| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Rleg2_3992 |
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| Symbol | |
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| ID | 6982762 |
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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 | Rhizobium leguminosarum bv. trifolii WSM2304 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011369 |
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| Strand | - |
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| Start bp | 4153002 |
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| End bp | 4156382 |
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| Gene Length | 3381 bp |
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| Protein Length | 1126 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 643398721 |
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| Product | hypothetical protein |
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| Protein accession | YP_002283480 |
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| Protein GI | 209551563 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 27 |
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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 | ATGCAGACCA ATGCAGATGG CGCCGAAAGG GAACGGCTTC TGGCCATTCT CGATTTCTGG
CACAAGATCG AGTTCTTCAT TCCCTACGAT CTCTCCAGCC GTATCGTCGC AGGTGAAGGG
CGAAGTGTCT TCTGGCTGCA TGCAAGGACG CTCGAGGATG ACAGTGCCGC GCTCAGCCGT
CCAGCAATCC CCGCGGAGAA GCAGATCACG GGTTTTACCC TGTTCCTCGG CGTTTTCGGC
AAATCCGAAA TTACCGCTGT CCGCAGGCAC TTCGATAGCG CTGCGGCCGG TATCGCCGAA
TATGAGGATG CCGAACGCGG CGATCTAGAC GGCGATACCT GTTTTGCCAG CCTGCAGCTG
ACACCCCTGG GGCAGCCGAT CTTCGAAACA TTTTCCGTTT CCACGCTTCC ATGGGCTCTG
GGACGGGTAC GCAAATCCGG CCTCTCCTCG CTCAGCCACG AGGCATTTGC CGAGGGCAAG
CGGCAGCTGA CGGAATTGCT TCAGAATTTT CGGGCGCAGC GACAGCTGAG ATCCTCATCC
TTCGACGACG ATGCCGATCA GCCGCTCGAT GCCGGCGAAA TTCTGACGCT GCATGAATTG
CTCTGCGATT GGGCGAGCTT CGCCGCGCAT CAGGAGAAGC CGATCGCCGC GGTCGAAATA
CGCTACAAAG ACAGGGCGGA AAGGCCCGAA ATCCTCTCGC TGCCACCGCA GCCGGAAAGC
CATCCGCCCG ATGCCGACGA TGAGGAGGAT GAGAGCGCAA GCGCCGAGGA AGAGATCGGT
ATCCTGAACA GCTTCTTCAT CGAGGATATC GAGCGGGCGA TGATGCGCGT CAAACACGGT
GATATTCCCG AGCCGCTCAG GCGATATCTC ACCCCGCTTG CCCCGGAGAA GCGGATCGAC
CTCTATTCGG AGGATGGGCG CAAGGCGATC GTTCGGGCCT TGCATCCCGG AAATCTCAAC
CGCGGACGGT GGCTCAGCGA ACCTCAGCAC GCGATGAGCC TCATGCAGCA GTTCGCGATC
AATTCGGCCA TCGGCGAGCT TTCGGAAACC GGACTGTTCT CGGTCAACGG CCCACCGGGA
ACGGGAAAGA CCACCCTGCT TCGCGACATG TTCGCGGATA ATATCGTTAA GCGCGCCCGG
GTGCTCTCCT CCTTGAAGAC GGCGCGCGAT GCCTTTGACG GATCGCCGCG CCGCGCCATC
TTCGCAGACC GCAGCACCGC CTCGATCTCG GCGCTGATCC CGGCCCTTAC CGGTTTCGAA
ATGGTCGTCG CCTCTTCCAA CAATGCCGCG GTGGAGAATA TTTCGCGCGA CCTTCCCAAG
CGAAGCGCGA TCGCCAGGAC GTCGTCCCTC CAATATCTGC AGACGGTCGC GCACAAGATC
GCTTGCCAAA AGGACAATGG CGCCGCCGTC AAGCTCTCCG ACAGCGACCG CCCATGGGGG
CTGATTGCCT GTGCGCTCGG CAACTCCAGG AACCGGCGAG CCTTCAAGGA ACGTTTCGCC
TTCATGGAAA TCCCCGAAAG GCCGAACCCC GGCTGGTCCG GCGCGGCCAA GCCGCAGACG
ATCTGGCAAT GGCGAGAGAG CTACGAGGGG CCAAGCTTCG CCGAGGCAGC GTCGGCTTTT
CGTGCCGCCG ATGACCGGGT TCGCGACAAG ATCGGTCAAT ATGCACGTTA TGCCGATCTC
CACGACGACA TCGTGCGGGT CTCGCAGGAT GCATTCTGCC GGGACGCGCT TGAACGGGTC
GCGGCTGCCG CCGCCGACCT TCAGGGCACG CAGGAGCGCT GCGATAGGGT GGCGGCCGAA
ATGCTCCAGA TCAAGGAAGA GTTGTCGCAT CTGAAGGAAG AGGAACAGCT GCTCGACCGC
AGCGCGCCTG CCTGGTGGGA GCGGGTGATG CCGAGCAGCC CCGCCCGCCA GCACCGGCAG
GATGTCGGCG CCAATGCGCG CCGGCAGCTG GAATTGCGCA AGGCACTGGC GGAATGCGAG
CGGCATCTTG CGAAAATCTA TGGGCCTCAG CGGGAACAGG CTTTGCGAGG ATATGAGCGG
GCCGAACAGG CACTGCGGTC GCGGCAGAAA ATCTGGGAGA GGAAAAGAGA GGAATTCGAT
CGTCTGGGGG AAGTTTTCGG CCATCCCGCC ATACCCGGGC GCCTTGCCGA TCTCGAGACC
GACCGGTTCC AGGTCGACGG TCTCTGGCAT CAGGGCGAGT TGGCGGGCCT GCGGTCGGCA
TTGCTGGAAG CGGCGTTGAC GCTGCACGAA GCATGGCTGG CGGAGGTTGG CAGGAAGGGC
GGAGGTTTTG GCGGAAACAT CGTCGCCATC AGCAAACTGC TGTCCAACAA CAGTCCTGTC
GATGACGAGC ACATTGCATT GATCTGGCAG AGCCTTTTCA TGATCGTTCC CATCGTCTCG
ACGACATTCG CCTCCTTCGC CCGGCAATTC CACGGGCTGG GCGCCGGTTC GATCGGCTGG
GTCTTCATCG ACGAAGCCGG TCAGGCGGTG CCACAAGCGG CGGTCGGAGC CCTATTGCGG
GGGCGCCGCG TCATGGCGAT CGGCGATCCG CAGCAGATCG AGCCGGTCTT TATTCTTCCG
AGCGCGCTGA TCACCGCCGC TTCGGCTCTC TCGGCCCACA CAGCGGCAGG ACATTATTCG
CCGAACCGGG CGTCAGTGCA GATGCTCGCC GATGCCGCCA ACCGCTATGG AACGACCGTC
CCCGGCGAGG AAGCGGATGG GCTGTGGATT GGCTCCCCTC TCCGCGTGCA TCGCCGCTGC
ATCGATCCGA TGTTCGGTCT TGCCAACCGG ATCGCCTATC AGAACAAGAT GGTATTCGGG
CTGGAAAAGC GCCGGCCCGC CGGAGACGCG CCGCCATTTT ATGGCGACAG CGCCTGGATC
GACATCAGAG GCAGGGTATC GGGCAAACAG ACGGTTGCCG AACAGACGGG CTTCATCGTC
GACGTCCTCA CTGCCACCTA TCGCCGCGAC GGCGCATTGC CGGACCTCTA CATCATCTCG
CCCTTCAAGG AGATCAGAAA TAGCCTGAGA CAGTCTCTGG CCCATGCGCC ATGGATCGAT
CCGCTCGGAA ATATGCGATC GCCCCCATTG CGGTTGTCGC GGTGGCTGCG GGAGCGGATA
GGCACGGTCC ATACCTTCCA GGGCAAGGAG GAAGACATCG TTTTCATGGT GCTCGGCGCC
GATGCCTGGC ATACCGGAGC CGCAGCCTGG GCCGCATCGA AGCCGAATCT CCTGAACGTG
GCGTTGACAC GCGCCAAGCG CCGCTTCTAT ATCGTCGGCG ACCGCAGTCT CTGGCAGACG
TTGCCGTACT TCAGGGAGAC CGCGAATGCC TTGGAGACGA TGAAGGCAGC AGAATTCCTG
GCCCGGAATG GGCTGGACTG A
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| Protein sequence | MQTNADGAER ERLLAILDFW HKIEFFIPYD LSSRIVAGEG RSVFWLHART LEDDSAALSR
PAIPAEKQIT GFTLFLGVFG KSEITAVRRH FDSAAAGIAE YEDAERGDLD GDTCFASLQL
TPLGQPIFET FSVSTLPWAL GRVRKSGLSS LSHEAFAEGK RQLTELLQNF RAQRQLRSSS
FDDDADQPLD AGEILTLHEL LCDWASFAAH QEKPIAAVEI RYKDRAERPE ILSLPPQPES
HPPDADDEED ESASAEEEIG ILNSFFIEDI ERAMMRVKHG DIPEPLRRYL TPLAPEKRID
LYSEDGRKAI VRALHPGNLN RGRWLSEPQH AMSLMQQFAI NSAIGELSET GLFSVNGPPG
TGKTTLLRDM FADNIVKRAR VLSSLKTARD AFDGSPRRAI FADRSTASIS ALIPALTGFE
MVVASSNNAA VENISRDLPK RSAIARTSSL QYLQTVAHKI ACQKDNGAAV KLSDSDRPWG
LIACALGNSR NRRAFKERFA FMEIPERPNP GWSGAAKPQT IWQWRESYEG PSFAEAASAF
RAADDRVRDK IGQYARYADL HDDIVRVSQD AFCRDALERV AAAAADLQGT QERCDRVAAE
MLQIKEELSH LKEEEQLLDR SAPAWWERVM PSSPARQHRQ DVGANARRQL ELRKALAECE
RHLAKIYGPQ REQALRGYER AEQALRSRQK IWERKREEFD RLGEVFGHPA IPGRLADLET
DRFQVDGLWH QGELAGLRSA LLEAALTLHE AWLAEVGRKG GGFGGNIVAI SKLLSNNSPV
DDEHIALIWQ SLFMIVPIVS TTFASFARQF HGLGAGSIGW VFIDEAGQAV PQAAVGALLR
GRRVMAIGDP QQIEPVFILP SALITAASAL SAHTAAGHYS PNRASVQMLA DAANRYGTTV
PGEEADGLWI GSPLRVHRRC IDPMFGLANR IAYQNKMVFG LEKRRPAGDA PPFYGDSAWI
DIRGRVSGKQ TVAEQTGFIV DVLTATYRRD GALPDLYIIS PFKEIRNSLR QSLAHAPWID
PLGNMRSPPL RLSRWLRERI GTVHTFQGKE EDIVFMVLGA DAWHTGAAAW AASKPNLLNV
ALTRAKRRFY IVGDRSLWQT LPYFRETANA LETMKAAEFL ARNGLD
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