| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SeAg_B3908 |
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| Symbol | |
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| ID | 6795367 |
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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 | Salmonella enterica subsp. enterica serovar Agona str. SL483 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011149 |
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| Strand | + |
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| Start bp | 3800753 |
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| End bp | 3805171 |
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| Gene Length | 4419 bp |
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| Protein Length | 1472 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 642778028 |
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| Product | putative autotransporter |
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| Protein accession | YP_002148623 |
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| Protein GI | 197248710 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport
[W] Extracellular structures |
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| COG ID | [COG5295] Autotransporter adhesin |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGAACAGAA TATTTAGAGT CCTCTGGAAT GCCGCTACGG GAACATTTGT TGTCACCAGC
GAAACCGCAA AAAGCCGCGG CAAAAAAAGC GGCCGCAGAA AGCTGGCGGT TTCCGCACTC
ATCAGTCTTA GCAGCATTAT GGTTTCTGCG GACGCACTGG CCAATGCTGG GAACGATACA
GGGAAAGGGA TCGGCACTGA GAATGGATGG ATAGCCATTG GCGAAGGCGC CGAAGCTGAT
TCAACAATAA CAACTAAAGA AAAGGTCGCA GAAGATCCGT CCAAAGGATA TGTAGCGGGT
GCCGGTATTG CAATAGGTTA CTATAGTAAG GCATCTGGGG CTTCCAGCAC TGCGTTGGGC
GGATATAGCC TTGCTGAGAG TATAGGCTCA GTGGCGCTAG GGGCAGGTGC ACATACCACT
TCTACGGCTA AATACTCTAT GGCAGTAGGT ACAAACGCAG TTGCCTCAAA TCTTTACGCC
ATCGCACTGG GAACAAATGC AAATGCCTCA GGGAAAAATT CAATAGCGCT TGGACGCGAT
ACCGTATCAT CAGCAGAAAG AAGCCTGACG GTAGGATTAG GGGCGAATGC CGCATCTCTG
GATAGCATGG CTTTCGGTTA CAATACATCC GTAACGTCAG ATGCGGCAAA TGGCATTGCC
TTCGGTAGTG GGGCGGTAAC CTCTGCAAAA AATTCCGTCG CGATAGGGAG CAATTCTACA
GCGACCGAAG AAAACGTAGT TTCTGTAGGG AGTGATGCCC TAAAGCGCAA AATTGTCAAC
GTTGGTAACG GAGCCATATC AGAAAGCAGC ACCGACGCCG TTAACGGCTC TCAGCTATTT
GCAACCAACG CCAATGTGAC GCAGAACACC ACTGATATTG CTGCCAATAC CGACAGCATT
AACCAAAACA CAACCGATAT CGCCACCAAC ACCACCAATA TCAACAGCCT GAGCGACTCC
GTCACCACGC TCACCGACGA TGCCCTGTTG TGGGATGCAG CCTCTGGCGC ATTCAGCGCT
AAGCACAACG GAAGCGACAG CAAGTTAACC AATCTGGCGG CGGGTACCCT GGCCGCAGAC
AGCACCGACG CCGTTAACGG CTCTCAGTTG TTTGATACAA ATGAGAAAGT GGATAAGAAC
ACTGCTGATA TCGCCACCAA TACCGACAGC ATCAACCAAA ACACTGCCGA TATTACCGCT
AATACCGACA GCATTAACCA GAACACAACC GATATCGCCG CCAATACGAC CAGCATCAAT
CAGAACACCA CTGATATTGC CACCAACACT ACCAATATCA ACAATCTGAG CGATTCCATC
ACCGGCCTTA CCGATGATGC CCTGCTTTGG GATGCTGACA CTGGCGCATT CAGCGCTAAG
CACAACGGAA GCGACAGTAA AATCACCAAT CTGGCGGCGG GTACCCTGGC CGCTGACAGC
ACCGACGCCG TTAACGGCTC TCAGTTGTTT GCCACCAATG AAAATGTGTC TCAGAACACA
ACCGATATCG CCGCCAATAC CGACAGCATT AACCAAAACA CCACTGATAT TGCCACCAAC
ACTACCAATA TCAACAATCT GAGCGATTCC ATCACCGGCC TTACCGATGA TGCCCTGCTT
TGGGATGCTG ACACTGGCGC ATTCAGCGCT AAGCACAACG GAAGCGACAG TAAAATCACC
AATCTGGCGG CGGGTACCCT GGCCGCTGAC AGCACCGACG CCGTTAACGG CTCACAATTG
TTTGCCACCA ATGAAAATGT GTCTCAGAAC ACCACTGATA TCGCTGCCAA TACAACCAGC
ATCAATCAGA ACACCACTGA TATCGCCACC AACACCACCA GTATCAACAA CCTGAGCAAC
TCAGTTACCA CGCTCACCGA CGATGCACTG CTATGGGATG CAGTCTCTGG CGCATTCAGC
GCTAACCGCA ACGGAAGCGC CAGTAAAATC ATCAATGTCG CCGCCGGGGA CCTTTCTGAG
GACAGTACAG ACGCGGTGAA CGGCTCCCAG TTGTATGAAA CCAACCAGAG GGTGGATCAA
AACACCTCTG CTATCGCAGA TATTAATACG TCCATCACCA ATCTTAGCTC TGACAATCTG
AGCTGGAATG AAACAACAAG TTCGTTCTCT GCCAGCCACG GAAGTAGTAC GACAAACAAA
ATCACCAACG TTGCTGCCGG AGAGCTGTCT GAAGAAAGTA CCGACGCGGT TAACGGCTCG
CAGCTGTTCG AAACCAATGA AAAAGTGGAT CAGAACACGA CCGATATCGC CGCCAATACC
ACTAACATCA CTCAGAACAG CACCGCGATT GAGAACCTGA ATACTTCTGT CTCCGACATT
AATACGTCCA TTACCGGCCT CACTGATAAC GCTCTGTTAT GGGACGAAGA CATCGGCGCT
TTCAGCGCAA ACCACGGTGG AAGCACCAGT AAAATAACCA ATGTCGCCGC CGGGGCGCTT
TCTGAGGACA GTACAGACGC GGTAAACGGC TCACAGTTGT ATGAAACCAA CCAGAAGGTG
GATCAAAACA CCTCTGCTAT CGCGGATATC AATACGTCCA TCACCAATCT TGGTACCGAT
GCACTGAGCT GGGATGACGA AGAGGGTGCG TTCAGCGCCA GCCACGGTAC CAGCGGTACC
AATAAGATAA CCAATGTAGC AGCAGGTGAA ATCGCCAGTG ACAGTACTGA CGCTGTTAAT
GGCTCTCAGC TCTATGAAAC TAACATGCTG ATTTCTCAGT ATAATGAATC TATTAGCCAA
CTAGCCGGCG ATACCAGCGA AACCTATATC ACGGAAAATG GTACCGGCGT GAAATACATC
CGTACGAATG ATAACGGGCT TGAAGGCCAG GATGCATACG CAACGGGTAA CGGCGCAACG
GCAGTAGGTT ACGACGCCGT CGCCTCTGGC GCTGGCAGCC TGGCTCTTGG CCAAAACAGC
AGCAGCACCA TTGATGGCAG TATCGCTTTG GGCAGTGGCT CCACCTCTAA CCGCGCTATT
ACAACCGGTA TACGAGAAAC GAGCGTAACA AGCGATGGCG TCGTCATTGG CTACAATACA
ACAGACAGAG AGTTGCTGGG CGCGTTGTCA TTGGGGACGG ATGGAGAAAG CTATCGTCAA
ATTACCAACG TTGCTGACGG CTCTGAAGCG CAAGATGCGG TAACAGTTCG TCAGTTACAA
AATGCCATTG GTGCGGTCAC TACTACACCG ACCAAGTACT ACCACGCAAA CTCAACGGAA
GAAGATTCAC TGGCTGTCGG AACTGACTCA CTGGCAATGG GTGCGAAGAC CATCGTCAAT
GCTGATGCAG GTATTGGTAT TGGTCTGAAT ACACTGGTGA TGGCTGATGC CATCAACGGT
ATTGCTATCG GTTCTAACGC ACGCGCCAAT CATGCAAACA GTATTGCAAT GGGTAATGGT
TCTCAGACCA CTCGCGGCGC ACAGACTGAC TACACCGCCT ACAACATGGA CACACCGCAG
AACTCTGTCG GTGAGTTCTC TGTCGGCAGT GAAGACGGCC AACGTCAGAT CACTAACGTC
GCGGCGGGTT CGGCAGATAC CGATGCCGTT AACGTTGGTC AATTGAAAGT CACCGACAGC
CGTGTTGCCG CGAATACCGA AAGCATCAAT AACCTGAACA CGCAGGTGAG TAGTCTTGAT
ACTCGCGTCA CCAATATTGA AAACGGTATT GGCGATATCG TCACTACCGG TAGCACCAAG
TACTTCAAGA CCAACACCGA TGGCGTAGAT GCAAATGCCC AGGGTGCGGA CAGCGTCGCG
ATTGGCTCTG GCTCTATTGC TGCCGCTGAA AACAGCGTGG CGTTAGGCAC AAATTCCGTC
GCAGATGAAG CTAATACTGT GTCTGTCGGC TCTTCTACTC AACAACGCCG TATTACCAAC
GTTGCCGCAG GGGTGAACAA CACTGACGCG GTTAATGTGG CGCAACTGAA AGCCTCAGAA
GCAGGCTCCG TGCGTTATGA AACCAATGCA GATGGCTCGG TTAACTATAG CGTGCTCAAC
CTGGGAGACG GGAGTGGCGG TACCACTCGG ATCGGCAATG TTTCAGCGGC GGTGAATGAT
ACGGATGCGG TTAACTATGC GCAATTGAAA CGCAGCGTCG AAGAAGCAAA CACCTATACC
GACCAGAAAA TGGGTGAAAT GAACAGCAAA ATCAAAGGTG TAGAAAACAA GATGAGCGGC
GGTATCGCTT CAGCGATGGC GATGGCCGGT CTGCCACAAG CCTACGCCCC GGGCGCCAAC
ATGACCTCGA TTGCTGGCGG TACGTTTAAT GGTGAAAGTG CCGTCGCCAT TGGGGTCTCC
ATGGTAAGTG AAAGCGGGGG CTGGGTGTAT AAATTGCAAG GAACCAGCAA CAGCCAGGGC
GATTACTCTG CGGCCATTGG CGCGGGCTTC CAGTGGTAA
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| Protein sequence | MNRIFRVLWN AATGTFVVTS ETAKSRGKKS GRRKLAVSAL ISLSSIMVSA DALANAGNDT
GKGIGTENGW IAIGEGAEAD STITTKEKVA EDPSKGYVAG AGIAIGYYSK ASGASSTALG
GYSLAESIGS VALGAGAHTT STAKYSMAVG TNAVASNLYA IALGTNANAS GKNSIALGRD
TVSSAERSLT VGLGANAASL DSMAFGYNTS VTSDAANGIA FGSGAVTSAK NSVAIGSNST
ATEENVVSVG SDALKRKIVN VGNGAISESS TDAVNGSQLF ATNANVTQNT TDIAANTDSI
NQNTTDIATN TTNINSLSDS VTTLTDDALL WDAASGAFSA KHNGSDSKLT NLAAGTLAAD
STDAVNGSQL FDTNEKVDKN TADIATNTDS INQNTADITA NTDSINQNTT DIAANTTSIN
QNTTDIATNT TNINNLSDSI TGLTDDALLW DADTGAFSAK HNGSDSKITN LAAGTLAADS
TDAVNGSQLF ATNENVSQNT TDIAANTDSI NQNTTDIATN TTNINNLSDS ITGLTDDALL
WDADTGAFSA KHNGSDSKIT NLAAGTLAAD STDAVNGSQL FATNENVSQN TTDIAANTTS
INQNTTDIAT NTTSINNLSN SVTTLTDDAL LWDAVSGAFS ANRNGSASKI INVAAGDLSE
DSTDAVNGSQ LYETNQRVDQ NTSAIADINT SITNLSSDNL SWNETTSSFS ASHGSSTTNK
ITNVAAGELS EESTDAVNGS QLFETNEKVD QNTTDIAANT TNITQNSTAI ENLNTSVSDI
NTSITGLTDN ALLWDEDIGA FSANHGGSTS KITNVAAGAL SEDSTDAVNG SQLYETNQKV
DQNTSAIADI NTSITNLGTD ALSWDDEEGA FSASHGTSGT NKITNVAAGE IASDSTDAVN
GSQLYETNML ISQYNESISQ LAGDTSETYI TENGTGVKYI RTNDNGLEGQ DAYATGNGAT
AVGYDAVASG AGSLALGQNS SSTIDGSIAL GSGSTSNRAI TTGIRETSVT SDGVVIGYNT
TDRELLGALS LGTDGESYRQ ITNVADGSEA QDAVTVRQLQ NAIGAVTTTP TKYYHANSTE
EDSLAVGTDS LAMGAKTIVN ADAGIGIGLN TLVMADAING IAIGSNARAN HANSIAMGNG
SQTTRGAQTD YTAYNMDTPQ NSVGEFSVGS EDGQRQITNV AAGSADTDAV NVGQLKVTDS
RVAANTESIN NLNTQVSSLD TRVTNIENGI GDIVTTGSTK YFKTNTDGVD ANAQGADSVA
IGSGSIAAAE NSVALGTNSV ADEANTVSVG SSTQQRRITN VAAGVNNTDA VNVAQLKASE
AGSVRYETNA DGSVNYSVLN LGDGSGGTTR IGNVSAAVND TDAVNYAQLK RSVEEANTYT
DQKMGEMNSK IKGVENKMSG GIASAMAMAG LPQAYAPGAN MTSIAGGTFN GESAVAIGVS
MVSESGGWVY KLQGTSNSQG DYSAAIGAGF QW
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