| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mchl_5412 |
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| Symbol | |
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| ID | 7119195 |
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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 | Methylobacterium chloromethanicum CM4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011758 |
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| Strand | - |
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| Start bp | 29628 |
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| End bp | 32981 |
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| Gene Length | 3354 bp |
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| Protein Length | 1117 aa |
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| Translation table | 11 |
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| GC content | 68% |
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| IMG OID | 643528101 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_002424097 |
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| Protein GI | 218533282 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 35 |
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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 | ATGACCGCCC ACGATCGGGG ACTCGCCGAC GCGGCCCAGC GCGCCCTCGC CATCAACGCC
CACGACCGCT CGCTGCTCGT GGAGGCTGGG GCCGGATCGG GAAAGACTGC CCTGATGGCC
GGGCGGGTCG CAATGATGCT GGCGTCAGGA ACCGCCCCTG GATCAATCGC CGCCGTCACC
TTCACGGAAC TTGCCGCCAG CGAGTTGCTG GAGCGCGTCG GCGAGGTGAC GGGACGGCTG
ATCGAGGGCC AGGTGCCGGA GGAAATGCGG ATCGCCCTCC CGAACGGCCT GTCCGTCAGC
CAGCGACAGT TGCTGGTCGA GGCCGCCGAG CATCTCGACG AGATGGCCTG CACCACGATC
CACGGGTTCT GCCAGCGCTT GGTCAAGCCA TATCCGGTCG AGGCTGACAT CGACCCCGGT
GCCCGGGTTG TCGATGAGGC GGAAGCCGAC GGGATTTTCC AGGACCTGCG CGATGGGTGG
CTTCGCGAGT GCCTCTCCGG GGGCGGCGGG CTTGTCGCGG AGATGGTGCT CGCCGATCCG
GACGCGGCGC TCGCGGCCAT CGACCGTGTC GCTGGATGCC TGCGTGAAGG CCGCACGGTC
GGAACCGCGC CGGCAGAGCC CCTTCCCGGC TTGGTGCGGG CGTTTGGGGC CAGCGTGCGG
AAGTTCGGGG ACTTCCAGCG GACGAGTGGG GTGTCCGAGG CCGAGACGGT CGCGGGCGTG
ACGGCGTTCG AGGTGATGGC TGCCCGGCTA CCGGACGCCG GTGCCGTCGA CGACTCCGAG
CTCATCGCCA TCCTGACGGC ACCGGCCGAG GCGAACTTGT GCAAGGCGGA CGGCGACTTC
GCGAAGTACC GCGGCGGCAA GAAGAAGTGG GCCGATGCCG CCAAGATGGT CGGTCTGCCG
AAGGCAGAGG CCGAACGGCT CCAGGCGTGC GCCGAGCGGC TGCATGTCGA ATGCTGCGAG
ACCTGGGCTC GTCTGAAGGC CAATGCGGCA AGCGAGCTCC TGGCTAGGCT CGTCGGAGCG
GTGGGGGCCG TTCTCGAGCG GTATCAAGCC CGCAAGCGCG CCGGCGCCCT CCTCGACTTC
GACGACCTGA TCGCGGCGGC CGCCAAGTTG CTTCGGGAGC ACGAGATCGT TCGACAGGCG
TTGGGACGTC GCTACCGGCA CGTCTTGGTC GACGAGTTCC AGGACACCGA CCCGTTGCAG
ACCGAGATCC TCTGGCGCCT GTGCGGCGAG CTGCCCGCTG GGGCAACCGA TGTATGGGCA
CAACGCGTGC TCCGACCGGG CGCGCTGTTC CTTGTCGGCG ACCCGAAACA GGCCATCTAT
CGTTTCCGCG GCGCGGACGT CTCGACTTAC GTCCGCGCGC GCAACTGCAT CCTCGCGCAG
TCGCCGGGCG ATGTCCTGTC GATCTCGACG AACTTTCGCT CCTGCCGCTC AATTCTCGCG
TATGTCGACC AACGCTTCAG GAACATCCTG AGCGGGGTCG GCCAGCCCGG GTTTACGGCC
CTCGACGCCT ACCACCCCGA CCATGGCCGC GGGCCCTGCA TCGCGGCCTT GGACGTGCCC
GCGGGCGCCG ATGGCGCGAA GCAGGACGCG CAGGCGCTTC GCGATGTCGA GGCTGAAGCG
GTCGCGGACC TCTGCGCGCG CCTGATCGGC CAGCAGCTCG TCACCTGTAA GCGCGACGGG
ACACGCACGC TCCGCGCCGG CGACATCGCG CTGCTGGCGC CGAGCGGTAG CGACCTGTGG
CGCTACGAGG AAGCCCTCGA ATCCAGGGGC ATCCCCGTGT CCACCCAGGC CGGAAAGGGC
TTCTTCCGGC GACAGGAGAT CCACGACCTG ATCGCGCTGG CACGGGTTCT CGCCGACCCG
CGCGACACGC TGGCACTCGG GGCCCTACTA CGCGGGCCGG CCATTGGGCT GACGGACGAG
GAGCTGCTCG ATCTTGTCGA CGGCCTGCCC CGCGATCCAG AGCACCCGGA GAGCATCCCC
AAGCTGCGGC TGCAGGTTGA CGTCGCGCAC ATTAGCCATC CGGTTGCTCG GCCGGTATTC
GAACGACTGC AGGTCCTGGC GAAGCGAGCG CTCGGCACGA CGCCACACGA CATCCTGAGC
CAGGCAGTCG ATGCGCTCAT GCTGCGCCCG GTGGTCCGGC ATCGATACGA CGGCCACGCC
GAGCGGGCGC TCGCGAATAT TGACCTGTTC CTGGAGATGT CGCGGCCCTA CTCCGTCCGC
GGCCTGCGGG CCTTCGCGGG TGTGATGAAG GCGTCATGGG AAGGACGGAC GCGCGCCGTC
GAGGGACGGC CCGACTCACA GGAGGCCGCG GTTTCCCTCT TCACCATGCA CGCGTCCAAG
GGGCTCGAAT GGCCCGTCGT GATCCCCATC AACACCTCCA CCAGGACCAA AGCGGTAACC
GGCGCGCTGA TCGACCGCAC GTCGAACTGC CTCTACTGCC CCGTGTTCGG GGTCCGGCCC
GTCGGCTACG GGGAAGCGCT TGAGAACGAG AAGCGCGAGG TCGGGAACGA GCGGGTCCGC
CTATGGTACG TGGCCGCTAC CCGAGCGCGC GAGACATTGG TGCTGCCGAG GTTTGTCGAG
CCGGGGGGCA GTACGTCCTG GTCGTCGGTG GTCGACCTAG GCTTGGACGA CCTTCCCGCC
ATCGACATCG ACCGGCTGCC GACGGCGCCT CCGCCTGCCT CGACCGAGCC CGCGAACGCG
CAGACCCGTG AGGTGTTTGC CGCCGAGGCG GACGCGGTCG CCCGGCGACG CCGCTTGAGC
TGGGTCGTTC CCAGCCGGGG CGAAGACGCC GGCACGATCG CTTGCTGTCC CTCCGACATG
GTTGAGGAAG AAGTCGATGT TCCTCCTACA GCCGCGGCCA TCCCGCAGGG CGGCCGGGAG
CGAGGCATTC TCATCCACAA GCTGCTGGAA GAGATCCTGA CGGGCGAGAC TGGGGAGGTG
GACCTCGAAG GACGGGCCGG CGTTCTCGCC CGGCAGCTCG GCCTCCGGAC GAAGGCCACG
CCCGACTTCG CGTTGGATCT CGGGGAGGTT GCGGCCAGCG TGTTAAGGGC GTTGAGCGTT
CCCGAGATCG CCGGTATGCG CGAGCGCCTC CAGCCCGAGC TGCCGGTGTT TGGGTTCGAG
AGCTTGGCCG ACGAGGACCA TGCGACCGCT GGCGTGGCGG ATGCCATTAT CCTCGACGGG
CTTGGCCGGC CGGACGTCGT CGTTGATTGG AAGAGTGACG TCGATCCTTC GGAAGCTGTC
ATCGCAGACT ACCGCTGTCA GGTGTTGAGA TATCTTCTGG CTACGGAAGC GCGCCTCGGT
TTACTTGTCT TCGCGACGAG CGGCCGTGTG GTGAAGGTGA CGTTACCGCC CTAA
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| Protein sequence | MTAHDRGLAD AAQRALAINA HDRSLLVEAG AGSGKTALMA GRVAMMLASG TAPGSIAAVT
FTELAASELL ERVGEVTGRL IEGQVPEEMR IALPNGLSVS QRQLLVEAAE HLDEMACTTI
HGFCQRLVKP YPVEADIDPG ARVVDEAEAD GIFQDLRDGW LRECLSGGGG LVAEMVLADP
DAALAAIDRV AGCLREGRTV GTAPAEPLPG LVRAFGASVR KFGDFQRTSG VSEAETVAGV
TAFEVMAARL PDAGAVDDSE LIAILTAPAE ANLCKADGDF AKYRGGKKKW ADAAKMVGLP
KAEAERLQAC AERLHVECCE TWARLKANAA SELLARLVGA VGAVLERYQA RKRAGALLDF
DDLIAAAAKL LREHEIVRQA LGRRYRHVLV DEFQDTDPLQ TEILWRLCGE LPAGATDVWA
QRVLRPGALF LVGDPKQAIY RFRGADVSTY VRARNCILAQ SPGDVLSIST NFRSCRSILA
YVDQRFRNIL SGVGQPGFTA LDAYHPDHGR GPCIAALDVP AGADGAKQDA QALRDVEAEA
VADLCARLIG QQLVTCKRDG TRTLRAGDIA LLAPSGSDLW RYEEALESRG IPVSTQAGKG
FFRRQEIHDL IALARVLADP RDTLALGALL RGPAIGLTDE ELLDLVDGLP RDPEHPESIP
KLRLQVDVAH ISHPVARPVF ERLQVLAKRA LGTTPHDILS QAVDALMLRP VVRHRYDGHA
ERALANIDLF LEMSRPYSVR GLRAFAGVMK ASWEGRTRAV EGRPDSQEAA VSLFTMHASK
GLEWPVVIPI NTSTRTKAVT GALIDRTSNC LYCPVFGVRP VGYGEALENE KREVGNERVR
LWYVAATRAR ETLVLPRFVE PGGSTSWSSV VDLGLDDLPA IDIDRLPTAP PPASTEPANA
QTREVFAAEA DAVARRRRLS WVVPSRGEDA GTIACCPSDM VEEEVDVPPT AAAIPQGGRE
RGILIHKLLE EILTGETGEV DLEGRAGVLA RQLGLRTKAT PDFALDLGEV AASVLRALSV
PEIAGMRERL QPELPVFGFE SLADEDHATA GVADAIILDG LGRPDVVVDW KSDVDPSEAV
IADYRCQVLR YLLATEARLG LLVFATSGRV VKVTLPP
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