYSH FGLTQVYMAR
EQYKEAKEYI LSIEKQIEKS QDFLMNAGMV LWDAEVELGG SEEGFKVALS KLESGIKQSE
YNVASALDEY VNRMKGTVFV QRGIAFLRTL QKERNDVSEY GCYTGILYES IGQYGQAMKR
YNKAIEQKET ALPYYRIGET LMALGQLTEA KQAYERCLEL DGNFIGVHLQ LAEIYEKEEN
RSKEQSHMVQ AMKEEPLHIN MEYLAQLSVE MNLQEELLAE LEQLADEVPE IWRLDAIAYV
YGAMNEIDKE QVQIEEALRL DGEHTEVLYH YAKVLVKNRN AKAIEIAMKV IQKDVNNERI
FDVYVKAIEQ HKKWSNIRDF LHILKVKKAD RSMAFMYAAS AVTERWIERQ QNEQPKKSII
TRAFYRMKNR AKEISIITTI IDLYEISLKL NQKNSMAAQR FALFYENVAM YKEAIDVLQT
SLESKWDYDV AKQLVNLFIE CEEEDRLRDA AELTKQMVRE LPDDYDTLLL QAQVFFKMGE
ERKAEKITLQ LTEQTPFVSR AFLALGEIYQ SQERFEEAIH VLENASIHHP NETAILLSLA
SSYHGAGQTR KAEEIANEAL KIDASDLLAR YDRACYLAQL NRNEEAKEEL EIVLREDESG
FFAELIEDDE NLAALREFEK
|
|---|
| |