| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dd703_1676 |
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| Symbol | |
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| ID | 8090270 |
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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 | 1981397 |
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| End bp | 1984624 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 644835759 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002987295 |
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| Protein GI | 242239114 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.501176 |
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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 | ATGGAATGTA GTAATGATTT ATTTGAACTG ACATTGTCTC AGATGGATAT TTATCTGGAT
CAAATCAAGA CGATTACTAG CCCCAAATTT AATATCGGTG GATATATAAA GCTACGCAAT
ATTGACGGCA GCCGTTTGGC CATGGCGCAT CAAATATTGA TTGAACGCTA TGACGCATTC
GGCATCCGCA TCGTTGGCGA TAGCCGGCAG CCCATGCAGT CGATCTCCGG TAACAGAAAT
ACAGGGTTGC CGATCGTCGA TTTCTCTACA GATCCTGCCG GTAGAGAAAA AGCGTTGGCG
TGGGTGAATA ATGCGTTTTC CACGCCGTTT CATTTGGAGA ACAGCGAATT ATTTAACGCC
TGGCTGATCA GAATAGATGC ATCCGAGAGT TGGTATGTCG GTATAGCTCA CCATATTATC
AACGATGGTT TCGGATTTAT TAACTGGACG AAACGGCTCG CCGATATTTA TAACCACGAG
AATCCACCGG TCGGGTTGCG TTGGCACGAT ATCGCCACCC GTGATACTGA TTATGTGCAC
AGCGAAAAAT ATCTGGCGGA TCGACAATAT TGGTCTGAAT GGCTGCAGCG CACGACGGCA
ATGCGTTTGA AGCCGGTTCA TTCGGCGACG GAAAATGAAA GCCACAATAA AACCAGCGGT
CGTGAAATTC GTTATATGGC TCGCCAGGTC TATAACCAAT GGGTTTCCGT GGCCCAAGAG
CACGGCCTTA CGCTTTATCA CCTGATAGCC GCCGCGATTG CCATCGCTTT TTTTCGCAGT
GAAAACACCG ATCAGGTCGC TATCGGTATT CCGGTACACA ATCGCCGTGG CGGCGAGCAG
AAGAATGTCA TCGGCGTATT TACCAATATC ACCCCGCTGT ATCTGGACAT CGCGGCGGAT
ATGCGCGTTT TGGATGTCGC CATGCAGGTC AAAGCACGGC AGAAGCAGGG GATTAGCCAT
AACCGCTTTC CATTGGGGCA TATTTCACAA CTGGCGGCCG GGCTTCATCA CGCGCGTCAT
GTTTTTGATG TCAGTTTCAA TTATCTCAAG GTTGGCGGCG GCGTCGTCTT TGGCGAACAG
CCATCCGAAC TGTTTTATTT GAGCCACTAC CATGACGATA CGCCATTGAA TATCACGCTG
TGGGAATCTG GCAGTGAGCA GGAAATAGAA TTTCATTTCG ATTACAACTT CCGGTATTTC
AATGCCATCG AGTCGCAACG GCTGGCAGAC AGAATGATGT CCCTCTTCGA CGTCTGCGCC
CGTGCTATAA CGGAGAATGT CTGCCAGATT GCGATGTTGC CCGCACCCGA ACGGCGATTA
ATACGGCAGT TTGCCGCCAA TCAACCCGCA GGGCTTTCGC CGCAGGTTCC CACTTCGTTC
CTGCATCTGC TGGTAGAACG TCAGGCGGCG ATGACGCCCG ATAACGTGGC GCTAATCGAA
CCCTCAGGTC ACAGTCTGCG CTATGTTCAG CTTAACCGGC GGGCGAACCG GTTAGCCGGA
TACCTGCGGC AACAGGGGGT TTGTACCGGC GATCCGGTGG TTTTGTGCGC GTCTGCCGGG
TGTGACGCCA CGGTCGGCAT GCTGGCGATA CTGAAATCAG GCGCCGTTTG CGTACCGGTC
GACCTGCGGT ATCCCGCGCA ACGTATTCAG TACGCCATCA CTCAGTCAGG CAGCCGTTTT
GTGCTGGTGG ATACCCATGC GAACGGGTAT GAGCGGCTAA GCGCGCTTCC TCATGGCTGT
CGCGAGATTG CGCTTTGTCG CCCGCCATGC GATGACGACG AGGCGCAATG CCCGGATATT
GATCCGCATG CCGTGGCATT AACGCCGGAT TCCGCCGCGT ACATCATCTA CACCTCCGGT
TCGACGGGAA AATCGAAAGG TGTTGAAGTG GTTCACGGCG CGTTGGCCCA ACATATTTTG
AATATCAACC GCTGTTATCG CATTGGTGCC GCCGATCGTT GTCTGCAAAC GGCGTCGATC
AGTTTTGACG CGGCGCTGGA ACAGCTGTTT GTCCCCCTGA GCTGCGGCGC GTCGGTACAT
TTTGTCGACC TGCGGATGAA TGACGTCGAT AGTCTGGTTT CCTTTATTGA ACAGCGCCGT
ATCACCGTCG CCGATTTAAC GGCGTCGTAT GTGAGTGAGT TCCTGAATCT GTATGCGGCA
GCCAGACCCC AAGCCCTGCT CAGGTTATTG ATTGTCGGCA ACGAATGTTT TTACAGCACG
GTATTGCGTC GATGCCTGGC CGTTAATCTT GCGGACAGAG TCATTAATGC TTACGGCCCG
ACCGAAGCGG TAATTACCAG TACGCTCTAT GAAGTGCAAC GGGATGCGTT GCCATCCGGG
GTCACGGTTC CTATTGGGCG AGCCGTTCCC GGTAATCGAA CGTATATTGT CGGGCGGCAT
GGGCAACTGA ATCCGATCGG CAGTATCGGC GAATTATTGA TTGCCGGAGA GAGTCTGGCG
CGTCGTTATA TTCATGACGA TGAACTCACC GCCAGTAAAT TTATCGTCAG GCAGTTTATT
CCGGGCATTA ATGAACGCTG CTATGCCACG GGCGATTTGG TTCGTTTCCG TGAAGATGGA
AATATCGAAT ATATAGGCAG AAAAGACGGT CAGTTAAAAA TCAGAGGGCA TCGTGTCGAG
CTACTTGAAA TAGAGTCTGC ACTGCTGAAT ATTGATGAAG TCAAACATGC GCTGGTTAAT
TATCAGCACC ATGAGCAGGA GCACGGCCGT CTGGTTGCTT ATGTCGTTCC CCGCACGGAG
CCGTCGCCGC CCGCGATGGT GACGAAAACG ATTAAGAGCA AACTCCGCGC CCGCCTGCCG
GATTATATGA TCCCATCGCA AATCATTATT AAGCCGCAAT TTCCCCAACT TCCTAATGGA
AAGATGGATG TCAACAGTAT TATCAATACG CCGGTGGATT ATGACGATGT TATTTTTAAA
CCGGTAACGC CCGTCGAAAT CAGGCTGGAA AAATTGTGGC GTGAAATACT ATCGCTGGAT
GACGTGGATA TTCATACCAG CTTCTTCAGC CTGGGGGGAG ATTCACTGCT GGCTATCCGC
CTTAATGCCA GCATCAAAGA TGTCTTTAGC GTGTCTATTC CTGTGGAGCT GATTTTTAAT
TATCCCACCC TTCATGAAAT GGCGATGAAT ATCGACCTTA TCCGCGATCG CGTTACCCAT
CACGAAAACC ATATTCAGTC TCAATTTAAT ACCGAGGGAT TTCTATGA
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| Protein sequence | MECSNDLFEL TLSQMDIYLD QIKTITSPKF NIGGYIKLRN IDGSRLAMAH QILIERYDAF
GIRIVGDSRQ PMQSISGNRN TGLPIVDFST DPAGREKALA WVNNAFSTPF HLENSELFNA
WLIRIDASES WYVGIAHHII NDGFGFINWT KRLADIYNHE NPPVGLRWHD IATRDTDYVH
SEKYLADRQY WSEWLQRTTA MRLKPVHSAT ENESHNKTSG REIRYMARQV YNQWVSVAQE
HGLTLYHLIA AAIAIAFFRS ENTDQVAIGI PVHNRRGGEQ KNVIGVFTNI TPLYLDIAAD
MRVLDVAMQV KARQKQGISH NRFPLGHISQ LAAGLHHARH VFDVSFNYLK VGGGVVFGEQ
PSELFYLSHY HDDTPLNITL WESGSEQEIE FHFDYNFRYF NAIESQRLAD RMMSLFDVCA
RAITENVCQI AMLPAPERRL IRQFAANQPA GLSPQVPTSF LHLLVERQAA MTPDNVALIE
PSGHSLRYVQ LNRRANRLAG YLRQQGVCTG DPVVLCASAG CDATVGMLAI LKSGAVCVPV
DLRYPAQRIQ YAITQSGSRF VLVDTHANGY ERLSALPHGC REIALCRPPC DDDEAQCPDI
DPHAVALTPD SAAYIIYTSG STGKSKGVEV VHGALAQHIL NINRCYRIGA ADRCLQTASI
SFDAALEQLF VPLSCGASVH FVDLRMNDVD SLVSFIEQRR ITVADLTASY VSEFLNLYAA
ARPQALLRLL IVGNECFYST VLRRCLAVNL ADRVINAYGP TEAVITSTLY EVQRDALPSG
VTVPIGRAVP GNRTYIVGRH GQLNPIGSIG ELLIAGESLA RRYIHDDELT ASKFIVRQFI
PGINERCYAT GDLVRFREDG NIEYIGRKDG QLKIRGHRVE LLEIESALLN IDEVKHALVN
YQHHEQEHGR LVAYVVPRTE PSPPAMVTKT IKSKLRARLP DYMIPSQIII KPQFPQLPNG
KMDVNSIINT PVDYDDVIFK PVTPVEIRLE KLWREILSLD DVDIHTSFFS LGGDSLLAIR
LNASIKDVFS VSIPVELIFN YPTLHEMAMN IDLIRDRVTH HENHIQSQFN TEGFL
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