| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcE24377A_0290 |
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| Symbol | |
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| ID | 5589702 |
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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 | Escherichia coli E24377A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009801 |
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| Strand | + |
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| Start bp | 315244 |
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| End bp | 318276 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640924015 |
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| Product | UvrD family helicase |
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| Protein accession | YP_001461444 |
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| Protein GI | 157159365 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 27 |
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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 | ATGAAAAAAT TAACTCCACA GTTGCAATGT GAACATAACC TCAGCACGCA TCCGCTTTAC
GATCTGTGGG GTATTTGGCG TCGACGTGCT AATAAAATAT TATTGTCTCC AGGCCAATTG
ACTTTCATCC ATCATGGGGT GAGTGTGCAA TTGCCCATCG GTGATATTAA AAATGTTAAA
ATAAATAAAA AATGGTTGTA CTCTGAGATT GTTATTGGTT TGGAGAGTAA GATATATCAA
TTAAATGGTT TCAATCTGCA ACAGCTGGAA ACGCTTATCA AAAAAATCCA ATGTACAGCT
TTAGATATTT TCCAGCACAG CAATGAGTGG AGGGAATTGC TGGAGCTAGT AAAACGTTAT
CAAAAAGGGG GACACTATTT TTCTTCGTGG GAATGGCGAT CTTTGTCACA GTTAATGCAG
GTAAAGAAAC GATTGCTGGA TCTTGCGATT GATGCAGATT TTATTGCTCA TGAAGGTAAT
AACCCCATAG CACAACTGGC GCTGAAGTTA TCCATGGACG ATGTTTCAGA ATCTGCCAGG
AGCCACTTCA ACGAGAAAGT TATCCCACAG TTATTGTCAG CTTATCAGAC TTTCTTTGAA
CAGATCGAAT CTCAACCGCT TAGTGCCCCT CAGCGTAAAG CCTGTGTTAC CAATGAAGAT
CATACTTTGG TCGTTGCTGG TGCGGGTACC GGAAAAACGT CGACATTAAT TGGTAAAGCA
GGGTATTTAT TGCAAGCAGG TTTAGCTCAG CCTGAAAATA TATTAATGCT GGCTTTCGGG
AATAAAGCAG CACGGGAAAT GGCTGAGCGT ATCACAGAAC GATTGCCAGA AAGTGGCGGC
AAGCTAAAAG CAACGACCTT TCATGCTTTT GGAAACCGTG TCGTTGCTGA AAGTGTAGGC
GTCAAGCGTT CTCTTACACG TTTTGCAGAG CAAAATAATG AACTGCGCCA TTTTATTGAG
GCGAAATTAG AGTCAGAAAT AAGTGTCAAC GATGATTATA AAACTCAACT AGTTAAATAT
TTTGTTTGTT ATAGCACGCC AGGACGTTGT GAATATGGCT TCAATGCTAT TGAAGAATAT
CATGAGTTTC TGCAAAGTTG TCGCCTGATT ACGCTGACGG GGCAGTGGGT AAAGAGTGTG
GGGGAGTTGA GAGTTGCCAA CTATTTATAT TTGTATTCTG TTCCATTCGA ATACGAAGCG
AATTATGAGG TAAATACAGC AACGATTGAG CGCCGCCAGT ATAAACCTGA TTTTTACCTG
CCGAGAAGCA AGACCTATAT TGAATACCTG GGCGTGGATC GGCAAATGAG AACGGCCCCT
TTTGTTAATC AGGCTGCATA CCTTGAAGGA GTCGCCTGGA AGCGGAAGTT GCATCAACAA
CATAATACCC GACTGGAAGA GTTATATAGC TATCAGCTAG CCGAAGGAAT ACTTGAGAAT
AATTTACTCG ATATACTTAA TCGGGTAAGT GAACCACAGC ATTTGCGTGA TACTGATACG
CTTCTGGATG AACTTAAAAA CTCCAGTTCA TCGCCGTGGC AAGGATTTAT CGATCTGATG
CTCCGCTTTC TTGGGCTTTT CAAAGAAGGG CAATTTTCTT TTTCAGACCT CCTGGCATCC
CCTCAACGAA TAGACATGGG GCGTACTCAG GCATTTATCG AATTATTCAA ACCAGTATAC
GATGCCTATG AAGCTCACCT TAAAGAGCAG CGCGAGATGG ACTTCAGCGA TATGATCGCG
GAAGCAACAA CAGCGCTTCA GGAGGGACAA TTTCATCACC GATATGACTA CGTACTGGTT
GATGAATTCC AGGATCTTTC CGGTGGACGA GGCAAGTTGT TAAAAGCATT ACTGGCAACC
CGGGATAATA TGCGGTTATT TGCGGTAGGA GATGATTGGC AAGCCATTTA TCGTTTTAAC
GGGTCTGATC TAAGATTTTT TACCCGCTTT GATCATCAAT TTTCGCCAGC GAAAATGTTG
CCTCTTGACA AGAGTTATCG TTTTAATAAT CGCATACATG AACTCAGCTC TGCCTTTGTC
ACCCGTAATC CAGCACAATT GAAGAAAGAG ATTACTACGC TCTCACAGGT GGAGCATGCT
GCAGTACAGC TGCTTGATAT TCAGGAACAA ATGCACGGTA TTGACCTATC CGATCGCAAC
CAAAGAAAGG CTGAAGCTTA TCGTCTGCAA ATCAAGAGAG CGCTTACTCG TTGTCATCGT
CGGGAAGTGA GACTCAACAG TACCAGGCGG GCACCAGTAA TGCTTATTGG CCGCTATCGT
CTGGAAAATA TGCGAGAGCT TAAGGATATG GATGTTCAGG CGCTAATGGC TGAATTTCCT
CTGCTGGATA TTCAATACCA GACCGCGCAT GCCAGTAAAG GCCTGGAAGC GAATTACGTG
CTACTCCTTG GTCTTGAGAA AGGGTGTTTT CCATCGGCAA AGGAAAATGA CGAACTGATA
GATCTTCTTC TCCCGGAGCA AGAGCCATAT TTGTTTGCCG AAGAGCGCCG TTTGTTTTAC
GTCGCCGTTA CCCGCGCCCG GCACTATGTA TTTATGATCT TTGATAGCCA AAACACCTCA
GCGTTTGTTG AGGAGATTGC CAGAATGGGT CAACAGCTCA TCACTAAAAG TGATTCTCTT
GAAATCGGTC AGTGGCATTG CCCCGATTGT GAATCAGGCT GCTTAACGGG TAAAGTGAGT
CGCTATGATA AAAAATTCTA TGTCTGCTCG CACTCTCCTG CCTGTGATTA TATGGCTAGT
GCCTGCAAGC AATGTAGTTC TCCGATGGTG ATGCATAATG GTTTGCAAAG AATATGCGCG
AACCCAGAAT GTCAGGAGAT AGAAATTGTC TGCCGACGCT GTGGTCTTGG CACAATGCTT
AAGCGGAAAA ATAAGGATGG TGGTGTTTTC TATGGCTGCA ATCGCTATCG CCGGGACGAA
GCTGACTGTT GTTATGAGAA CATCACACTT GAGGAGTACG AGCGGAGAGT CGATGCCGCA
AAACAATGTA CAGCGATCAT GCAGGAGAGA TGA
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| Protein sequence | MKKLTPQLQC EHNLSTHPLY DLWGIWRRRA NKILLSPGQL TFIHHGVSVQ LPIGDIKNVK
INKKWLYSEI VIGLESKIYQ LNGFNLQQLE TLIKKIQCTA LDIFQHSNEW RELLELVKRY
QKGGHYFSSW EWRSLSQLMQ VKKRLLDLAI DADFIAHEGN NPIAQLALKL SMDDVSESAR
SHFNEKVIPQ LLSAYQTFFE QIESQPLSAP QRKACVTNED HTLVVAGAGT GKTSTLIGKA
GYLLQAGLAQ PENILMLAFG NKAAREMAER ITERLPESGG KLKATTFHAF GNRVVAESVG
VKRSLTRFAE QNNELRHFIE AKLESEISVN DDYKTQLVKY FVCYSTPGRC EYGFNAIEEY
HEFLQSCRLI TLTGQWVKSV GELRVANYLY LYSVPFEYEA NYEVNTATIE RRQYKPDFYL
PRSKTYIEYL GVDRQMRTAP FVNQAAYLEG VAWKRKLHQQ HNTRLEELYS YQLAEGILEN
NLLDILNRVS EPQHLRDTDT LLDELKNSSS SPWQGFIDLM LRFLGLFKEG QFSFSDLLAS
PQRIDMGRTQ AFIELFKPVY DAYEAHLKEQ REMDFSDMIA EATTALQEGQ FHHRYDYVLV
DEFQDLSGGR GKLLKALLAT RDNMRLFAVG DDWQAIYRFN GSDLRFFTRF DHQFSPAKML
PLDKSYRFNN RIHELSSAFV TRNPAQLKKE ITTLSQVEHA AVQLLDIQEQ MHGIDLSDRN
QRKAEAYRLQ IKRALTRCHR REVRLNSTRR APVMLIGRYR LENMRELKDM DVQALMAEFP
LLDIQYQTAH ASKGLEANYV LLLGLEKGCF PSAKENDELI DLLLPEQEPY LFAEERRLFY
VAVTRARHYV FMIFDSQNTS AFVEEIARMG QQLITKSDSL EIGQWHCPDC ESGCLTGKVS
RYDKKFYVCS HSPACDYMAS ACKQCSSPMV MHNGLQRICA NPECQEIEIV CRRCGLGTML
KRKNKDGGVF YGCNRYRRDE ADCCYENITL EEYERRVDAA KQCTAIMQER
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