| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Achl_4501 |
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| Symbol | |
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| ID | 7280440 |
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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 | Arthrobacter chlorophenolicus A6 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011881 |
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| Strand | + |
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| Start bp | 7351 |
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| End bp | 10611 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 643580615 |
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| Product | helicase domain protein |
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| Protein accession | YP_002478428 |
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| Protein GI | 219883267 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1111] ERCC4-like helicases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 182 |
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| Fosmid unclonability p-value | 0.304192 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGGGTGACA GTCTTCTCAA GACCTTTCCC GAGCACGAAC GGATTGACGT AGCCACGGGC
TATTTCGACT TGCGTGGCTG GGGAAATCTC TCAGATGCAG TAGATGCTAA AACAAGTTTA
AATAGTCAGA CCTCGGAGCC CATCGCTCGG ATACTTGTCG GAATGGTCAC GAACTCGGCT
GCCGAGACAA TGCTGGCCAA CCTTCAGGAC CAGGTGTCCG GCGTTGACCC GCAGTCCGAT
TTGCCGGATT TCGAGACTGC GCGGAAGCGA CAGGCGTACC TAGTTGCCCA TCTGCGCGAG
CAGCTGATGC GGGGACTCTC GTCCGAAGAA GGACAGAAGT CGTTGCGTTC CCTGAAACGT
CAGTTGGCCG CTGGCCAGGT ACAGATAAAG GTTTTTACGA GCCGGCCTCT TCACGGCAAG
GCCTATGTCC TGCACAGCCC AGGGCATTAC GCCCTTCCTG TGATGGGTTA TCTCGGCTCA
TCAAATCTGA CCGCAGCAGG GCTCTATAGC AATCTTGAAC TCAACATTGA TGTTCTGGAG
CAGGACGCTG CGGCCAAGCT TGCGGAGTGG TTCACCACGC ATTGGGAAGA TCCCTTCTCG
CTGGAAATCA CCGATCAAAT CATTGAACTC ATCGAAGAGT CCTGGGCTAG CGAGTCCCAG
CCAACGCCCT TTGAGGTCTT CCTCAAAGTC TGCCATTCCA TGTCTCAGGA CGTTCGAGAC
GGTTACGGCT ACGTGTTGCC ACCCTCCATG CAGAAACTAT TGCTTGGTTA CCAAGAAAGC
GCTGTAAGGA TCTTGGCAAG ACGGGTGGTG CGACGCGGCG GGACCATGCT TGGTGACGTC
GTCGGTCTTG GCAAAACTTT GACCGCGATA GCTACAGCGA TGATGCTCCA AGCAGCTGAA
GACTACTCAA CTCTCGTCCT TTGCCCAAAA AACCTTGAGC AGATGTGGCA GCAACATCTT
GATGCATACG ATGTGAATGG TCGCGTCATT CCCTACTCCA CGGCCGCGCG GGATCTGCCG
GATCTGAAGA GATTCAATCT CGTTATTTGC GACGAGTCCC ACAATCTTCG CAACAACAGC
CGCAAAGACT ACGAAGCCAT ACATGCCTAT GTACGCGAAA ATGACTCCAA GGTATTGCTT
CTGACTGCTA CTCCTTACAA CCTCGCGTTC GACGATGTCG CAAACCAAAT CGGTTTATAC
CTTGACGAAG ACGATGACCT TGGCATCGAA CCGACTGAAG CCCTTTCCAA GTATCCTGCG
CTGGCCGAGA AGGTTGACGG CAAAACCAAC ACTTTGGCCG CTTTCCGTGA ATCGGAAGAG
GCCGAAGACT GGAAACGCCT TATGAGCGAT CACCTAGTCC GTCGAACCCG GTCGTTCATC
AAGCGCACCG CAAGCAAGCA ACGGGTGACA GGTCTTAATG GTGAGGTAGT TGAACGTGAG
TTCCTTCAAT TCGCGGATGG AACACCCTTC TTTTTTCCTG TCAGGGTTTC AAGGCCTGTT
AGTCATGATT TCAGCGATAA CGATCCAGCG CGGCTGATGG AAGATGACGA AACGCTGGAT
GCCATTAGGT CGCTCCTTCT CCCACGTTAT GTGCTCGCAA AGTACGACTC ACCGAAAAAG
CCGCATAGTC CGTCAGACCG GAAAATCCTT GAGGACATCA GGACCGGCCG AGGCAACGTC
GCCGGATTCG TAAGGACGGG ACTTTTCAAA CGATTATCGT CGTCCGGTCA CTCGTTCATC
CAATCCCTTC AGAGGCAGCG TGCCCGCAAC GACGTTTTCC TGTACGCAAT CAATAGCCGT
CTGCCTGTCC CGTTGGGCAA CTTCACCGAG AACCAACTGG GCGTGACTGA TGCTGACATC
GAAGACACGG CGGGCCTGCA TGGGACCGAC GCATCACGCT ACGAAAACTT GAAACGGACT
TTGCCCGCGT CAACCAAGTG GATCAATACA ACGATTTTCA GCTCGGAGCT GCGCCTCGAT
CTCGAGCGCG ACAACCAGAC TCTAACTTGG CTGTTGGAGC GCTTCGGGGA CTGGGACGCG
TCGAAGGATT CGAAGATCAA TGCGTTGGTC GATCTGTTGC GTAACGAGCA CCCAGGGGAA
AAGGTCCTCG TGTTTACGGA GTACAAGGAC ACAGCTGACT ACATCGCTGC TACCTTGCGT
GAAGCTGGTA TCAGGAACGT CGGACTCGCC ACTGGTGACA CCGATAACCC TGGAGCCGTA
GCTAGGCGGT TCTCGCCAGG ATCCAACAAG CTGCCGGGCC AACAAGACGA CGCTTCATCG
TCAGATCCGA TCGACGTACT GATAGCCACA GACGTACTCT CCGAAGGTCA GAACCTTCAG
GACTCTCACA TCGTGGTCAA TTACGACTTG CCATGGGCGA TTATCAGATT GATTCAGCGT
GCCGGCCGTG TCGATAGGAT CGGCCAGAAA TCGGAAACCG TGTACGTCTA TCTGATCTCC
CACGAAAAGG TGGAGGAACA AATCAGTCTC CGACAACGCA TAAAGATGCG ATTGGAACGC
TCTGCTCAAG CCTTCGGTTC AGATGAACAA TTCTTTGGTT CTGAAAGAGA AATCCAAGTC
CTCGACAACT TCTATGACGG CAGACTTGCC GACGAGGATG TCGAAGATGA GGAAGCTGAC
GCGGTAAGTG AGGCATGGCT GGTTTGGTCA AACGCCATGG AAAAGTACCC TGAGATCACA
CGCCGGGTCC TAGCCATGCC GGATATGGTC CACTCAACAC GTCAACGATA CGTCCAGGAA
GCCCACGGGG CGGTCGTTTG CTACGTGAGC ACCGTCTCCG GGGTCGATGC ATTTGCCGTC
TCCAAAGGTG GAGATGGGCT CCGGGAACGT GAGCGGCTAA TCACTCCCTA TGAAGCCTTC
AAGCTCTTTC GTGCCGAGCC TGAGACTCCC ACAGCAGAAC TCCGCCAGGA CCATTTCGAT
CGCCTTCGCA ACATCGTCCA CGGTCCTCTG TCCAGCGAAA GCGTGGCTGC AGGAAACCTC
AAGGGCGTTC GCAAAAGGAT CTGGGAGCGC TTTGCAGGAA CGTTGTTTCA GCGCGGAGCT
GAAGATGCTC TAAGCGCACT TCACGCCCGT CCACTGCAAA AGCAGGCTGA GCTCCGTCTG
CGGGCGGCAT TACGCAACCG TGTGTCGGAC GAGGACCTTG TTGAGATGCT GCGCCAACTG
CAAGAAGACG AAAAGCTCGT GATCAAGTCC ATGGAAGTTG ATCCTGCAAG GATCGTCTGC
TCGCTAGGAG TTCAAGAATG A
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| Protein sequence | MGDSLLKTFP EHERIDVATG YFDLRGWGNL SDAVDAKTSL NSQTSEPIAR ILVGMVTNSA
AETMLANLQD QVSGVDPQSD LPDFETARKR QAYLVAHLRE QLMRGLSSEE GQKSLRSLKR
QLAAGQVQIK VFTSRPLHGK AYVLHSPGHY ALPVMGYLGS SNLTAAGLYS NLELNIDVLE
QDAAAKLAEW FTTHWEDPFS LEITDQIIEL IEESWASESQ PTPFEVFLKV CHSMSQDVRD
GYGYVLPPSM QKLLLGYQES AVRILARRVV RRGGTMLGDV VGLGKTLTAI ATAMMLQAAE
DYSTLVLCPK NLEQMWQQHL DAYDVNGRVI PYSTAARDLP DLKRFNLVIC DESHNLRNNS
RKDYEAIHAY VRENDSKVLL LTATPYNLAF DDVANQIGLY LDEDDDLGIE PTEALSKYPA
LAEKVDGKTN TLAAFRESEE AEDWKRLMSD HLVRRTRSFI KRTASKQRVT GLNGEVVERE
FLQFADGTPF FFPVRVSRPV SHDFSDNDPA RLMEDDETLD AIRSLLLPRY VLAKYDSPKK
PHSPSDRKIL EDIRTGRGNV AGFVRTGLFK RLSSSGHSFI QSLQRQRARN DVFLYAINSR
LPVPLGNFTE NQLGVTDADI EDTAGLHGTD ASRYENLKRT LPASTKWINT TIFSSELRLD
LERDNQTLTW LLERFGDWDA SKDSKINALV DLLRNEHPGE KVLVFTEYKD TADYIAATLR
EAGIRNVGLA TGDTDNPGAV ARRFSPGSNK LPGQQDDASS SDPIDVLIAT DVLSEGQNLQ
DSHIVVNYDL PWAIIRLIQR AGRVDRIGQK SETVYVYLIS HEKVEEQISL RQRIKMRLER
SAQAFGSDEQ FFGSEREIQV LDNFYDGRLA DEDVEDEEAD AVSEAWLVWS NAMEKYPEIT
RRVLAMPDMV HSTRQRYVQE AHGAVVCYVS TVSGVDAFAV SKGGDGLRER ERLITPYEAF
KLFRAEPETP TAELRQDHFD RLRNIVHGPL SSESVAAGNL KGVRKRIWER FAGTLFQRGA
EDALSALHAR PLQKQAELRL RAALRNRVSD EDLVEMLRQL QEDEKLVIKS MEVDPARIVC
SLGVQE
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