| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dd703_3043 |
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| Symbol | |
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| ID | 8089879 |
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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 | Dickeya dadantii Ech703 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012880 |
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| Strand | - |
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| Start bp | 3539696 |
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| End bp | 3542311 |
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| Gene Length | 2616 bp |
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| Protein Length | 871 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644837127 |
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| Product | hypothetical protein |
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| Protein accession | YP_002988639 |
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| Protein GI | 242240458 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG1002] Type II restriction enzyme, methylase subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.743399 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGCGTCAGG GCAGTAGCCG TAACATCGCT AAAGAGCCTG GTCAGGTCGG TATCAAGAAT
AAACTCTGGT TTCAGTCTGC TGCGGAAGGA GAAGAGCTTG AGACTCTGCT AAATCAGTGC
ATTGATGACC CAGCGATAGC TAAAAATAAG ATCCGCTTCG TGCTGATCAC TGATTTTACT
CGCTTTCTGG CTTGGGATAC CGCAAGTAAA GAGCGGCTCG ACATTGAAAT GGACGAGTTA
CATAGCAACT ATGGTTTCTT TTTGCCGTTA GTGGGCCTTG AGAAAGCCAT TATCAGCAGT
GAAAACCCTG CTGATGTGAA GGCCGCCGAG AAGATGGGGA GATTGTTTGA CCTCATCCGA
GTCCACAATG ACCTCAGTAA GTCGGAAGAT ATCCATGCCC TTAACGTCTT CCTGACTCGC
TTGTTATTTT GCCTTTTTGC CGAAGACACC GGTATTTTTG CCCTCGCCCA GTTCACGTCT
GCTGTCAAAA GTTTTACCGA AGAAGATGGC AGCGATCTGG ATTCATTTCT TTATCAGTTA
TTTGGTGTGT TAGATGAGAA GCCTGACAGC CCGCAGCGGC AAAGGCTACC CGCCCATCTT
GCAGCATTTC CGTATGTAAA TGGTGGATTG TTTGCCAGCG ATGAACCGGT TCCCGAACTG
CGCAAAAAGG GGCGCAAGAT CTTACTCGAA TGCGGAACCA TGAACTGGAG TGAGATTAAC
CCAGACATTT TCGGCAGCAT GTTCCAGGCT GTGATTGATG TGGAACAGCG CAGCCGCTTA
GGGCAGCACT ACACTTCATA TCGCAATATC ATGAAGGTGA TTCAGCCCCT GTTTCTTGAT
CCGTTACGCG TTGAACTGGA TAAACAACGT AACAATGCCA AGGGGCTTAA AGCGTTACTG
GTGCGACTCG GCAAGATCAA AGTATTCGAT CCTGCATGTG GATCCGGTAA TTTCCTGATT
GTGGCCTACA AAGCGTTACG CAATCTGGAA ATTGAAGTGA TTGAAGCTCT GCGTGAGCTG
GAACCTCAAA CATTTTCAAT GAGCGGTCTT CATCTGTCAC AGTTTTACGG CATTGAGATT
GATGACTTCG CCAGCCAGAT CGCTCGGTTA TCCCTCTGGC TGGCGGAGCA CCAGGTGAAT
AGTCAGTGGG AAAAAGCGTT TGGTTTCGCG CCACTGGCAT TGCCGTTACG TGAAAGTGGA
AATATTCATA GTGGTAATAG CTTGCGTCTT GACTGGTATC AGGTCTGTCC TAAAAAAGTT
GATGATGAAG TGTATGTAAT CGGTAATCCG CCCTTTTTAG GAACACTGGG ACGTTCAGAT
GAGCAACGTG CTGATATGCA GGCTGTATTT AGCGACTTCA AAGCGTTAGG AACCTTAGAT
TTTGTTGCTT GCTGGTTCTG GAAAGGGGCG CAATACATTC AACATTCATG TGCTGAGCTG
GCCCTGGTAG CAACCAATTC CATTTGTCAG GGAGAGCAGG TTGCGACACT GTGGCCGCCA
ATTTTTTCCC TCGGGCTAAA TATCCATTTT GCTTATCCAA CTTTTCCATG GGTGAACAAT
GCCCGTGATA AAGCAGCTGT TCACGTAATT ATCATCGGGT TATCAGCTCA ATCAAGAACA
AGAAAATTAT ATCAGAGAGT TAATAGAGAG TGGCATTGTA AGCAGATTGA TAATATTAGT
CCGTATTTGA TTGAGGGGAG TAATATTACT ATTTTTTCAC GGAATAAACC GATGGTTAAC
GGAGTGTCAT CTTTATTATT TGGCAATAAG CCAACTGATG GTGGACACTT ATTGTTAAGT
AGGCAGGAAC GGGATGAGTT ATTAAAAAAA GAACCCAAAT CTGAACGCTG GATTAAGAAA
TTGTTGGGGG CCGATGAGTA TTTAAATAGC AAAGAGCGTT GGTGTTTATG GCTGGTAGGG
ATAACAAATG ATGAGCTTCA GGCAATGCCA CTTGTTTATC AGCGAGTGCA GCGTGTAGCG
GAAACACGCA GGAAAAGTCC TGATAAAGGT GCACAAAAAA TGGCAGAGCG GCCACATCAA
TTTCGGGATT TAAATAACCC TAATAACTAT ATCCTAGTTC CCAGCGTGTC ATCAGAGCGT
CGCACCTATG TTCCCCTAGG TTTTTTTAAT GCAGAGGTAA TTTCAACAAA CCTTAATTAT
ATTATTCCCA ACGGCACACT ATACGAATTC GGCATACTTT CTTCTTTAAT GCATAACGAC
TGGATGAGGT TGGTAGCTGG TAGGTTGAAA AGTGACTATC GCTATTCTGC ATCGGTAGTT
TACAACCCTT TTCCCTGGCC TGAAGTGACC GAAATACAAC GCAAAGAAAT CGAGATTCTT
GCCGAAGACG TGATTTTAAT CCGTGAAGAA TTCCCAGGAC GTACACTCGC TGAACTCTAT
GATCCCGATA AGATGCCGCA AAAGCTGTTA ACCGCCCATC AGGCTCTCGA TACCGCGGTG
GATCGACTTT ACCGTGAGCC CCCATTCAAA GATGCAGCCG ACCGCTTAAG CTGCCTGCTG
GCACGTTATG AAGCACTGAC GCAGAAACTG ACAGTAACTC AGGCTAAACC AAGAAAGAGC
AGAACACCGG CCAACGCAGG AAACCATAAT GAATAA
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| Protein sequence | MRQGSSRNIA KEPGQVGIKN KLWFQSAAEG EELETLLNQC IDDPAIAKNK IRFVLITDFT
RFLAWDTASK ERLDIEMDEL HSNYGFFLPL VGLEKAIISS ENPADVKAAE KMGRLFDLIR
VHNDLSKSED IHALNVFLTR LLFCLFAEDT GIFALAQFTS AVKSFTEEDG SDLDSFLYQL
FGVLDEKPDS PQRQRLPAHL AAFPYVNGGL FASDEPVPEL RKKGRKILLE CGTMNWSEIN
PDIFGSMFQA VIDVEQRSRL GQHYTSYRNI MKVIQPLFLD PLRVELDKQR NNAKGLKALL
VRLGKIKVFD PACGSGNFLI VAYKALRNLE IEVIEALREL EPQTFSMSGL HLSQFYGIEI
DDFASQIARL SLWLAEHQVN SQWEKAFGFA PLALPLRESG NIHSGNSLRL DWYQVCPKKV
DDEVYVIGNP PFLGTLGRSD EQRADMQAVF SDFKALGTLD FVACWFWKGA QYIQHSCAEL
ALVATNSICQ GEQVATLWPP IFSLGLNIHF AYPTFPWVNN ARDKAAVHVI IIGLSAQSRT
RKLYQRVNRE WHCKQIDNIS PYLIEGSNIT IFSRNKPMVN GVSSLLFGNK PTDGGHLLLS
RQERDELLKK EPKSERWIKK LLGADEYLNS KERWCLWLVG ITNDELQAMP LVYQRVQRVA
ETRRKSPDKG AQKMAERPHQ FRDLNNPNNY ILVPSVSSER RTYVPLGFFN AEVISTNLNY
IIPNGTLYEF GILSSLMHND WMRLVAGRLK SDYRYSASVV YNPFPWPEVT EIQRKEIEIL
AEDVILIREE FPGRTLAELY DPDKMPQKLL TAHQALDTAV DRLYREPPFK DAADRLSCLL
ARYEALTQKL TVTQAKPRKS RTPANAGNHN E
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