| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_2219 |
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| Symbol | |
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| ID | 5112911 |
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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 | Enterobacter sp. 638 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009436 |
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| Strand | - |
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| Start bp | 2410224 |
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| End bp | 2413409 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 640492405 |
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| Product | fibronectin, type III domain-containing protein |
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| Protein accession | YP_001176944 |
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| Protein GI | 146311870 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4733] Phage-related protein, tail component |
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| TIGRFAM ID | |
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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 | 12 |
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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 | ATGGCTAATG CTACCGCGAT TAAAGGCCGC AAAGGCGGCA GTTCAAGTTC ACGAACCCCG
ACAGAACAGC CTGATGATCT TCAGTCTGTA GCGAAAGCAA AAATTCTTAT AGCGCTTGGA
GAGGGTGAGT TTGCCGGGCA ACTTACAGGC AGGGACATTT ACCTGGACGG GACACCTCTT
GAGAGTGCTA ATGGCGCACA AAATTTCAGT GGTGTTGCCT GGGAGTTTCG ACCGGGTAAT
CAGGCGCAGA ATTACATTCA GGGCATTCCC GGAACGGAAA ATGAAATTAG TGTCGGCACG
GAGGTTTCCA GCACCACAGC GTGGACAAGA ACTTTCACAA ATACCCAACT CTCTGCTGTG
CGGGTTCGTT TAAAATGGCC TTCGCTATTT AAGCAGGAAA ATGATGGGGA CCTGGTCGGG
TATTCCATTA ACTATGCCAT CGATCTTCAG ACAGATGGCG GCGCGTGGCA GGCTGTAATT
AATACCCGTG TTACCGGGAA AACGACCTCA GGCTATGAAC GTAGCCACCG TATTGATTTG
CCCAGTGCTG GCAGCACCTG GTCTCTACGT CTTCGTAAAG TAACAGCGGA TGCCAATAGC
GCCAAAATTG GCGACACGAT GACGATCCAG AGCTTCACTG AGGTCATCGA CGCCAAATTG
CGCTACCCGA ACACGGCATT GTTGTATATC GAATTTGACT CCAGCCAGTT CAACGGCTCT
ATCCCTCAAA TATCCTGCGA GCCTCGCGGT CGGGTCATTC GCGTACCTGA CACATACGAC
CCTGTAAATC GCACCTATAG CGGCACGTGG ACAGGGGCAT TTAAATGGGC GTGGACTGAT
AACCCAGCGT GGGTATTTTA TGATCTCGTC GTTACCGAGC GTTTTGGTTT GGGAAACCGG
CTAACTGCCG CGAACATCGA TAAATGGGGA CTGTATCAGA TTGCTCAGTA TTGTGATCAA
CGCGTCCCTG ACGGAAAAGG CGGAAGTGGC ACAGAGCCGC GCTATATCTG TAATGTGTAT
GTGCAGAACA GGAATGAAGC CTATACGGTT CTTCGTGATT TTGCTGCTAT TTTTCGGGGC
ATGACTTACT GGGGCGGGGA TCAGATTGTT AGCCTGGCAG ACATGCCGCG CGATATTGAT
TACAGCTACA CACGCGCCAA CGTCATTGAT GGCCAGTTTG CATATTCCAG CAGTACTACA
AAGACACGCT ATACCACTGC GCTCGTGTCT TACTCTGATC CAGATAATGC CTATGCTGAT
GCAATGGAGC CTGTGTTTGA ACAGGCGCTG GTATCACGAT ATGGCTTCAA TCAGCTCGAA
TTAACGGCTA TTGGCTGCAC GCGACAGTCA GAGGCAAACC GTAAAGGGCG CTGGGGGATA
CTGACCAACA ATAAAGATCG CATCGTTTCT TTCTCTGTTG GGCTTGATGG CAATATTCCG
CAGCCGGGTT ACATCATTGC TGTGGCGGAT GAAATGCTAT CCGGGAAGGT AACCGGAGGG
CGTATCAGCG CGGTGAATGG CAGGGTTATC AGGTTAGATC GTGTTGCTGA TGTGGAAGCC
GGTAACCGGT TAATAGTCAA TCTGCCATCG GGCGCTTCAC AGAGCCGTAC GGTTCAGGCT
GTAAATGGTG AAACCGTAAC GGTCACCACC GCATACAGTG AAACCCCGCA GCCAGAAAGC
GTGTGGGTCG TGGAATCAAA TGAGTTATAT GCGCAGCAGT ATCGCGTCGT GAGTGTTTCA
GATAACAATG ATGGCACCTT CACGATTACG GGCGCGTATC ATGACCCCGA TAAGTATGCC
CGCATTGATA CCGGCGCAAT CATCGATCAA CGCCCCGTCA GCGTTATCCC GCCTGGCAAC
CAGGCACCAC CAGACAACAT CATCATCAGT TCTTTCTCCG TCGTGCAGCA GGGCATCAGT
GTCGAAACCA TGCGCGCCAG CTGGGATCAG GCACCCAATG CCATTTCTTA TGAGGCGCAG
TGGCGTCGCA ACGACGGCAA CTGGGTCAAC GTACCGCGCA GCTCCACCAC CTCGTTTGAC
GTACCGGGAA TTTACGCCGG ACGCTACCTG GTGCGCGTGC GCGCCATCAA CGCCGCTGAA
ATTTCTTCAG GCTGGGGTTA CTCGCAGGAG AAAACACTGA CGGGCAAAGT GGGGAATCCA
CCGAAGCCGG TGGGCTTTAT GGCAACGGGC ATTAACTGGG GGATTCGTCT GAACTGGGGA
TTCCCGGCCA ATACGGCGGA TACGTTAAAA ACGGAAATCC AGTACACGGC CAACAGCGAC
TTTTCCGATC CGTTGCTGCT GTCTGATGTG CCGTACCCGT CTGCCGAATA TACACAGCTC
GGGTTGAGAG CGGGGCAGGA ATTCTGGTAC CGCGCGCAGC TGGTGGACAA GACCGGGAAT
GAATCAGGAT ACACCGACTG GATCAGAGGG ATGTCCAACG ATAACGCCGA TGACTACCTG
GGCGATATTG CGGATGAATT CCTGAGCGCT GCTGATGGTG AGCGACTGAC GAGCGACATC
GACACCAACC TTGAAGCAGC GTTGCAGAAT GCGCTGGCTA ACCATGGAAC TGTCGAGCAT
CAGTGGGCGC AATACGGTGA GGTTCGCGCC GATATCCTGA TTGTTAAAAC GACCGTTGCT
GAAGTTGACA AGGCGATGGC CGAACTGTCA ACGACGGTTC AGGCCCAGAT AGGGGAAGTC
ACTGCCTCGC TGGAGGATAA GCTGACGGCC ACGGTGGATG CCAACGGTGC TACAGCAATC
CATACGCTGA AAGCAGGTGT CCGCATTAAC GGAGTGATGT ACAACGCCGG GATGTCGATT
GCTGTGCTGG CGGAGGCGGG TAAACCGGTT GTCACCCGTG TCGGTTTTAA TGCCAACCAG
TTTGTACTGA TGAGCGGCAG CGGCGACACG CAGTATTCTC CGTTCGCTGT TTACAATGGC
CAGGTCTTTA TCAGTGATGC CTTTATCCAG GACGGCACGA TCACCAACGC CAAAATTGGC
TCTTTTATTC AGTCGAACAA TTACGTTCCT GACCAGGCGG GGTGGCGGCT CGATAAGGCG
GGAACGTGGG TTAACTTCGG GAGCGACGCT GCGGGGGCGA GAAAGACAAC GAACGTCACA
GACAGCATCA GGGACAGTAA CGGTGTTCTT CGCGTGCAAA TCGGAAAGCT GACAGGGGTG
TTTTAA
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| Protein sequence | MANATAIKGR KGGSSSSRTP TEQPDDLQSV AKAKILIALG EGEFAGQLTG RDIYLDGTPL
ESANGAQNFS GVAWEFRPGN QAQNYIQGIP GTENEISVGT EVSSTTAWTR TFTNTQLSAV
RVRLKWPSLF KQENDGDLVG YSINYAIDLQ TDGGAWQAVI NTRVTGKTTS GYERSHRIDL
PSAGSTWSLR LRKVTADANS AKIGDTMTIQ SFTEVIDAKL RYPNTALLYI EFDSSQFNGS
IPQISCEPRG RVIRVPDTYD PVNRTYSGTW TGAFKWAWTD NPAWVFYDLV VTERFGLGNR
LTAANIDKWG LYQIAQYCDQ RVPDGKGGSG TEPRYICNVY VQNRNEAYTV LRDFAAIFRG
MTYWGGDQIV SLADMPRDID YSYTRANVID GQFAYSSSTT KTRYTTALVS YSDPDNAYAD
AMEPVFEQAL VSRYGFNQLE LTAIGCTRQS EANRKGRWGI LTNNKDRIVS FSVGLDGNIP
QPGYIIAVAD EMLSGKVTGG RISAVNGRVI RLDRVADVEA GNRLIVNLPS GASQSRTVQA
VNGETVTVTT AYSETPQPES VWVVESNELY AQQYRVVSVS DNNDGTFTIT GAYHDPDKYA
RIDTGAIIDQ RPVSVIPPGN QAPPDNIIIS SFSVVQQGIS VETMRASWDQ APNAISYEAQ
WRRNDGNWVN VPRSSTTSFD VPGIYAGRYL VRVRAINAAE ISSGWGYSQE KTLTGKVGNP
PKPVGFMATG INWGIRLNWG FPANTADTLK TEIQYTANSD FSDPLLLSDV PYPSAEYTQL
GLRAGQEFWY RAQLVDKTGN ESGYTDWIRG MSNDNADDYL GDIADEFLSA ADGERLTSDI
DTNLEAALQN ALANHGTVEH QWAQYGEVRA DILIVKTTVA EVDKAMAELS TTVQAQIGEV
TASLEDKLTA TVDANGATAI HTLKAGVRIN GVMYNAGMSI AVLAEAGKPV VTRVGFNANQ
FVLMSGSGDT QYSPFAVYNG QVFISDAFIQ DGTITNAKIG SFIQSNNYVP DQAGWRLDKA
GTWVNFGSDA AGARKTTNVT DSIRDSNGVL RVQIGKLTGV F
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