| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpsIP31758_0414 |
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| Symbol | |
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| ID | 5388401 |
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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 | Yersinia pseudotuberculosis IP 31758 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009708 |
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| Strand | - |
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| Start bp | 483253 |
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| End bp | 487770 |
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| Gene Length | 4518 bp |
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| Protein Length | 1505 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 640863383 |
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| Product | putative insecticidal toxin complex protein |
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| Protein accession | YP_001399407 |
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| Protein GI | 153947783 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 26 |
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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 | ATGGAAAACA GTAAACAGCA AGTGGCCGTT GCCCCCTTGT CGCTCCCTAA AGGGGGCGGT
GCGATTACCG GTATGGGCGA TAGTTTAGGC GCTATCGGCC CCAGTGGCAT GGCAACACTG
ACGCTACCCC TGCCTATCTC CGCAGGCCGC GGTTATGCCC CGCCACTGGC ACTCAATTAC
AGTAGCGGCA ATGGCAACGG CCCGTTTGGC CTTGGCTGGC AACTTAACAC CATGGCCATC
TGCCGCCGAA CCAGCAAGCG AGTGCCTCAC TACGATGAAC ATGATGAATT TCTGGCACCG
AGTGGTGAAG TATTAGTCGT TGCCATTGAT CAACAGGGAA ATATCGAACG CACTGAGCAA
TCATTAAAAG GGGAGCAATT CAGCGTAATT CGTTATCTGC CGCGTATTGA AGGCAGCTTT
AATCGCATTG AGTATTGGCA ACCCAGGGTA GATAACAGCC AGGCACCATT TTGGGTAGTC
CACGGTTCAG ATGGTCAAAA ACACTGTTTG GGGTATTCCG CCTCAGCCCG AATTGCCGAT
CCACAGCACC CTGAGCATAT TGCTGAATGG CTGCTGGAAG AGTCGGTGTC TCTGAGCGGC
GAGCATATCT GCTACCTGTA TCAGGCAGAA GATGAACAAG GTATTGACGA GGATGAAAAA
CAAAATCATC CCGCAGCCAG TGCGCAACGC TATCTAAGCA CCGTGGTTTA TGGCAATAGA
GAAGTGGCTC ATGAACTCTA TTGTCTGACT CAGCAACCCA CGGAGAAAAG CTGGTTATTT
AGCCTGATTT TCGATCATGG CGAATACAGT AATATCGCCG ATCAGGTTCC GATAGCCGAA
GAGGGCAAAT CCTGGACTTA CCGTCAGGAT GCCTTCTCTC ACTTTAACTA TGGCTTTGAA
ATCCGTACCC GCCGCCTGTG TCAGCAAGTG TTGATGTACC ATAATTTGTC AGCGCTGGCC
GGTAATGAAC CAGACCAACA ACCGACATTG GTCAGCCGCT TACGGTTGAA CTATCAGCAC
GATGTTTATG CCACGCAACT GGTGGGTTGC CAACGTTTAG CCCACGAGCC AAAGGGTAAA
ACATGCAGCT TGCCACCATT AGAATTTGAT TATCAGACAT TCCCGGACAA TAACGAGAAA
CCCTATTGGC AGCAACGATT AGAGGAAATC AATCCGACAG AATCGGATGA TCAGGATTTA
TCCGCCAATT GGCAGCCATT AGAGGATTGG GCAGAATTTA ACCACCAGTA CCAAATGGTG
GATCTGAACG GCGAAGGGAT ACCGGGGATG CTATATCAGG ACAGAGGCCA TTGGTGTTAT
CGCCCACCGG TTCGTCAGCC TGGCACCCTT AATGGCATCA CCTTCGGTCC TGCCCAATCG
TTGCCAACCC TGCCAGCCAT GGGGGAAAAC GCCACCTTGA TGGATATCAA TGGTGACGGC
AAGCTGGATT GGGTGATTAG CCAACCGGGG TTGGCAGGCT ACTTTAGCCG TGACCCCGAC
CAAAGCTGGA CACAATTTAC CCCGTTGTCT GCTCTGCCAG CGGAGTATTT CCACCCACAG
GCGCAACTGG CCGACTTGAT CGGTAGCGGA TTATCTGATC TCGCCCTCAT TGGGCCAAAA
AGTGTCCGTT TGTATGCCAA CCAGCGTGAT GGTTTTGCTG CCGCAACCCA AGTGACACAA
GATGATGACA TCACGCTACC CCTATCGGGA GCGCACTACA GTGAACTGGT GGCATTCAGT
GATGTAATGG GTTCGGGCCA ACAGCATTTG GTGCGAGTGC GCCACAATAG CGTGACTTGC
TGGCCCAATC TTGGCCACGG GCGTTTTGGT CACCCCATCT CCTTACCGGG ATTTAGCCAG
CCTATTGAGC AGTTTAATCC GCTGGCGATC CATCTGGCGG ATATTGATGG CTCCGGCACC
GTTGACCTGA TCTATGCCAC TGCACATCAA TTACTGATTT ACCGTAACCA GAGTGGTAAC
CGTTTTGCCA AACCGCTTGA AGTCACACTG CCTGCGGGTG TTCGCTTTGA TAATAGCTGC
CAATTATCAC TGGCAGATAT TCAAGGGCTG GGTGTTGCCA GCATCATCCT GAGTGTTCCA
CACCCGGCCC CACAGCACTG GCGCTATGAT TTTGTCGCCA GTAAACCCTA TTTACTGTGT
ACCACCAATA ACAATATGGG TGCAGAGAGT CAGTTGTTTT ACCGCAGTTC CGTCCAATTC
TGGTTGGATG AAAAAGCGCA GGCGGCCAAA CAGGGCCGAA CACTGGTCTG CCAGTTACCC
TTCCCGATCC ATCTATTAGC GCAAACTACG CAATTTGATG AGATCACCGG AAACAGCCTG
AGTCAAACCG CCCGCTATTT CCATGGTTTT TATGATGGCA TACAACGTGA ATTCTGTGGT
TTTGGCCGTG TTGATACGCT GGATACCAAT ACCTCGGCAC AAGGCAGCGC CGCTGAACGC
ACCTCCCCAA CCCAAACCTG CCAGTGGTTC CATACCGGGC AGCCTGGCAA TGAACAACTT
TGGCACCATG AATATTGGCA GGGCGACAGC CAGGCCTACG GGCTGCTATC CACCCGCCTG
ACGAAATTTA CCGGAGAAAT GCAAGGTGAT GAAACCTTAA ATGACATCAA TGATAATCAA
GCTTATTGGT TGCATAGGGC GCTGAAAGGT TCATTGTTGC GCAGCGAACT CTATGGTCTG
GACGGCAGCG AACTGGCCAC ACAACCCTAT AGCGTCAACA GTGCTCGCTA TCAGGTGCGG
CAAATTCAAT CCTCTACGGA TGAAATAACC TCCCCGGTAG CATTACCGAT GATGCTGGAA
CAACTCAACT ATCACTACGA ACGCATAGTG CAAGACCCGC AATGCAACCA ACAGATTGTG
CTACGTTGCG ATGAATTTGG TCACCCATTG CACAGTGCGA CAATCTATTA TCCACGCCGC
GATAAAGCCA GTATTCCTCC GTATTCCTGG CTGGCTGAAG GACATTGGGA CAGCCATTTT
GACGAGCAAC AGCAGCAGTT GCGCATCACT GAAAGCCAGC AATCTTATCG CCATGAGATC
AGTGATAAAT TCTATGTGCT AGGCCTGCCG GCCGGGCAGC GCAGTGATGT ACTGACCTAT
CCAGACAATT TCGTGCCTAC AGCGGGGATT CATTGGGAAG AATTACAACA ACCAGAGGGC
CTGCTCGGTA CTAAAGCAGA GCGAACCTTT GCTGGGCAGC AGCAGGTTTT CTACGCCTCG
GACACCATTC CGGGCCTGGT TGCCTATAGC CAACAGGCGG AATTTGACGA TCAAACCTTG
GCCGCGTTGG ATGAATTATT ACCAACGAAT GAGCGTAAAC AACAGCTTAT CGAGGCAGGT
TATCAACGAG CACCCCGTCT ATTTTCTCGC CCCGGAGAAA CAGATATTTG GGCCGCCCAA
CGTGGGTTTA CTGACTATGG CGATGCATCT CGTTTCTACC GCCCCATCAG TCAACGTAGC
TCACCATTGG TAGGAAAAAC AGCCTTAGAA TGGGATAAAA ATAGCTGTGC CATTACCCAA
ATGATATTGG CTGATGGCAG TACCACCCAG GCTGAATATG ATTATCGTTT TATCACCCCT
TATCACCTCA CGGATATCAA CGATAACTCC CGTCATATTG AACTGGATGC GCTGGGGCGC
GTCACCTCCA GCCGTTTTTG GGGCACCGAG CTTGACTCAC AAACCGGTGA GGTCAGCACA
ACCGGTTTCC CTTTAATCGC TGAGCACCCC TTTACCGTAC CCAATTCAGT TGATGCCGCT
ATCAGCATGG AGAATACCCA AGTTCCCGTC GCGCAATTCT CTGTCTATCA ACCTCAGAGC
TGGATGATTT CGTTACAGCT TGATGACATT GAAACATTGT CTGAAACCAA TAACGTCACT
CTAGAATATC TATTCCAGAA TCATATTCTG ATCGATAACT ATTATCTTTG CCCCCTTGCT
CTACGTCGCT GGATAAGACA AAGCAACCCT CTCATCACCG AAAATGTCGG CCTGGAATTG
AAAAATCCCG TGCGCCAACC CCCCCATGTC TTAACCGTCG TCGTGGATAA CTACTTTTCT
GCTGCTGAGC CACAACAACA TCAACAAACT CTCGCTTTCA GCGACGGCTT TGGCCGCGTG
TTGCAAAGCG CGCAACGGGT AGAGGCAGGA ACCGCTTATT TCCACACAGG AGAGGGCGGA
CTGATAGCTG ATCAGCAAGG TCATCTCATG CAAGACGAGA GCGATCAACG CTGGGCCGTT
TCTGGCCGTA CCGAGTACGA CAATAAAGGT CTGCCCATCC GCCGCTATCA ACCCTATTTC
CTCGATGACT GGCGTTATAT CGCTGATGAC AACGCCCGCA AAGAGGCCTG GGCCGACACC
CATATTTACG ACCCACTCGG ACGAGAAATA AAAGTGATCA CCGCCAAAGG TTATCTGCGA
CGAGCACACT ATTTCCCGTG GTTTGTTATC AGCGAGGATG AAAATGACAC GGCGTCAGAA
ATCACGCCGA ATCCCTAA
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| Protein sequence | MENSKQQVAV APLSLPKGGG AITGMGDSLG AIGPSGMATL TLPLPISAGR GYAPPLALNY
SSGNGNGPFG LGWQLNTMAI CRRTSKRVPH YDEHDEFLAP SGEVLVVAID QQGNIERTEQ
SLKGEQFSVI RYLPRIEGSF NRIEYWQPRV DNSQAPFWVV HGSDGQKHCL GYSASARIAD
PQHPEHIAEW LLEESVSLSG EHICYLYQAE DEQGIDEDEK QNHPAASAQR YLSTVVYGNR
EVAHELYCLT QQPTEKSWLF SLIFDHGEYS NIADQVPIAE EGKSWTYRQD AFSHFNYGFE
IRTRRLCQQV LMYHNLSALA GNEPDQQPTL VSRLRLNYQH DVYATQLVGC QRLAHEPKGK
TCSLPPLEFD YQTFPDNNEK PYWQQRLEEI NPTESDDQDL SANWQPLEDW AEFNHQYQMV
DLNGEGIPGM LYQDRGHWCY RPPVRQPGTL NGITFGPAQS LPTLPAMGEN ATLMDINGDG
KLDWVISQPG LAGYFSRDPD QSWTQFTPLS ALPAEYFHPQ AQLADLIGSG LSDLALIGPK
SVRLYANQRD GFAAATQVTQ DDDITLPLSG AHYSELVAFS DVMGSGQQHL VRVRHNSVTC
WPNLGHGRFG HPISLPGFSQ PIEQFNPLAI HLADIDGSGT VDLIYATAHQ LLIYRNQSGN
RFAKPLEVTL PAGVRFDNSC QLSLADIQGL GVASIILSVP HPAPQHWRYD FVASKPYLLC
TTNNNMGAES QLFYRSSVQF WLDEKAQAAK QGRTLVCQLP FPIHLLAQTT QFDEITGNSL
SQTARYFHGF YDGIQREFCG FGRVDTLDTN TSAQGSAAER TSPTQTCQWF HTGQPGNEQL
WHHEYWQGDS QAYGLLSTRL TKFTGEMQGD ETLNDINDNQ AYWLHRALKG SLLRSELYGL
DGSELATQPY SVNSARYQVR QIQSSTDEIT SPVALPMMLE QLNYHYERIV QDPQCNQQIV
LRCDEFGHPL HSATIYYPRR DKASIPPYSW LAEGHWDSHF DEQQQQLRIT ESQQSYRHEI
SDKFYVLGLP AGQRSDVLTY PDNFVPTAGI HWEELQQPEG LLGTKAERTF AGQQQVFYAS
DTIPGLVAYS QQAEFDDQTL AALDELLPTN ERKQQLIEAG YQRAPRLFSR PGETDIWAAQ
RGFTDYGDAS RFYRPISQRS SPLVGKTALE WDKNSCAITQ MILADGSTTQ AEYDYRFITP
YHLTDINDNS RHIELDALGR VTSSRFWGTE LDSQTGEVST TGFPLIAEHP FTVPNSVDAA
ISMENTQVPV AQFSVYQPQS WMISLQLDDI ETLSETNNVT LEYLFQNHIL IDNYYLCPLA
LRRWIRQSNP LITENVGLEL KNPVRQPPHV LTVVVDNYFS AAEPQQHQQT LAFSDGFGRV
LQSAQRVEAG TAYFHTGEGG LIADQQGHLM QDESDQRWAV SGRTEYDNKG LPIRRYQPYF
LDDWRYIADD NARKEAWADT HIYDPLGREI KVITAKGYLR RAHYFPWFVI SEDENDTASE
ITPNP
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