| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Psyr_3984 |
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| Symbol | |
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| ID | 3369520 |
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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 | Pseudomonas syringae pv. syringae B728a |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007005 |
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| Strand | - |
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| Start bp | 4739638 |
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| End bp | 4742901 |
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| Gene Length | 3264 bp |
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| Protein Length | 1087 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637654342 |
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| Product | DNA helicase related protein |
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| Protein accession | YP_237052 |
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| Protein GI | 66047211 |
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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 | 4 |
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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 | 13 |
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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 | ATGGATCAAG AAAGCATCGT CCGGTACTGG CATGCGGTCG AGTTGTTGCA ACCACAATCA
GCACCCAAGC TGAAAAAACG CGCTAATCGA TACGAAGCGT TTATCCATGA CACGTTAATT
CAGCGCCCGC TGCTTCCGTG GACCCCGGAA AGTATCGTCA GTCAACAGGC GCTGCCCAAG
AAGCGCATAT GGAGCCACAC GCTCTATGCT CATCTTTACG ACAGTCGCCT CGTTGCCGAG
AAGCTCGATG CGATGTACGG CGCCGATCAG GGCTACCAGG AGCCCAGGTT TCGCGAGTCA
GCCGTGTTTG CGGCAAAATT CACGATGGCG GGCCGACTGG TCGATGACAG CCTCGTGCTT
TCAAGCGAAG CGTGGTTTCT TGGGCGGGTA TTGACCGGCA AGGATTGGAC CAGAGGGTTC
GAGACCGACC AAAAGACCGT CAGGGAGCGC GCCAACACCC TGTTCGAAGG TGAGGTATCA
AGCGCAGACT TGCGCGAACT GACTCACTGG ACCCTCCAGT TCCTGGGGCT GGGGGACTTT
TTTGGTGAGA TGGACCACCA TTATTTTCGC TTTCGCTCAC AACCCGTCAA GCCCGACAAG
CCCGAGTCGG AAGACGATCC ACTGAACAGC TTTTTGCTGG ACGATCTTGC CGATGTCGCC
GATGCGATCT CCAGGGGGGT GAAAAGCGAA CCACTGGATC AGTACCTGCG CTATCACGAT
CCCGAGCTTC GCCTGCATAT GGACGATAAG CGTGCATCGT TGCCACTGAT GGGGCGACTG
ATGCCGGATG CTTACGCCAG TAGCTGTTGG CCTACCGAGC ACCATTTGGG CCTGGTGCAT
TCCCAGCAGC TGGCCGTCAA CACAATCCAG TCCACCCTGG CCGATGGTCA AGGGCTGCTT
GGCGTCAACG GCCCACCTGG AACGGGCAAG ACGACGCTGT TGCGCGACCT TATTGCAGCG
ATTATCACCA GCCGCGCCGA TGCGTTTGCC AAGCTACGCC GTGCTTCCGA TGCATTCGCA
AGCGACGGAC GCGAAGCTGC CAACGACGGT GGCAGGCAGC AATACAGTTT CAGGCTCAAC
CCCGCACTGT ATGGCTTCGA AATCGTAGTC GCTTCATCCA ACAACGGTGC CGTGGAAAAT
GTGACGCTGG AGCTGCCGCA GCGAGACAAG ATTGATGACA GCTGGTTGCC AGAAGCAGAG
TATTTCGCCG AGCTGGGGGA GCTGGTCTCG GATAAACCTG CGTGGGGACT GATTTCCGGT
GCACTGGGGA GCAAGGCACG ACGCAACAAG TTCGTAGATC GTTACTTCTA TGGCCAGCGC
CCGTTTGGCA GCGGAGCCGA GGTTGCAGTG GAGGTAGAGG ACGAGACTGA GGTCGACCCT
GATGAAGACG TCGACAACAT TGTGGAGGCA CTCTTTTCGG CCTCCTCTGC GGAGATGGAG
AACGCCGACG ACAGCGAGAA CCAGAGCGAA GATGCTCTAC CCGAGGAAGA GAAGGGCCCG
AAGGGATTTT GGGGTTGGCT CAATGTGAGT GCCGAGGTAA ATGCGGTCCG CTCTCCAGAG
CAACGTCAAG CGCTGTGGCA GCAAGCAGTC TCTGACTACG AGGCGATCAA GGCGCAAGAA
CGCAAAGCAT GCAGTGACGC CAGTCGGATT CGTGAGTTGA TCCTGGCCAT CCTCGAGGTC
AGGAAGAAGA TTGCCGAAGA CTCCGAAAAG CTCCGGTCAT TCGAACAGTC ACTGATTGAG
ATAGCAAATG AACTCTTGCG CCTGGATAAC GAGGAAGGTG GCCCCGCTAA TATGGCACTC
AAGACGTGTC TTGACGCACT TGGGGAACTC CCGCGCAGGC CCGGTTTCTG GTCAAATTTA
TTCAGCCTGG GAAATGCTCG GCGCGACTGG AATGCCGCTC GGGAACTGCT GGAAGGCCAG
CGGGATATTG CCAAAGTCGA GTTCGAGCGG ATCACACGTC TCACTCAACA ACTCGATATC
GATAAGGTCC AGGCGCAAAG AACAATCACT GAAGCGCGCC GAGTGCTTCA GGGATCGCAG
CAGCAGGACC AAACACTTAC GCGCGATGCC ATGGAACTGG CAACCATTCA TCAGGCCGAG
CATCTGCTCG CTTGGTTGAA AGACAATGCT ATCGGGGATG GGGATGCCAT TGAACTGGCC
GAACCCTGGC GCATTCAAGG CTGGCGGAAG GCTCGGGCGC GGGTTTTCAT CCAGGCCCTG
AAGCTCCACC AGACGTTCTT CGAGCTTGAG GCTTCAAGGC TGCGTTCCAA TTTATTCATG
ATCAATAGCC TGTTGACCGG TTCGCGCTTC CAAGGCTTGT CGCGCGATGC AATCCGTTCG
GCGTGGGCTT CTTTGTTCAT GGTCGTTCCG GTGTTGAGCA GCACCTTTGC ATCATTTGCC
CGTTCGTTTG GCTCGCTGGG TGCCAGTGAG ATCGGCTGGT TACTCGTGGA TGAGGCAGGT
CAGGCCGCTC CGCAACAGGC AGTCGGCGCA CTGTGGCGGT CCCGACGTGC GTTGCTGGTG
GGAGACCCAC TGCAACTCAA GCCCATCGTC ACCGTATCCG ATGCGGTGCT GGAGCACATG
CGTACGCGTT ACGGTGTTGA TGCACACTGG ATTCCCAATC AAAAATCCGC ACAGGTCCTG
GCTGACGAAG CCACCCCTTG GGGGCGCATG GCCGGGCCTG CCGGTGGCAA GACGTGGGTA
GGATTGCCAT TGGTTGTGCA TCGCCGCTGC GACAAGCCTA TGTATGCACT CGCCAACCTT
ATCGCCTACG ACGGAGCGAT GGTGTATGGA ACGATTGCAC CGCATGCCGA CAAAGAAACC
CTCGCCAGTC TGCCGACAGG GTGGATACAT GTCAGTGGGG CTTCCGAAGG AAATTGGGTG
CCTGCGGAAG GCCAGGTCTT ACGCGACCTG CTCAAGCGGC TGCATGGCGA TGGCGTAGAG
GCGAAAGATA TTTCAGTCAT CACGCCTTTC AAGGCTGTGC AGCAAAACCT CAAGCGCATG
CTCCGAGGCA AGCTAGTGTC GGGCACGATC CACACGATGC AAGGCAAGGA AGCATCGATC
GTCATCGTCG TATTGGGCGG CAACACTGCC GGAGCTGGCG CTCGCGACTG GGCTGTTTCG
GAACCTAACC TGCTGAACGT GGCGGCAACG CGCGCCAAGC GACGCCTCTA TGTGATTGGC
GACAGAAACG ACTGGAAGCA CCGGCAATTG TTCTGTGACG TCATGGATCT GCTGCCGCTG
CAGGATATTC AAGCACACCG GTAA
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| Protein sequence | MDQESIVRYW HAVELLQPQS APKLKKRANR YEAFIHDTLI QRPLLPWTPE SIVSQQALPK
KRIWSHTLYA HLYDSRLVAE KLDAMYGADQ GYQEPRFRES AVFAAKFTMA GRLVDDSLVL
SSEAWFLGRV LTGKDWTRGF ETDQKTVRER ANTLFEGEVS SADLRELTHW TLQFLGLGDF
FGEMDHHYFR FRSQPVKPDK PESEDDPLNS FLLDDLADVA DAISRGVKSE PLDQYLRYHD
PELRLHMDDK RASLPLMGRL MPDAYASSCW PTEHHLGLVH SQQLAVNTIQ STLADGQGLL
GVNGPPGTGK TTLLRDLIAA IITSRADAFA KLRRASDAFA SDGREAANDG GRQQYSFRLN
PALYGFEIVV ASSNNGAVEN VTLELPQRDK IDDSWLPEAE YFAELGELVS DKPAWGLISG
ALGSKARRNK FVDRYFYGQR PFGSGAEVAV EVEDETEVDP DEDVDNIVEA LFSASSAEME
NADDSENQSE DALPEEEKGP KGFWGWLNVS AEVNAVRSPE QRQALWQQAV SDYEAIKAQE
RKACSDASRI RELILAILEV RKKIAEDSEK LRSFEQSLIE IANELLRLDN EEGGPANMAL
KTCLDALGEL PRRPGFWSNL FSLGNARRDW NAARELLEGQ RDIAKVEFER ITRLTQQLDI
DKVQAQRTIT EARRVLQGSQ QQDQTLTRDA MELATIHQAE HLLAWLKDNA IGDGDAIELA
EPWRIQGWRK ARARVFIQAL KLHQTFFELE ASRLRSNLFM INSLLTGSRF QGLSRDAIRS
AWASLFMVVP VLSSTFASFA RSFGSLGASE IGWLLVDEAG QAAPQQAVGA LWRSRRALLV
GDPLQLKPIV TVSDAVLEHM RTRYGVDAHW IPNQKSAQVL ADEATPWGRM AGPAGGKTWV
GLPLVVHRRC DKPMYALANL IAYDGAMVYG TIAPHADKET LASLPTGWIH VSGASEGNWV
PAEGQVLRDL LKRLHGDGVE AKDISVITPF KAVQQNLKRM LRGKLVSGTI HTMQGKEASI
VIVVLGGNTA GAGARDWAVS EPNLLNVAAT RAKRRLYVIG DRNDWKHRQL FCDVMDLLPL
QDIQAHR
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