| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcE24377A_0282 |
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| Symbol | |
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| ID | 5586826 |
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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 | 299412 |
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| End bp | 302654 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640924007 |
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| Product | SNF2 family helicase |
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| Protein accession | YP_001461436 |
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| Protein GI | 157155470 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.157107 |
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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 | ATGCTGAAAC GTCTGTTAAG TAAACTGACG GGAAACCGTC AGCAGATAGA ACATCACCTA
AAAAATCAGT ACCAGGTTGA GGAAAACGGA CTTAGCTTTC CGCTATCGCT GGTTGATGAT
TCGCAGCTTT GGGCACTGGC ATCCTGGCTA GAACAACTGG CTGAAGAAGA CTATCTGATA
TCACTTACAG ACCGGTGGTT GTTGAGTTGG GACGCACTGT ATCGCCTGCT GGAGGATGAG
GAACATGCCA GCAGCCTGCC TCTTATCGGT GTACCTGACG TACTGCCTTT ACGCGCAAGC
CTGAGTTCAC GAGGAGCATT AAGCGATAGC GATTTTCGCG TCTGGATTGC TGAATGGGCT
ACGCTTCCAG CCCGCAAGCC GATCCGTTTC AGTCGTACCG GTGCCATTTT AACCCATGAA
AATCAGCAAT ACCTGTTATC GCGTGAAAAC TGGGCACTCT TACAGGCAAC AGAACAACTC
AGTGCACAGA AAAATCAGAC TCCTGGTGAA ACCACTAACC AGTTGGGATG GGCCGCTATC
CGCAAATGTG CGAAGCAAGC AGCCGCAAAA TTTGATGATT ATTTAGAAAA AACGCATGTC
GTCAAACCAA CTTCATTGTC ATTACGTCTG CGTAAAGCAA CGGTTGCCGA TACTGCTGTT
ATCGAAATTG AGCCCCATTT CGAGGACCAG CCTGCTAACT GGCTAGGCAG TTTTGACAAA
AACTCGCAGG TTCACGATAG CTACCGCATC CCTGGAGAGA ATGGCGAACT CAGCCATGTC
ATTATCCCTC CCGAAGTGAA AGAAGTCCTG AATTCAATAC ACTCGATTCC AAGCCGTCGA
GTGGCCGGAA GCGAAGCGCT TTCCTTTGTT CGCAATCCTT ATACCTTCCT GGGTGAAGAT
GCCGCCAGTG TTATTGCCCC TGAAGAACAT GAACAGGCAC TGTTTGATGC CAGGATTTTC
TTTCATCATT TCAGGTTGAT ACCGCAACTG AATGCGGAAA ATAAGATCGC AGAAGTTACG
CTGGTACTTG AGCCTGTTTC ACCTGTTCCC CAGCCAGAAA TCACTTTTGG GTTCTCAGCC
CCCCGGGAGC TGGATAAATT CATACAGCAA CTCGGTATTA GCGTCGCTGC ACAGATGCCT
GCCGGTTCAT GGCAAGGTTA CGAGCTGGAA TTAAGTCAGT TCACTGAACA GCAGTGGCAC
GATTGCCAGG CACTTCTAAC TCGCTGGCAG CAAGAAATAG AAGGAAAAGA ATTTAGCGAT
GTGCTGGATA TTGCGAAGTA TGGCGATCGC GTGATTGGCA TTGGTGAATT TGAAAAAATC
TCCTCTCCCT GGCTGACCAA AGCGCAGAGT GAAAACTGGC TTCCAGATGA CATCGATTTC
TCCGCGTTTT CAGTCGAAAC ACTGTCTGGC TGGCAACCTG AAAACCTTCA CCATTTCGAT
GAACTGCAGG AGAGAATTAC TCAGGCAGAA GCTGTAGGTG AAACGCATAT CACCGCACCA
TGGAATGACA GCCAATTACC GTTGGATGCT GCTAAAACCT TCAGTAAGAA CTGGGAAAAA
CAGCAAAGCA CTGCAAATGA ATCTCAAGGC AACGTTGCAG ATAAAACGGC CCGAGCCGTA
CTCAAAATTG AGCAGAATAT TGAAGAAACG GCCTACATCA AACAGCGCCG CAATTCACTC
CTCAATGCGC GTCATGCCGA GCCTGAAATT CCTCTGAGCC TTAAAGAGCA TATCCGACTC
AAAGACCATC AACGTGAAGG CGTAGCCTGG CTCCAGCAAC TCTTCCTTCG TTCACCTGAG
GAAACCGCAG GTTGCCTGCT GGCGGATGAT ATGGGGCTTG GGAAAACGCT GCAAATTCTG
AGCTTCCTGG TATGGTTCAT TGAAAAATTC CCGCAAGAAC CGCCAAGTCT CATTGTTGCT
CCTGTCTCTC TTTTAGATAA CTGGGAACGT GAACTGGACA ATTTCTTCTA TACCGCAGGA
ATACCGGTAT TGAAATTGTA TGGCGAGACC ATTAAAGCGG TGAAATATCC CAAACAGGCT
ATCCCTGCTC ATCTGCAATC TCAGGGGATC AAAAACCTGC TTAAACCTGG CTGGCAGGGT
GAGGCGAAAA TCATCCTGAC AACCTACGAA ACGCTTCGCG ACCAGGAGTT TTCTCTGGCA
CGCCAGCCGT GGTCCATTAT GGTGTGCGAC GAGGCACAAA AAATAAAAAA CCCAGCTGCG
TTAATCACAC ATGCGGCCAA CGCGGTACAA GCCAGGTTTA AAGTGGCATG TACAGGAACA
CCTGTCGAAA ACACACTTGT CGACCTGTGG AGCTTATTTG ATTTTGCCCA GCCAGGATTG
TTAGGGGCAC TAAATGAATT TGGTAAACAC TATGTTCGCC CCATCGAGAA CGAAGATGGC
CGCGATACGG AACGGTTGGA AAGCCTGCGA GCGCTGATAG AACCTCAGAC TTTACGCCGA
ACCAAAGAAG AGGTTGCGCG TGATTTACCT CAGAAAATTG AAGTGGAAAG CTGCAAGCAA
TTGACGTTGT CTGGCGTGCA AAAACAGCTC TACCTTTCGT CCGTTGCAAA TTGGCAACAA
CAGCAAGCAC TGAGCGAAGG GATGCAGCAG GCCGGAACCG GTATGTTAGG TTTGTTACAC
CGACTGAAAC TCATCTGTGC ACACCCTGCA GTAGTTAATC CAGAACCACG TTTTCGTGAT
AACTCACCCA AGCTTAACTG GCTGCTGAAA ATACTCGCAG AACTAAAACA CACCACGAAA
GATAAGGTCA TTATTTTTAC GGAGCTTCGA GATTTACAGC GCGAACTTCA ACATGCGATC
CACCAAAAGT TTGGTTTCCG CCCTGTCATT ATCAATGGTG ATACCAGCAC TAAAAGTCAA
AGTCAAAACA GCCGCCAGCG CCTGATTGAT GATTTTCAGG CTCAGCCTGG GTTTGGGGTG
ATTATTCTCT CTACGGTTGC CGTCGGATTC GGCGTTAACG TCCAGAAAGC CAATCATGTT
ATTCATTTCA CTCGCTGCTG GAACCCAGCC AAAGAAGATC AGGCAACAGA CCGGGCGTAC
CGAATTGGGC AAACTAAAGA TGTGTATGTC TATTACCCGA CGGTGAAGGA CACTGAAATC
ACCACATTTG AAGAAACACT GGATGACCTT CTGCAGCGTC GACGTGCATT GGCCAGAGAT
ATGCTCTGCG CTACTCCCGA TTTGAGTGGT GCGGATTTTG AGGCCATTTT GAAGGGGGCT
TAA
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| Protein sequence | MLKRLLSKLT GNRQQIEHHL KNQYQVEENG LSFPLSLVDD SQLWALASWL EQLAEEDYLI
SLTDRWLLSW DALYRLLEDE EHASSLPLIG VPDVLPLRAS LSSRGALSDS DFRVWIAEWA
TLPARKPIRF SRTGAILTHE NQQYLLSREN WALLQATEQL SAQKNQTPGE TTNQLGWAAI
RKCAKQAAAK FDDYLEKTHV VKPTSLSLRL RKATVADTAV IEIEPHFEDQ PANWLGSFDK
NSQVHDSYRI PGENGELSHV IIPPEVKEVL NSIHSIPSRR VAGSEALSFV RNPYTFLGED
AASVIAPEEH EQALFDARIF FHHFRLIPQL NAENKIAEVT LVLEPVSPVP QPEITFGFSA
PRELDKFIQQ LGISVAAQMP AGSWQGYELE LSQFTEQQWH DCQALLTRWQ QEIEGKEFSD
VLDIAKYGDR VIGIGEFEKI SSPWLTKAQS ENWLPDDIDF SAFSVETLSG WQPENLHHFD
ELQERITQAE AVGETHITAP WNDSQLPLDA AKTFSKNWEK QQSTANESQG NVADKTARAV
LKIEQNIEET AYIKQRRNSL LNARHAEPEI PLSLKEHIRL KDHQREGVAW LQQLFLRSPE
ETAGCLLADD MGLGKTLQIL SFLVWFIEKF PQEPPSLIVA PVSLLDNWER ELDNFFYTAG
IPVLKLYGET IKAVKYPKQA IPAHLQSQGI KNLLKPGWQG EAKIILTTYE TLRDQEFSLA
RQPWSIMVCD EAQKIKNPAA LITHAANAVQ ARFKVACTGT PVENTLVDLW SLFDFAQPGL
LGALNEFGKH YVRPIENEDG RDTERLESLR ALIEPQTLRR TKEEVARDLP QKIEVESCKQ
LTLSGVQKQL YLSSVANWQQ QQALSEGMQQ AGTGMLGLLH RLKLICAHPA VVNPEPRFRD
NSPKLNWLLK ILAELKHTTK DKVIIFTELR DLQRELQHAI HQKFGFRPVI INGDTSTKSQ
SQNSRQRLID DFQAQPGFGV IILSTVAVGF GVNVQKANHV IHFTRCWNPA KEDQATDRAY
RIGQTKDVYV YYPTVKDTEI TTFEETLDDL LQRRRALARD MLCATPDLSG ADFEAILKGA
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