| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_1402 |
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| Symbol | |
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| ID | 5114367 |
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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 | 1537073 |
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| End bp | 1540291 |
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| Gene Length | 3219 bp |
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| Protein Length | 1072 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 640491589 |
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| Product | CRISPR-associated helicase Cas3 family protein |
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| Protein accession | YP_001176134 |
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| Protein GI | 146311060 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1203] Predicted helicases |
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| TIGRFAM ID | [TIGR02562] CRISPR-associated helicase Cas3 |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.23535 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACGTTC TGATTATTTC CCGGTGCACC AAAAATGCCC GCGTAGAGAG CTGTCGGATA
GTTGATCAGT TTGCAGAACG AACGGGGAAT GCCGCCTGGC AAACCGTGAT TACGCTGGAA
GGGGTCAATA CACTCAGAAA GTTGCTGCGT AAAACGGCGC GCCGCAATAC GGCGGTGGCC
TGTCACTGGC TTAAAAAGAA CGGACAAACA GAATTATTAT GGATTGTCGG TAATCTTCGC
CGGTTTAATG CGCAGGGGCG TGTACCCACT AACCGCACGA CGTCAGATGT GGTCAAAAGC
GGGGCTGAAC ATGGCTGGCA CAGCGCAGAA AGCATTGCGT TACTGGCCGC CATTGCTGGA
CTTTTTCATG ATTTTGGCAA GGCAGGGCGC TGTTTTCAGC AGACCTTGAA AGGCGCCAGT
AAGCATCTTT GCCAGCCTTT TCGTCATGAG TGGATTTCAG TGCGTCTATT TCAGGCATTT
GTGGATAAAA AAACGGATGC AGAATGGCTC TCAGAGCTAA CGAATCTGAA GGCATCTGAT
GAAACTGTCA TCATGAATGC GCTTGTCACG GATACATCCT CGAAAAGTGA CAGCCCGCTC
AGCACGTTGC CGCCGCTGGC GAAGACCGTC GCCTGGCTGA TGCTGTCGCA TCACCGTTTG
CCGCAGGCGT TATCGTCGAG GCCGCAACTG GAATATTGTA CCGGCTGGAT GGACAGGCAA
CTCAACGCTG ACTGGAACTC ACTGAATCAC AAAATCAGCG ACTCGCACAA ATGGACAGAT
CGCGATTTTA AGCAGGTGTG GCAATTTCCT GAAGGTACGC CTCTGCGAAG CGCTGTCTGG
CGTGAAAAAG CCAGGCAGAT TGGCAAGCGA GCCAGGAATG CGGTTTCGCT CCTTCACTTT
GGCTCGCTTG AAAACAGTTT TACCGTCCAT ATGGCGCGGC TGTCGCTGAT GCTGGCCGAT
CATTTTTACT CCTCTCAGCC ACCGTCTGTC GTCTGGCAGC AGGACAACTA TGACGTCTGG
GCCAACAGCG ATCGCCACAC CAAACAGCTG AAACAAAAGC TGGATGAGCA CAACACTGGT
GTCGCGCATC ATGCTTTGTT GTTAGGACGT TCTTTACCAC AGATACGTCG TTCGTTACCT
GCGATAACCC GTCATAAAAC CTTTCGCGAA CGGGCAAAAG ATGCGCGTTT TCAGTGGCAA
AACCGGGCCT GGGATGTCGC GTTAGCTTTA CGTGATCGCA GTGCAGAGCA GGGCTTTTTT
GGTGTCAATA TGGCCTCTAC CGGCTGCGGT AAAACTTTCG CCAATGCCCG CATTATGTAT
GCCCTCGCCA GTGAACAGGA GGGTTGCCGG TTCAGCGTTG CTCTTGGTTT GCGTACACTA
ACGTTGCAAA CCGGGCAGGC GCTGCAGTCT CGTCTAGGTC TGGATGACGA TACGCTCGCG
GTCGTGACAG GGTCCGCCGC CGTGCGTGAC CTCTTCCAGC AGGGACACGA TGATGAGGAT
ACCAGCAGCG CCAGCGACGA GGCATTTTTT GCCAGTCATC ACTACGTGCA CTATGAAGGC
AGCACCAGTA ACGGTGTTGT TCAGCAATGG CTGGCCGCGG AGCCGGCACT GAATCGTCTG
GTTAGCGCGC CGGTGCTGGT GACGACTGTT GACCATCTGA TGCCCGCGAC CGAAGGCGTG
CGAGGCGGCA GGCAGATCCC GGCAATGCTA CGTCTGTTGA CCAGCGATCT GGTTCTTGAT
GAGCCGGATG ATTTCGATAT CGATGATTTG CACGCTTTGT GTCGGTTGGT GAACTGGGCG
GGAATGCTCG GCTCTCGCGT GTTGCTCTCG TCTGCAACGT TACCGCCGGC GTTAACAGAA
GCTTTATTCG AAGCCTATAG GAAAGGACGT GAAGCCTATC AGGCTGCCTG CGGCATTCCT
GGAAAACCGG TCAATATTTG CTGCGCGTGG TTCGACGAAT ATGGCGCGCA GTCGCAAGAG
GCTTGCGATG AGACGGTATT TCGACAAGCT CATAATCAGT TTGTAGCCCA TCGCGCGCGA
CATTTACTGG AACAACCCCG CCTGCGCTTT GGCAAGTTGG CAAAAATAGA GCCAGCTTCT
GACATCATTA AAACGGTGGC GAGCACGCTT TATCAGCACA TGCTGGCGCT ACATCAGCAC
CATCACACCG TTCATCACTG TGGAAAAACG GTGTCGTTGG GTTTGATTCG CATGGCGAAT
ATCAACCCGC TTGTTGACGT GGCACAGTCG CTTATGGCGA TGCCTGCGCT AGAAAATTAC
TGCATCCATT ATTGCGTTTA CCATAGTCAG CATCCGCTGG CGGTACGGTC GAGTATTGAG
AAACGGCTGG ATGCGGCATT TACCCGTCAC GATCCGCAAC ATATCTGGCA CTTACCGGAA
GTGAAACAGG CGCTCGCATC GCCCTTTCAA CATCATCTCT TTGTGGTGGT GGGGACATCC
GTGCTGGAGG TTGGGCGCGA TTTTGACGCT GACTGGGGCA TTATCGAGCC CAGTTCGATG
CGCTCACTCA TTCAATTTGC TGGGCGTATT CAGCGCCACC GCCAACAACT CCCGGAGAGT
GAAAATGTGG TGATCCTGAG TCGTAATATC CGTGCGCTAC AGGGTAAAAC CATCGCGTAC
TGCAAGCCGG GTTTTGAGAC GAATGAACAT CTTTTTCCAC ATCATGATTT AGCTGATCTG
CTGCCCGACG CCAATTTTCA GCACATCAAC GCTATCCCGC GCATTGTGGA CGATGTAACT
GATAACGCGT TTGCCAGCCT TGAACATACC CGGTTGCGTG CCGCGTTACT TGATGGGGGC
GATAAACGTG ACGTTATTGC CGCCCAGTGG TGGCGCTTAC CGCTGACATG GAATGGCGAA
TTACAGAGAC GTACGCCTTT TCGCCATGCT TCGCCACAGG AATCATTTTT CCTGACCATG
GATCAGGATG ACGATACGCC TGTTTTTTGT CTGATGCAGA GTGATGGCGT GCTGAAACCC
TCGCATCTGT TTCGCGAACA TTCGTTTTTA CTGGCTGAAA GAGTGCAGGC GTGGTTTGCC
GTTGATTATC AGGCGGTTCT ACTTGAGCTG GCAGAATCAA AAAATATGGA ACTTCACGCG
GTATCACGAC GGTATGGCGA AATAACATTA CCCGTTGGTA AAGAGAACGC CACGGAGCAA
TGGCGATATC ACCCGATTTT GGGTGTGTTT AGGGAATAA
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| Protein sequence | MNVLIISRCT KNARVESCRI VDQFAERTGN AAWQTVITLE GVNTLRKLLR KTARRNTAVA
CHWLKKNGQT ELLWIVGNLR RFNAQGRVPT NRTTSDVVKS GAEHGWHSAE SIALLAAIAG
LFHDFGKAGR CFQQTLKGAS KHLCQPFRHE WISVRLFQAF VDKKTDAEWL SELTNLKASD
ETVIMNALVT DTSSKSDSPL STLPPLAKTV AWLMLSHHRL PQALSSRPQL EYCTGWMDRQ
LNADWNSLNH KISDSHKWTD RDFKQVWQFP EGTPLRSAVW REKARQIGKR ARNAVSLLHF
GSLENSFTVH MARLSLMLAD HFYSSQPPSV VWQQDNYDVW ANSDRHTKQL KQKLDEHNTG
VAHHALLLGR SLPQIRRSLP AITRHKTFRE RAKDARFQWQ NRAWDVALAL RDRSAEQGFF
GVNMASTGCG KTFANARIMY ALASEQEGCR FSVALGLRTL TLQTGQALQS RLGLDDDTLA
VVTGSAAVRD LFQQGHDDED TSSASDEAFF ASHHYVHYEG STSNGVVQQW LAAEPALNRL
VSAPVLVTTV DHLMPATEGV RGGRQIPAML RLLTSDLVLD EPDDFDIDDL HALCRLVNWA
GMLGSRVLLS SATLPPALTE ALFEAYRKGR EAYQAACGIP GKPVNICCAW FDEYGAQSQE
ACDETVFRQA HNQFVAHRAR HLLEQPRLRF GKLAKIEPAS DIIKTVASTL YQHMLALHQH
HHTVHHCGKT VSLGLIRMAN INPLVDVAQS LMAMPALENY CIHYCVYHSQ HPLAVRSSIE
KRLDAAFTRH DPQHIWHLPE VKQALASPFQ HHLFVVVGTS VLEVGRDFDA DWGIIEPSSM
RSLIQFAGRI QRHRQQLPES ENVVILSRNI RALQGKTIAY CKPGFETNEH LFPHHDLADL
LPDANFQHIN AIPRIVDDVT DNAFASLEHT RLRAALLDGG DKRDVIAAQW WRLPLTWNGE
LQRRTPFRHA SPQESFFLTM DQDDDTPVFC LMQSDGVLKP SHLFREHSFL LAERVQAWFA
VDYQAVLLEL AESKNMELHA VSRRYGEITL PVGKENATEQ WRYHPILGVF RE
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