| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spro_3035 |
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| Symbol | |
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| ID | 5604110 |
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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 | Serratia proteamaculans 568 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009832 |
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| Strand | + |
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| Start bp | 3342282 |
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| End bp | 3345308 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 640938576 |
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| Product | outer membrane autotransporter |
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| Protein accession | YP_001479264 |
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| Protein GI | 157371275 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01414] outer membrane autotransporter barrel domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.935795 |
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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 | 26 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCTCTT TTGCCCCTTC ATTTTTCTCC CGCGGCTGTT TGTTAGCCCT GGCGACCACC
GGAGGTTTTT CCGCCGTCGT CAATGCAGCC TCACCCTGGC GCGTCGTTGA TGGTTCAACA
CTGGACGTTA CCCACGGCTA TACCGGTACA ACGGCCGGTG ATTACCCTCT GTTTAGCTCC
GGTGACGGCA GCCTGTTGCA AACGTCACTG ACCGGGCTGA GTTTTAGTAC GACCGGCAAT
TCGCTTTATG CGGCGAATAT CCGCGCCGGG GGCAGTGCCC GCCTGGACGG AACCTTGTTA
ACGACAAACG GCATACAAGC ACATGCCGTC AATGTTGATG GCGGGAATTT AGTGATGAAC
AGCGGCAATA TTACCGTCGC CGGCAGTTAC AGTGCCGGCG TTTTTGGCCG CAACGGGGCC
CAGCTATCAC TGAATAATTT GGAAATTTCA GCCAACGGCC CTCGCAGTGG CGGCGTCACC
CTAACGGACG GCACATTAAC AATGAGCCAT TCAACTATTG TTGCCACCGA TGCAAACCGT
AAAGGTATTT CCCTGACCAG TTCAAATGCA GAATTCGCCC ATGCCACGTT AGAAAACGTT
AATATTTTTC TACGCGGAAC CGGAGTCCAG GCGGCGTTGG AAGTGAGTAA TGGAAGGGTC
GAAGGGAATG CCGTTAATAT TTCAACCAAC GGGGAGAATC GGGGTGTAGA AATCTATAAC
AGCGACGGGG GGCGGGGTAG CGTTTTATTG AATAACAGTA ATATCAGCAC CCAGAAAGGG
GATGGGATCT ACATATTGAA CGGTCAAGTC ATGCTTGATA ACACCACCGT CAACACGCAG
GGAGGGATGG CCGTCAATCT CAATGTCGCG GCCCAGGCCT CGATTCGGGG CGGCAGCTTT
ACCACACAAA GCAACTATAG AGATGCACTG TGGATAGCGA CGGCAGACTC TTCAGCTGAC
GTCACCGGCG CGACCTTCAC TACCCACGGC GTTGGCTCGC ACGCCTTCAA TGCGCATTTT
GGCCCGGCCA CATTGACAGA CAGCAGCTTA AACACCTCCG GCACCGGCGG CTACGGGTTG
TACAGCGAAT CCAGGGTACA AGGCAATAAT CTGCACATCA CCACACTCGG CAGGCGTAGC
ATCGGTGTCT TTGCAGCCCG TGGCGGTATC ATTAACCTTG ATAACGCACG CATTGAAACT
GCCGACAGCG ACAGCTCCGG ATTATTGGTC TATCCCGGTT CGGTCATTAA CGGCAATGGG
CTGTCGGTCA CCACGGCAGG ACAAGACAGC CACGCACTGT GGGCGCTAAC CGGCACGTTG
AATATCAGCA ACAGCACGCT GACTACACAA GGTAATGCCG CCGGACTCTA CATCCGCAAT
ACTTCCAGCG GCGGCGTCAG TAACGTCGTA TTGGATAACG TCATGTTGTC CAGCGGCCTG
GGTCCGGCGA TAAAAACCAA CGGCGCAGCG CTAAAACTGA CGATAAAAAA CGGTTCGCAG
CTCACCGCCG GCAATGGCGT TTTACTGGAG AATCTGGCCG GTAGCGGCGT TGATCCAAAT
GACAGCCGGG TTGTGGATTT GATTGCCGAC AATCGGGTGG TGCTCAACGG GGATATCCGT
TCTGCCGTTG AAAACCCGGT TGATGTGGCG TTGAGTCGGG CCACATTGCT CAATGGCGCC
GTCAACGGGG TCAACCGTCT GAACCTGAGC GATTCCAGCC GGTGGACAGT GACCCATGAC
TCCACACTGA GGGCGCTAAA CAACGACGGC CAGGTCGTCT TTCGTCACGC TGACGGTGCC
TTCCAGACCT TATCGCTGGA TTCACTGTCG GGGAACGGCG CCTTTGTCAT GAATACGGAT
TTAGCGGCGT TAACCGGTGA TTTAATTACC GTCAGCGGGG AAGCTAACGG GGAACATCTG
TTGATGATCA AAAACAGTGG CCGGGAACCC GACATTACGG ACAGCGCTTT AACCCTGGTA
ACGACCGGTA GCGGCAAGAG TCACTTTGCG CTGAACAACG GTGCCGTGGA CGCCGGGACC
TATCAGTATG AATTGCAACA ACGCGACAAT GATTGGGTAC TGGCGCAAAA ATATGATGCC
GAAGAAAAAC CGGTAGTGAC GCCTGTCACC CACACCGCGC TGGGTTTGTT CAATGCCACG
CCGACTCTCT GGTATGGCGA GCTGACCGGC CTTCGAACCC GTATGGGTGA GGTGCGACAG
GGAAAACAAC GGGGTGGCGC CTGGGTTCGC ACACTGGGGA GCCGCTATCA GGTGAATGAT
CGCGCAGGCC TTGGTTACCG CCAAACACAA TCAGGCATTT CCGTGGGTGT CGACAACGCA
CGCGACACCA ATAATGGCCA ATGGCTGACA GGGTTATTCA GTGGCGTGAG TCGCAATGCG
CTCGATTTCA GTCAGGGCAG CACTGGCACC ATCAATAGCT TCTTTATTGG TGGCTACAAT
ACCTGGCTAC TGGAATCGGG CTGGTTTGTC GATGCGCTAC TCAAAGCCAA TAATTTTAGT
AGCCATGCTG ATGTCCGAAT GACTGACGGG GAAAAAACCA GGGGCGGTTA CAACACGCCT
GGCTTTGGTC TGTCGCTGGA AGTCGGCCGC CAATTTGTGC TGGATAGCGG TTGGTTTGTT
GAACCCTCTT TGCAACTGGC TACGCTGTGG GTGAAGGGGC AATCCTATAC GTTCGACAAT
GGCTTGCAGG CCACCAGCGG CGTCGCCAAA TCCCAACAGG CAATCCTGAA TGGCGTTTTA
GGGCGAACGC TGCCTCTGGA GAATGGCATG ACGTTGCAAC CCTGGCTACG TATGGCCGCC
ATTCAGGAGT TCGTGAACTC CAACCCCGTC AGTATTAATG GGAACGGATT CAACAACGAT
TTGTCCGGTA CCCGGGGTGA GTACGGCATG GGGCTTTCCC TGCAGTTGAC CCCTGATGTC
CAGATGTATA CCGATGCAAG ATACAGTAAA GGGGACAAAA TTGAATCACC CTGGGGCGCT
AACCTCGGTG TCCGTTGGTC CTGGTAA
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| Protein sequence | MASFAPSFFS RGCLLALATT GGFSAVVNAA SPWRVVDGST LDVTHGYTGT TAGDYPLFSS
GDGSLLQTSL TGLSFSTTGN SLYAANIRAG GSARLDGTLL TTNGIQAHAV NVDGGNLVMN
SGNITVAGSY SAGVFGRNGA QLSLNNLEIS ANGPRSGGVT LTDGTLTMSH STIVATDANR
KGISLTSSNA EFAHATLENV NIFLRGTGVQ AALEVSNGRV EGNAVNISTN GENRGVEIYN
SDGGRGSVLL NNSNISTQKG DGIYILNGQV MLDNTTVNTQ GGMAVNLNVA AQASIRGGSF
TTQSNYRDAL WIATADSSAD VTGATFTTHG VGSHAFNAHF GPATLTDSSL NTSGTGGYGL
YSESRVQGNN LHITTLGRRS IGVFAARGGI INLDNARIET ADSDSSGLLV YPGSVINGNG
LSVTTAGQDS HALWALTGTL NISNSTLTTQ GNAAGLYIRN TSSGGVSNVV LDNVMLSSGL
GPAIKTNGAA LKLTIKNGSQ LTAGNGVLLE NLAGSGVDPN DSRVVDLIAD NRVVLNGDIR
SAVENPVDVA LSRATLLNGA VNGVNRLNLS DSSRWTVTHD STLRALNNDG QVVFRHADGA
FQTLSLDSLS GNGAFVMNTD LAALTGDLIT VSGEANGEHL LMIKNSGREP DITDSALTLV
TTGSGKSHFA LNNGAVDAGT YQYELQQRDN DWVLAQKYDA EEKPVVTPVT HTALGLFNAT
PTLWYGELTG LRTRMGEVRQ GKQRGGAWVR TLGSRYQVND RAGLGYRQTQ SGISVGVDNA
RDTNNGQWLT GLFSGVSRNA LDFSQGSTGT INSFFIGGYN TWLLESGWFV DALLKANNFS
SHADVRMTDG EKTRGGYNTP GFGLSLEVGR QFVLDSGWFV EPSLQLATLW VKGQSYTFDN
GLQATSGVAK SQQAILNGVL GRTLPLENGM TLQPWLRMAA IQEFVNSNPV SINGNGFNND
LSGTRGEYGM GLSLQLTPDV QMYTDARYSK GDKIESPWGA NLGVRWSW
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