| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PP_1449 |
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| Symbol | |
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| ID | 1045808 |
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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 | Pseudomonas putida KT2440 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002947 |
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| Strand | - |
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| Start bp | 1652238 |
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| End bp | 1656764 |
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| Gene Length | 4527 bp |
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| Protein Length | 1508 aa |
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| Translation table | 11 |
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| GC content | 64% |
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| IMG OID | 637144850 |
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| Product | filamentous haemagglutinin outer membrane protein |
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| Protein accession | NP_743607 |
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| Protein GI | 26988182 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01901] filamentous haemagglutinin family N-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.597308 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAAACAC TCTCGCAGTT ACCGCCTGTT CGCCCGGATA CCTTGCGCTG GGCAATCTTC
CTCGCCGTGC TCGGGCCCAG CGCCGCACTG GCTCAGACAG GACTGGAAGC AGCCAGCGGC
CCCGGGGGGA CCCCGGTCAT CCATAACGGC CACGGGGTGC CGGTCATCGA CATCGTGCCG
CCCAACGCCA CGGGGCTGTC ACACAACCAG TTCATCGACT ACAACGTTGC CACCCCGGGC
CTGGTGCTGA ACAACGCCAC CGCAGCCGGG CAGTCGCAAC TGGCCGGCGC CCTGGCGGCC
AACCCGCAGT TCCAGGGCCA GGCCGCCTCG ACCATTCTTA ACGAAGTGAT CAGCCGCAAC
GCCTCGCTGA TCGAGGGGCC GCAGGAAATC TTCGGGCGCC CGGCCGACTA CATACTGGCC
AACCCCAATG GCATCACCCT CAATGGCGGC AGTTTCATCA ACACCACCCG CGCAGGCTTC
GTGGTGGGCA CCCCGCAATT CGAGGAGCAA CAGCTCAGGT ACCTCGATAC GCTCACGGCC
AGTGGCACCC TGCAGGTACT GGAGTATGGC CAGGGCAATG CCGGTGGCGC ACTCGAACTG
ATCGCACCGC GCGTGGACAG CAAAGGCTTG CTCATGGCCA GCGAAACGCT CGACATCACT
GTCGGCCGCA ACCGTATCGA CAGCCGCAGC GGCGAGGTGG TCGAACACCT GCCCAGCCCC
TCCACGAGCA TTGATGCCAG CCTGTTCGGC GCCATGCGCG CCGGGCGTAT CCGTGTGGTA
AGTACTACCG AAGGCGCGGG TGTGCGTGTG GGGGCCTCGC AGATTCTGGG CACCGAAGGG
GTCGACATCA GCTCGGCCGG GGGCCTGCAT GTCAGCGGCA GTGGCGACCG CCCGACCGAG
CTGCGCAGCG AGCGTGGCGT ACTGAAACTC ACCGCTGCCG ATGACCTGAT GCTTGAAACG
GTTGACGGCC AGGCCCCGCG GATCGAAGCA AGGGCTGGCA AGAAGCTCAC CCTGGACGCC
AAGACAATCG AGCACATCAA GCACGACAGT GACAGCTGGA ACAAGAAGTT CTGGTTCGTC
ACCCGTGAAA CCTACAACCG CAAGACCACC ACCACCCACA AGCAACAACA GGGCAGTCAA
TTGCTGGGCA CTGAGAGCGT GCTGTTGCAG TCCGGCGACG ACATGCGCAT GACCGCCGCG
AAGGTGGACG CCGGTAACGA GCTGACGGTC GACAGCGGTG CCGGCCTGGA CATCCTCGCC
GGCATCGACA GCAAACGCAC CGAACAGCAG GTGCGTCATC GCAAGGATTT ATGGCGCGGT
GACAGCGATA GCGACCAGCT CAAGGAAACC GCAAAGGGCA GTACCCTGAG CGCCGGGCAC
ATGTCGATAA AGGCAAGCGA CAACCTCAAC GTACAGGGCA GCAGCCTGCA CAGCCGCAGC
GATCTGGCTA TCCAGGCGAA ACAGGCCGAC ATCGGCACCA CCACCTTGCA GGAACACGGT
ACCCAACGCG ACTACCGAGG CGACCTGGTG TCCGGCACAT TCTTTGGTGA CCGCAAAGGT
AACGACACTG AGGGCCAGGT CGTCGCGGGC AGCACGATAA CCAGCGATGG CGAGCTCACT
GTGAGTGCCG ACCAGGTCAC CATCAAAGGC AGCACCGTGT TCGGTAAACA GGACGCGGTG
CTCTACAGCG AGAACGGTTC GCTGGCCATC GAGGCAGACC ATGGCAGCAC GACCTCCACC
CAGCGCACCA GCGACAGTAA ACTGTTCGGC CTGATCGGCA GCAAGCACGA AAGCACGGAC
CGCAAACAGC AGGTACTGGT CAGCGACGTC AGCTCGACCA GCAACCTGCG CCTGGCCAGC
GCCGAAGAGA TGCGTATTCA GGGCGCCAAG GTCGAAGCTG GCAAGCATCT GCAAGTCGAG
GCCAAAGGCG ACCTGTTGAT TGGCAGTGCG CAATCGGTCG ATGAACGCGA AACCCGCGAC
CAACAACGGG GTTTCACGGC CAACGCCAGA CAGACCCAGG AAGCCGAGGA TGGCAAGCCC
GAGTCTCGCC AGTACGCGGC TGGCGTGGCG TATGAGGTCG TGACCAGCAC CAGCAAGCAG
CGCACGACCA ACCAGGTTGC CAGTGAGCTC AAGGGCGCCT CGGTGGGCAT GAACAGCAGC
GCGCACCTGC AGGTCAACGG CAGCAAGGTC CAGGCCACTG CCGGCGATCT CGATGTGCAG
GCGCGGGAAG TGACACTGGG GGCGACCCGC AACGACCGTG ACGTAGCCAC CAGCACCACC
GAAAGTGGTG GCGGGTTGAC AGTAACCGGT GGCATCGACC GCCTGGGCAG CTTGTTCGAA
GGCCATCACA ACCGCGAGGT GCAAGCCGAT CGCGACAGCA AGGTGCAGCG CAGCGAGTTG
CAGGCCAGCG GCGATCTGAA ATTGCGCAGT GATGCACTGC TCACCGAGGC CGCGCACGTC
GAGGCCGGCA ACACCCTGCA GGTGACCGCC AAACGCATCG ACAACCGTGC AGCTCAGGAT
ACCCATGAAC ATGAACAAAG CCGTGACGAC TGGTCGGGTA GCCTGGGCGC CAGTATCGAA
TACCGCGACC TGACCCGCCC TATCGAACGC CTGGTGCTGG GTGAGGAAGC CCCGCGCTTC
CAGCAAGCTT CGCCCGAAGA CGCCATGGCA CCTCCCAGCG TGGGGGCCGA CATGACGGTC
GAACACCTCA AGCGCCTGGA AAACCAGCGC CGTGGAATTG CTCAGGTCAG CGAGTTGTCC
GCAGCAAAGG TCGAGGTCAA GGCTGACACA CTGGCCGACC AGGGCACAGC CTGGCGGGCC
AATGCCGGCT CGCTGAAAAT CGAGGCGCAG CAGCATCAGG TGAGCGCCGC CGAAAATACC
CAGGAAACCA CCGTTCAACG CCTGGCCTAT GGTGGCGATG CGCGCCTGGA CACCAGCACC
GGCGAAGACC TGAATGTACG CGCCGCCGGC AAAGGGGGGT CGCTGGATAA AAAGGATACC
GCCAGCACCG CCGTGCCCGG CAGCCTTTAC GGGCAACAGG GTATCCAGGT ACAGCTGGGC
AGCGATGGCC GCTACGAAGG GGCCCGCATC GATGGCGGCG AAGGCAGCGT GGTCATGCAC
AGTGCAGGGT CGCTCGCCCT ACCCCAGGCG ACCGACAAGG CCGAACAGCA GTCACGCCAG
CTCGATGGCA ATGCCTGGGC CAAAGTCGGC AACCGCCCGG GCAGCACCGG TGTCGATGGC
CGGGGGTATC TGGACCATGG CCAAAAGCTG AGCACGCAGG GCAAGGCACA AGTGGCACAA
ATCGACGCCA AGGGCGAGGT AAAGCTGACC AGCACAGGCG ACCTGTTGCT CGAAGGCACG
CGCATTGGTA GCCGCGAGGC CAAGGCCGGC GACATACAGG TGCAAAGTGG CGGCCAGTTG
CAGGTCAAGG CGGCCAGCAA CACCCAGCAG GCCACAGGCA GCAACCTGGG TGGCGGCATG
GAGCTGGCGG CCAAGGCTGG CCAGACCCAG GGGGGAGCCA TAGGCGGCCA CTTCAGCCAC
GGCAAGCAGG ACGAACATGC ACGTCAGGCG GTCGATGCCC AGTTTGCCAG CAACGGCACA
CTGACCCTGA CCAGCAGCGC CCGCGAGGAC ATCGCCCTGC ACCTGCAAGG CCTGCAGGCC
TCGGCCGAAC AGATCACCCT CGACGCCTCG AATGGCGGCA TGCTGGTTGA AGCCTCTTCC
AGCCAGGAGC GACGCGACAA CCTCGACATC TCGGCCGGCG CCGGTTTCAA CATGGCCAAG
GGCGCCTTGG ACACCCGCGG CCTGCATGGC CGGCTCAAGG TAGAGCTCGA CAAGCGCGAT
AACCTCACCT GGAATACCAG TGACCTGCGC GCCGAGCGCA TCGACCTGCA AAGCCGCGGC
GATACCCGCA TCGAGAGTGC CACCCTGGAT GCAGGGCATA TTGGCGGCAC AATCGACGGT
GACCTGCGCA TCGCCAGCCT CAAGGACAAC GTCAACACCC TGAGCGTGAA AGGCGATGTC
AGGCTGAGCC AGGAGAAAAA CCCGCAGGGC TATGTCAATG CGGCCAAATC GGTGGCAGGG
CCGCTGGGAG GCAAGGTCGA GAAAAAGGCC GGTTCGGCCC TGAGCAAGGC AGACCCAGGG
TTCTCGCCGA CCGTCAGCCT CGACGTGTCG CATGCACAGC GTGACAATGT GGCGCGTCAG
ACCACGCTTA AAAGCAGCGA CGGCATCGAC CTGCAGGTCG GTGGCAACGC TCATCTGGTG
GGGGCACGCT TACAGTCGGC CAAAGGCGAC GTGAGGCTCG ACGCCAACTC GGTCACCCAG
GAAACGCTAA GCGGCAATGA CTATCGCCGA GACCTGTCGT TGGATGCGTC CAACTCACCG
GTGGATCTGG GCACGGCAAT CGCCGAGATA GCCAAAAGCA AAATGGCGGC GGATGGGGAA
AATGCGCTGG ACCTGGGCGT GTTGAGAACC AGTGGGCATA GTCGCAGCGA GCAATGGGTT
TCGAGCATGC AAGGGAAGAA GCACTAA
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| Protein sequence | MQTLSQLPPV RPDTLRWAIF LAVLGPSAAL AQTGLEAASG PGGTPVIHNG HGVPVIDIVP
PNATGLSHNQ FIDYNVATPG LVLNNATAAG QSQLAGALAA NPQFQGQAAS TILNEVISRN
ASLIEGPQEI FGRPADYILA NPNGITLNGG SFINTTRAGF VVGTPQFEEQ QLRYLDTLTA
SGTLQVLEYG QGNAGGALEL IAPRVDSKGL LMASETLDIT VGRNRIDSRS GEVVEHLPSP
STSIDASLFG AMRAGRIRVV STTEGAGVRV GASQILGTEG VDISSAGGLH VSGSGDRPTE
LRSERGVLKL TAADDLMLET VDGQAPRIEA RAGKKLTLDA KTIEHIKHDS DSWNKKFWFV
TRETYNRKTT TTHKQQQGSQ LLGTESVLLQ SGDDMRMTAA KVDAGNELTV DSGAGLDILA
GIDSKRTEQQ VRHRKDLWRG DSDSDQLKET AKGSTLSAGH MSIKASDNLN VQGSSLHSRS
DLAIQAKQAD IGTTTLQEHG TQRDYRGDLV SGTFFGDRKG NDTEGQVVAG STITSDGELT
VSADQVTIKG STVFGKQDAV LYSENGSLAI EADHGSTTST QRTSDSKLFG LIGSKHESTD
RKQQVLVSDV SSTSNLRLAS AEEMRIQGAK VEAGKHLQVE AKGDLLIGSA QSVDERETRD
QQRGFTANAR QTQEAEDGKP ESRQYAAGVA YEVVTSTSKQ RTTNQVASEL KGASVGMNSS
AHLQVNGSKV QATAGDLDVQ AREVTLGATR NDRDVATSTT ESGGGLTVTG GIDRLGSLFE
GHHNREVQAD RDSKVQRSEL QASGDLKLRS DALLTEAAHV EAGNTLQVTA KRIDNRAAQD
THEHEQSRDD WSGSLGASIE YRDLTRPIER LVLGEEAPRF QQASPEDAMA PPSVGADMTV
EHLKRLENQR RGIAQVSELS AAKVEVKADT LADQGTAWRA NAGSLKIEAQ QHQVSAAENT
QETTVQRLAY GGDARLDTST GEDLNVRAAG KGGSLDKKDT ASTAVPGSLY GQQGIQVQLG
SDGRYEGARI DGGEGSVVMH SAGSLALPQA TDKAEQQSRQ LDGNAWAKVG NRPGSTGVDG
RGYLDHGQKL STQGKAQVAQ IDAKGEVKLT STGDLLLEGT RIGSREAKAG DIQVQSGGQL
QVKAASNTQQ ATGSNLGGGM ELAAKAGQTQ GGAIGGHFSH GKQDEHARQA VDAQFASNGT
LTLTSSARED IALHLQGLQA SAEQITLDAS NGGMLVEASS SQERRDNLDI SAGAGFNMAK
GALDTRGLHG RLKVELDKRD NLTWNTSDLR AERIDLQSRG DTRIESATLD AGHIGGTIDG
DLRIASLKDN VNTLSVKGDV RLSQEKNPQG YVNAAKSVAG PLGGKVEKKA GSALSKADPG
FSPTVSLDVS HAQRDNVARQ TTLKSSDGID LQVGGNAHLV GARLQSAKGD VRLDANSVTQ
ETLSGNDYRR DLSLDASNSP VDLGTAIAEI AKSKMAADGE NALDLGVLRT SGHSRSEQWV
SSMQGKKH
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