| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spro_3913 |
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| Symbol | |
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| ID | 5604450 |
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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 | 4331809 |
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| End bp | 4335084 |
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| Gene Length | 3276 bp |
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| Protein Length | 1091 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 640939473 |
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| Product | outer membrane autotransporter |
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| Protein accession | YP_001480136 |
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| Protein GI | 157372147 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4625] Uncharacterized protein with a C-terminal OMP (outer membrane protein) domain |
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| TIGRFAM ID | [TIGR01414] outer membrane autotransporter barrel domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 32 |
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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 | ATGAAAAGGT TGGCTATCGC AATCATTGCG GCTTTACCCT TCTGTTCCGC GCAGGCGGTT
GAGAGTTATG AAGTCCGCAA TCACAGCGGA CAAACGGTAT TTAAACTGAA TTTTTACGCT
CCCCCCGACG GCAGTTATTT TACGGATGAG GATGGGCCTC AGCGCTCATC CTGGACACTG
GATGCCGGAC AAAAGGCCCA GGTGATCAGT GCGGCGCAGC GCTGGGCCGA TATCATTAAA
CCCAAGCCCG GCGAATTGCC CGGGGTGATC AATATCGGTA CTTTTGATGA ACAGAATGCC
GGAGCATTGA GCCCTGATGT TAGCGAAGCC CCTTTCAGCC TGACCCAACT TCAGGCGGTA
TTGCAAGGCC AGGATGCGGG TGAGTTGGAC AGTGGTGCTC ACGCCTTCGT CAGCATCGGT
AAACTGAACT TTACCCCGGT ACAGGCCGCG CCTGCGCAGG TCCCGACCGA TTCCCGCTTT
GATCTGGAAG TCACCCTATT TCATGAGCTT GCCCATGCGT TAGGGATTAG CACCAGCGCC
GGCGTGCCGG ATGATGGCGT GACCCAGTTC GGTCCGACGC AGGGCAGCTG GACATCACAC
CTGTTTGACG ACAACGGTAA TCCGGCACGG CCAGGGCAGG CTATTTTATG CAAAGGATGC
GAGGGGCCGG ACGATCCTTC AGGCTTTGAC GTGCGCAAAG ACCAGGGCTA TTTTGCCGGC
AGTCACGTCA AAGAGGTGCT GGCCGGTGCT ATGCCGGGAG TTCCTGTGCG AATCCTCTTT
GAGGATGGCA GTCTGGATGA TGATTACATG TCCCACAGTG AGCTGGACCG CAGTCTGATG
AGCCATCAAG ACTACCGCAA CTACACCTCC ATGATGGAAG CCGAACTGGC GGTGTTGCAA
GACATGGGAT ACGACATCGA TCGCCGTAAC TTCTTTGGTC GCTCTGTGTA CGGCAGTGGC
CTGGATGTGG TTAATCAGCT GGGGTATTTC GCGCGCAATG CCGCAGGAAC TGCGTATCTC
GACGGCCAGG CCAATACCGC CGCCCGTGGT GTCGGGTTGC ACATTTACGG CAGTAATAAC
CGGGTGGAGC AACGCGGTGA CTTACTGGCC GACGGCGTTG CCGCCGCCGG TATTCGGGTT
GACGGTGCGG GCAATACTCT GACCATCGCA CCGGGTACCC GGGTGCAGGC CAACGGTGAT
TACGGCACCG GTTTATTGGT GGCCTACGGA GATAACCACA GGATTATCCA GCGCGGCAGC
CTGGAGGCGA CCGGCAAAGA AGGCGTCGCC GCCCGGTTGG ATTTCGGCAA CAACCTGCTG
GGCAATGAGA GTGAATATCG GGGTTCATAT ATTTGGCTGG TGGGTGGCAC CGATCAGTCC
GAAGACATGG CAGGACCATT GGTGTCCAGT TTCGATATCA CCGGCTCGTT AAAGGGGGCC
AAAGCGGCTA TTTACCAGTC GGTGAATGCG CTGGCCGGCG CGATTAACGT GATGCGCGGC
GCCGATATTC AGGGTGATAT TATTTCTGAT TATGCGCAAT GGGACGAAAA TAATCAGGCG
CGGCTCACCC GCTTAACCTT CGGTCTGCAA CCGGATGGGT TGGGGCAGGT GACCGCGCTG
GCGGATAGCG GTTTCGACTT CACCTATAAC GGCAACATTC GCGGTAAGGA TAATTTGGCT
CTGGTGGCCG AGGGGGGCAA AACCACCCTG AATGGCGAGC ATCAGGTGTA TAGCGTGGAT
ATTGAGCCGG GGGCCCAGTT GGCAGGCAAT AGCCGTTATG CGCTGTCGGA TGCCGGGTTG
TTCACCAATA ATGGCTTGCT GACGACCGGT TCACCTTTTG GCCAGGTTGC TATCATTGGT
GATTACCAGC AGGGGCCACA GGGGCGTTTG CAACTGATGT TCGACAGCCT GGGGCGCGGA
GATCAGGTGT CAATCAGTGG CACATCCAGT TTGGACGGTG CCCTGACGCT GATGCCGGTA
AAAGGCTGGT ATGCCTCAGA CTGGCAGTTG AACAGCGCTT CGCTGCTGCA ACTGGGACAG
GTCAGCGGCG AGTTCGATCA AGTCAGCGTG CAGACGCAGT CACCGACGCT GAGTTTCAGT
ACAGCGCCAT TGGCGGCTGG AGAATATCAA ATCAGTGCGA TCCGTGGTGC ATCTGCCTAT
AGCCAGTATG CGCAAAGTGC TAATGAGCGA AACATCGGGC TGGCGTTGGC CCGTGCGGCG
GCGACGGCGG GTAATGATAT GCGACCGTTG CTGACCGCGC TGGATTTTTC CACCCCTGAT
GGCAAGCAGG TGAGCGGCGC TTTGGCGCAG CTGGAGCCGT CGGCCTATAA CAGCCTGATT
CAGGCGTCAT TCGATCGCGA ACGCCAATTA ACCCGAGCGT TGACGGCACC GGAACGCAAT
CTGACGTTGT CCCCGACCGG CGACGAGCAG GATTGGATCA GTTTTGCCCT GCCTTACGGC
GGTGGCACCT GGCAGCATAA TGCGGGCAAT ATCACCGGTT ACAACGCATC GCGTTATGGC
GTGCTGTTCG GCGCAGAGAA ACGCAATGTC CTGGTGCCGG GGCTGACAAC CGGCTTCCAC
GCTGCGGTTG GTGGGCAAAC GGTCAATGCC AAAAGCGCCG ATCGGGCGCG TGCACACAGC
ACGTCATTTG ATGTCGGTCT GCAGTTCAGC TTCGCGCAGG ATCCCATGGC CGGGCCGTTT
GCCTATGGCC TGGGGCGTGT AGGCGCGGAG GATAATCATA TGAAGCGTCA GTTTGATGTT
GCCGGCGTGA GCGGTACCAG CAAGAGCGAC TGGACGTCGT GGAATGGTTC ATTAGCCCTG
GGCGGTGGCT ATCATTTTGC GTTAACCGAG TCGTTTAGCT TCGGCCCGTT GGCGGCACTG
GATTATACCG CCAGCAGGCA TCGTACAATT AAAGAGTCCG GGTCTGGTAC CTTGCCGATG
CAGATTAAAG GGCATTATGC CGATTCACTG CAAAGCACGC TGGGCGTGGA AGCGTTGTAC
CAGGGGCCAC AGGCTTTGTC CGCCACCCTG CGCCTTGGCT GGCAGCATGA GCTGCTGAGC
AACAATGTCA CTCAGCGTGC TCAATTCGTC GGTTATGACG CCTCTGCTTT TGATAGCAAG
AGCACGTTGG CCGGTCGTGA TGGATTGGCC GCGCAGGCGG GTGTGCAATA TCAGCTGAAC
AAAGATGTTT CCTTGGGAGC CGGGCTTTCC AGCGAGCTGT TCCGTCAGGG CAGCAATTCG
TTAGAGGGCA ACATGTCCGT GACCTGGCGG TTCTGA
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| Protein sequence | MKRLAIAIIA ALPFCSAQAV ESYEVRNHSG QTVFKLNFYA PPDGSYFTDE DGPQRSSWTL
DAGQKAQVIS AAQRWADIIK PKPGELPGVI NIGTFDEQNA GALSPDVSEA PFSLTQLQAV
LQGQDAGELD SGAHAFVSIG KLNFTPVQAA PAQVPTDSRF DLEVTLFHEL AHALGISTSA
GVPDDGVTQF GPTQGSWTSH LFDDNGNPAR PGQAILCKGC EGPDDPSGFD VRKDQGYFAG
SHVKEVLAGA MPGVPVRILF EDGSLDDDYM SHSELDRSLM SHQDYRNYTS MMEAELAVLQ
DMGYDIDRRN FFGRSVYGSG LDVVNQLGYF ARNAAGTAYL DGQANTAARG VGLHIYGSNN
RVEQRGDLLA DGVAAAGIRV DGAGNTLTIA PGTRVQANGD YGTGLLVAYG DNHRIIQRGS
LEATGKEGVA ARLDFGNNLL GNESEYRGSY IWLVGGTDQS EDMAGPLVSS FDITGSLKGA
KAAIYQSVNA LAGAINVMRG ADIQGDIISD YAQWDENNQA RLTRLTFGLQ PDGLGQVTAL
ADSGFDFTYN GNIRGKDNLA LVAEGGKTTL NGEHQVYSVD IEPGAQLAGN SRYALSDAGL
FTNNGLLTTG SPFGQVAIIG DYQQGPQGRL QLMFDSLGRG DQVSISGTSS LDGALTLMPV
KGWYASDWQL NSASLLQLGQ VSGEFDQVSV QTQSPTLSFS TAPLAAGEYQ ISAIRGASAY
SQYAQSANER NIGLALARAA ATAGNDMRPL LTALDFSTPD GKQVSGALAQ LEPSAYNSLI
QASFDRERQL TRALTAPERN LTLSPTGDEQ DWISFALPYG GGTWQHNAGN ITGYNASRYG
VLFGAEKRNV LVPGLTTGFH AAVGGQTVNA KSADRARAHS TSFDVGLQFS FAQDPMAGPF
AYGLGRVGAE DNHMKRQFDV AGVSGTSKSD WTSWNGSLAL GGGYHFALTE SFSFGPLAAL
DYTASRHRTI KESGSGTLPM QIKGHYADSL QSTLGVEALY QGPQALSATL RLGWQHELLS
NNVTQRAQFV GYDASAFDSK STLAGRDGLA AQAGVQYQLN KDVSLGAGLS SELFRQGSNS
LEGNMSVTWR F
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