| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A1182 |
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| Symbol | |
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| ID | 5799647 |
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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 pestis Angola |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010159 |
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| Strand | + |
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| Start bp | 1222312 |
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| End bp | 1226802 |
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| Gene Length | 4491 bp |
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| Protein Length | 1496 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 641339155 |
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| Product | insecticidal toxin complex |
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| Protein accession | YP_001605725 |
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| Protein GI | 162419121 |
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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 | 17 |
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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 | 19 |
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| Fosmid unclonability p-value | 0.000603526 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGGAAAACA GTAAACAGCA AGTGGCCGTT GCTCCCTTGT CGCTCCCTAA AGGGGGCGGT
GCGATTACCG GTATGGGCGA TAGTTTAGGT CCTATCGGCC CCAGTGGCAT GGCAACACTG
ACGCTGCCTC TGCCGATCTC CGCAGGCCGC GGTTACGCCC CCTCGCTCAC GCTAAGTTAC
AGTAGCGGCA GTGGTAACGG CCCGTTTGGC CTTGGCTGGC AACTCGGCAC CATGGCGATT
CGCCGCCGAA CCAACGCCCA AGTGCCACGT TACGATGAGT ATGATGAATT TCTGGCTCCC
AATGGGGAAG TCATGGTGGT TGCCGCGGAT CCGCAGGGCA GTATCGAACG CACTGAACAG
TCACTAAATG GGGAACAATT CAGCGTAATT CGTTACTTAC CACGTATTGA AGGCAATTTT
CATCGCATTG AGTATTGGCG ACCCCGGACA AATAACAGCC AGGCACCGTT TTGGTTAGTC
CACAGTTCAG ATGGCCAAAA ACACTGTTTG GGGTATTCCG CTGCCGCGCG AATTGCCGAT
CCACTGCACC CTGAGCATAT TGCTGAATGG CTACTGGAAG AGTCGGTGTC TCTGAGCGGT
GAGCATATCG GCTACCAGTA TCAGGCAGAA GATGAACAAG GCATTGATGA GCCTAGTATT
TATAAGGCTG AAAAACAAAA TCATCCAGCA GCCAGTGCGC AACGCTATCT GAAACGCGTG
GTTTATGGTA ATCGCCAAGC GGCGTATGAA CTCTATTGTC TGACTCAGCA ACCTGCGCCG
ACAAGCTGGT TATTTAGCCT GATTTTTGAT CACGGCGAAT ACAGTAATAT CGCGGAGCAA
GTGCCGGTAA TCATAAAAGG AAAATCCTGG AATTTCCGTC AGGACGCCTT CTCACACTTT
AACTATGGCT TTGAAGTGCG TACCCGCCGC TTGTGTCAGC AAGTGTTGAT GTACCATAAT
TTGTCAGCAC TTAAAGGTGA TGAACCCGAT GCTCAAGCCA CGCTGGTTAG CCGTCTGCGT
TTACACTATC AGCACGATGC TTATGCCACC CAACTGGTCG GTTGCCAACA GTTAGCCCAT
GAACCCGATG GCACCAAACG TAGCCTGCCA CCGCTAGAAT TTGATTATCA GGATTTTTCC
ACTCGCGACG CCCTTGGTTG GCAACCACTT ACTGATTGGG CTGAATTTAA CTATCAGTAC
CAAATGGTGG ATCTGAACGG CGAAGGGATG CCGGGGATGT TGTATCAGGA CAGCGGTCAC
TGGATTTATC GCCCACCGGT TCGCCAACCA GGCACCGCCG ACGGCATCAC TTTTGGCGCG
GCCCAACGGT TACCGAGCCT ACCCGCGATG CGCGAAAATG CCATGTTGAT GGATATCAAT
GGTGACGGCA AGCTGGATTG GGTGATCAGT CAACCGGGCT TAGCGGGCTA CTTTAGCCGT
GATCCTGACC TTAGCCGTGA TCCTGATCTT AGCTGGACCC AATTCATCCC GTTATCTACC
TTGCCAGCGG AGTATTTCCA TCCACAAGCG CAACTGGTCG ATTTAGCCGG CAGCGGGTTA
TCTGATCTGG CGTTAGTCGG GCCAAAAAGT GTCCGCGTGT ATACCAATCT GTGTGACAGT
TTTGCTGCCG CAACCCAAGT AGCACAAGAT GATGACATCA CGCTACCACT ACCCGGAGTT
CACTTCACTG AACTGGTGGC GTTCAGCGAT GTGATGGGTT CGGGCCAACA ACATCTGGTG
CGAATACGCC ACAATAGCGT CACCTGCTGG CCCAATCTCG GCCATGGCCG CTTTGGTCAC
CCCCTCTCTT TACCGGGATT TAATCAGCCA GTTGAGCAAT TTAATCCACT AGCGATCTAT
CTGGCAGATA TTGATGGCTC CGGTACCATT GACCTTATTT ATGCCACCAC CAGCCAACTG
CTCATTTACC GCAACCAGAG TGGTAACCGC TTTGCCGAAC CACTGGCTAT CGCGTTGCCA
ACAGGCATTC GCTTTGATAA TAGCTGCCAA CTGTCACTGG CAGATATTCA GGGGCTGGGC
GTGGCCAGCA TTATGTTGAG TGTGCCGCAC CCCACCACAC AACATTGGCG CTATGATTTT
GTCGCCAGTA AACCCTATTT ACTGTGCACC ACCAACAATA ATATGGGCGC AGAGAGTCAG
TTGCTTTACC GCAGTTCTGT CCAATTCTGG TTGGATGAAA AAGCACAGGC GGCCAAACAG
GGCCGATCAC TGGCCTGCCA ATTGCCCTTC CCGATCCATC TATTAGCGCA AACCACGCAA
TTTGATGAGA TAACCGGTAA CAGCCTGAGC CAAACCGCCC GCTACTTCCA TGGTTTTTAT
GATGGTGTGC AACGTGAATT CAGTGGTTTT GGCCGTGTCG ATACGCTGGA TACCGATACC
TCGGCACAAG GCAGTGCCGC TGAACGCACT GCGCCGACCA AAAGCAGTCG CTGGTTCCAC
ACTGGCCGGG CAGGCAATGA AACACTATGG CAAAGTGAGT ATTGGCAGGG CGATGACCAA
GCCTACTCAT TGCTGCCTAC CCGCCTGACA AAATTTATTA ACAATACCCA AGGTGACGAA
TTACTCAGTG AACTCGATGA TAATCAAACG TTTTGGTTGC ACCGGGCGCT GAAAGGTTCA
TTGCTACGCA GCGAACTCTA TGGTCTGGAC GACAGCGAAC TGGCGACACA ACCGTATAGC
GTTAACAGCT CTCGCTATCA GGTGCGGCAA ATTCAATCCT CTGCTGATGG AATCTCATCC
CCGGTAGCCT TACCGATGGT GCTGGAACAA CTCAGTTATC ACTACGAACG TATCGCGCAA
GACCCGCAAT GCAGCCAGCA GATTGTGCTG CGTTGCAATG AATATGGTCA CCCACTACAC
AGTGTGACAA TCAATTATCC ACGCCGCGAT AAAGCCCGTA TTTCCCCGTA CTCCTGGCTG
GCAAAGGAAC ATTGGGATAG CCATTTTGAC GAGCAACAGC AACAGTTGCG CATCACTGAA
AGCCAGCAAT CTTATCACCA TGAGATCAGT GATAAATTCT ATGTGCTGGG CCTGCCTGCC
GGGCAGCGCA GTGATGTACT GACCTATCCC GACAATTTCG TGCCTACCGC GGGGATTCAT
TGGGAAGAAT TACAGCAGCC AGAGGGCCTG CTTGGTACTA AAGCAGAGCG AACCTTTACC
GCGCAGCAGC AGGTTTTCTA CACCTCGGAC ACCATTCCGG GCCTGGTTGC CTACAGTCAA
CAGGCAGAAT TTGACGATCA AACCTTGGTC GCATTGGATG AATTATTACC AGCGAATGAG
CGTAAACAGC AGCTTATCAA GGCCGGTTAT CAAATAGCAC CCCGTCTATT TGCTCGCACC
GGAGAAACGG ATATTTGGGT CGCCCAAAGT GGGTTTACTG ACTATGGTGA TGCCTCCCGC
TTCTATCGCC CCATCAGTCA ACGTAGTACG CAATTAGTCG GGAAAACCAT TTTGGAATGG
GATGCCACCT GCTGTGCTGT CAGTGACATT ATATTGGCCG ATTACAGCAT CACCCATGCT
GAATACGATT ATCGCTTTAT CACCCCTTAT CTGCTGATAG ATATCAATGA TAATCAACAT
TATATCGAGC TAGATGCGCT GGGGCGGGTT ACCTCCAGCC GTTTTGCGGG CACCGAGATT
GATCCACAAA CCAATAAAGT CATTGAAACC GGTTTTCCTT CCATCGCGGA ACAGCCCTTT
AGCGCCCCCA ATTCAGTTGA TAAAGCTCTC AGCCTGGAGA ATACCCGCAT TCCCGTCGCG
CAGTTCTCTG TCTATCAACC TCAGAGTTGG ATGATTTCAT TACAGCTTGA TGACATTGAA
ATATGGATTA GAGCCAATAA CATTACTCCA GAATATCTAT TCCAAAATCA TATTCTGATC
GATAACTATT ATCTTTGCCC CCTTGCGCTA CGCCGCTGGG GAAGACAAAA CAACCTTCTC
ATCACTGAAG GTGTTGGCCT GACATTGAAA AATCCCATGC GCCAACCGCC TCATATATTA
ACCGTCGTCG TGGATAACTA CTTTTCTGCT TCTGAACCAC AACAGCATCA ACAAACTCTC
GCTTTCAGTG ACGGCTTTGG CCGCGTATTA CTCAGCGCAC GACGGGTGGA GACAGGACCC
TCTTACTCAT TCGATCCGGA AAACGGCCTC TTAGTTGATG ACAAAGGCAA TCTGGTGCAA
CTCGAAGTCG ATCAACGCTG GGCGGTCTCT GGCCGTACCG AGTACGACAA TAAAGGTCTG
CCACGCCGCC GTTATCAACC TTATTTTTTC GACAACTGGA TCTGGCTTTA TATCGCCAAT
AACAGAACCC TCAAAGAGGC TTACGCCGAT ACCCATATTT ACGACCCACT CGGGCGAGAA
ATAAAAGTGA TCACCGCGAA AGGTTATCTG CGACGAACTC ACTATTTCCC GTGGTTTGTT
ATCAGTGAGG ATGAAAATGA CACGGCGTCA GAAATCACGC CGAATCCCTA A
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| Protein sequence | MENSKQQVAV APLSLPKGGG AITGMGDSLG PIGPSGMATL TLPLPISAGR GYAPSLTLSY
SSGSGNGPFG LGWQLGTMAI RRRTNAQVPR YDEYDEFLAP NGEVMVVAAD PQGSIERTEQ
SLNGEQFSVI RYLPRIEGNF HRIEYWRPRT NNSQAPFWLV HSSDGQKHCL GYSAAARIAD
PLHPEHIAEW LLEESVSLSG EHIGYQYQAE DEQGIDEPSI YKAEKQNHPA ASAQRYLKRV
VYGNRQAAYE LYCLTQQPAP TSWLFSLIFD HGEYSNIAEQ VPVIIKGKSW NFRQDAFSHF
NYGFEVRTRR LCQQVLMYHN LSALKGDEPD AQATLVSRLR LHYQHDAYAT QLVGCQQLAH
EPDGTKRSLP PLEFDYQDFS TRDALGWQPL TDWAEFNYQY QMVDLNGEGM PGMLYQDSGH
WIYRPPVRQP GTADGITFGA AQRLPSLPAM RENAMLMDIN GDGKLDWVIS QPGLAGYFSR
DPDLSRDPDL SWTQFIPLST LPAEYFHPQA QLVDLAGSGL SDLALVGPKS VRVYTNLCDS
FAAATQVAQD DDITLPLPGV HFTELVAFSD VMGSGQQHLV RIRHNSVTCW PNLGHGRFGH
PLSLPGFNQP VEQFNPLAIY LADIDGSGTI DLIYATTSQL LIYRNQSGNR FAEPLAIALP
TGIRFDNSCQ LSLADIQGLG VASIMLSVPH PTTQHWRYDF VASKPYLLCT TNNNMGAESQ
LLYRSSVQFW LDEKAQAAKQ GRSLACQLPF PIHLLAQTTQ FDEITGNSLS QTARYFHGFY
DGVQREFSGF GRVDTLDTDT SAQGSAAERT APTKSSRWFH TGRAGNETLW QSEYWQGDDQ
AYSLLPTRLT KFINNTQGDE LLSELDDNQT FWLHRALKGS LLRSELYGLD DSELATQPYS
VNSSRYQVRQ IQSSADGISS PVALPMVLEQ LSYHYERIAQ DPQCSQQIVL RCNEYGHPLH
SVTINYPRRD KARISPYSWL AKEHWDSHFD EQQQQLRITE SQQSYHHEIS DKFYVLGLPA
GQRSDVLTYP DNFVPTAGIH WEELQQPEGL LGTKAERTFT AQQQVFYTSD TIPGLVAYSQ
QAEFDDQTLV ALDELLPANE RKQQLIKAGY QIAPRLFART GETDIWVAQS GFTDYGDASR
FYRPISQRST QLVGKTILEW DATCCAVSDI ILADYSITHA EYDYRFITPY LLIDINDNQH
YIELDALGRV TSSRFAGTEI DPQTNKVIET GFPSIAEQPF SAPNSVDKAL SLENTRIPVA
QFSVYQPQSW MISLQLDDIE IWIRANNITP EYLFQNHILI DNYYLCPLAL RRWGRQNNLL
ITEGVGLTLK NPMRQPPHIL TVVVDNYFSA SEPQQHQQTL AFSDGFGRVL LSARRVETGP
SYSFDPENGL LVDDKGNLVQ LEVDQRWAVS GRTEYDNKGL PRRRYQPYFF DNWIWLYIAN
NRTLKEAYAD THIYDPLGRE IKVITAKGYL RRTHYFPWFV ISEDENDTAS EITPNP
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