| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_3965 |
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| Symbol | |
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| ID | 7260985 |
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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 | Desulfitobacterium hafniense DCB-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011830 |
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| Strand | - |
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| Start bp | 4208030 |
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| End bp | 4213699 |
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| Gene Length | 5670 bp |
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| Protein Length | 1889 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643563886 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002460414 |
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| Protein GI | 219669979 |
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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 | 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 | 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 | ATGACGATTG AAAAAAGAAT GAAGGAATTC CGTAACCAAG GGATTGTTTT ATGGCCTGAA
GGGACTGCCT TGAAATTCAA AGCACCGAAG GGTGTGGTTA CGGAAGAGAT AAGAAGCTTT
TTAAAAGAAA ACAAACAGAG GATTATCCAG TACCTGGAGG GGAATCAGCA GGCTGCTTGG
GCAAGGAACA GGGCGGGCAG GTTCAATAAG TTTCCCTTGA CCGATATCCA GAATTCTTAT
GTGGTGGGCC GCAATAAGCA CTATGAATTA GGCGGGGTGG CCTGCCACGG CTATTTGGAA
ATCGAGTTTG AGGAAATCCT GGATATAGAG AGATTGGAGA CAGCCTGGAA TAAGGTCATC
CAAAAGCATG ATATGCTGCG GGCCATCGTC TACGATGTGG GCTACCAAAT CGTCCAGGAA
ACGGTGCCTC TGGTAAGGAT TCCGGCCATT GATCTGCGGG GCGGGGGGAA TGACAAGGGC
CGGGAAGCCT TGCGGAAAAG TCTGGCCCAT AAGCAATACC CCTTGGGCCA GTGGCCTATG
TGTGATGTGG CGGTCAGCAT TGATGAAGAA AAATCGGTGG TCCATTTTTC AGTGGATATG
CTGATCGCTG ATTTTTCCAG TATGAACATT ATCCTCAATG ATCTGGAGCA TTTTTACAGA
AATCCTGAGG AGCCCATCAG CTACCCCACC CTTTACCGGG ATAGTGTCAT GTATCAAAAT
GACCGGAAGA TGCTGAACCC CCAGGAGCGG CAGGCTGCCG AAGCCTATTG GGAGCAAAAG
CTTCCTTCTC TGGGTGAAGC CCCGGAGCTT CCGGTCATCA AGAAAACCGG ACTGACGGAG
CATACTTTTT CCCAAAAAAA GCTGTTCCTG GAGAGGGAAA GGTGGCAGGG GTTTTGTGAG
CGGGCCAAAG ATGCTCAGAT TACGCCCTCG GTGCTGGTCA TGGCGGCCCT GGCGGAAGTG
ACCGCCTTAT GGTCCTCAAG TCACAAGTTC AGCATCAACA CAACCATCTT CAATCGTCCT
CCTCTTGCCG AAGATATCCA TCAGGTTGTG GGGGATTTTA CCGACGTCAT TGTTTCCTCT
ATCGATCTGG ATTTCAGTAT CCCCTTTAGC CAAAGAGCCC AGGCTATCCA AAAGGATCTT
TGGACGGATT TGGAACACAG CGCTCTATCC GGGGTGGAAG TGCTCAGAAA AATGACCAAA
GAGCGCAAAA AGAACATCAT TATCCCGGTG GTTTTCACAA GTACGGCAGG GATCGCCGGC
AAGGAGGACG CCACGGTCCG CAGAAGCATC CGCTACAAGA TCAGCCAAAC CCCCCAAGTG
TATCTTGACT GCCAGGTAGC GGATGAAAAT GGGGGGGCGA AAATAAATTG GGATGTCCGG
GATGGGGTTT TTGAAGAGCC GGTGATCAGC GACATGTTTG AGAGTTTTTC CCGCTTAATC
AGCTCCCTTT GTGAGCCTGA ACAGCAGGTT TTGGCAGACT ATTTTCCGGT GGAATTGCCC
CTGGGAACCA GGGAGGTAAG AAACATCACC AACTCCACGG CCAGGGAGTA TCCTCCCCGG
ATGATGGAGG AGGGGTTCCT TCATGCCCTG AGGCACTATC CCAACAAGAC GGCTCTGATT
ACAGACCGGG AAGAGTTTAC CTATGCATCT TTTTCCCGCT ATGTGAAGAC CGTGGTGGAT
CTGTTGAAGG AACAGGATGT GCGGCCCGGG GACAGAGTGG GTATCAGCAT CGATAAAAAT
CAATGGCAGA TTGCGGCGGT CATGGCCGTC CTGTTGGTGA AAGGGACCTA TGTGCCGATT
GATGTTCACC AACCCTCTGC CCGCCAGGAA AAGATCATTA AGGGAGCCGG CATTAAAGTG
CTGTTAATCC AGGATGAGGA CTACTCTTCC CAGAAGGGCC ATCCCGCCCG GGAAGGCTGC
TCTGCCCAGG GAGGCTGCCC ACCCTGGGAG GGCTGCACCA CGATCAATCT GCAGGGGGTA
TCCCTGGGAA ATGAGCCTTT GGATGTCTTT ACGTCCGATC CTGATGACTC CGGCTCTGGT
GGCCCCGGCT CTGCTGCTCC CGGCTCTGTT GCCCTCGGCT CCGCCTCCTC TGGCCCCGAT
TATGACCGGC CGGCTTATAT TATTTTTACT TCCGGGACTA CCGGGGAGCC CAAGGGGGTG
GTTATTTCCC ACCGGGCGGC CATGAATACC ATCATGGATG TCAATCACCG CTATGGGATA
GACGAATCCG ATGTGTTTCT TTGCTTAGCC AATCTCTCCT TTGATCTGTC GGTCTATGAT
ATTTTCGGCT GCTTTGCGGC GGGGGGCACC CTGGTTATGC CTGCTTCGTC ACAGATCAGG
GACCCCAAGT ATTTGTATGA TCTGATCCTG CTGAACCGGA TCAGTGTGTG GAACTCGGTT
CCGGCACAAA TGCAGATGGT GGTCAATTAT CTGGAATCTG TGGAGAGCAT GAAGAAGAAA
ACCTCCTTGA GCAAGGTGTT TTTATCCGGG GATTGGATAC CGGTCAACCT GCCTGAGCGC
ATTGGCGCCA TGTTTCCCCA GGCCAGGGTG GTCAGCATGG GCGGGGCCAC GGAGGCCTCC
ATTTGGTCGA TTTATTATGA CATTGCCAAA GGTGAAGTCT TTGGGAAAAG TGTTCCCTAT
GGGAAACCCA TGGCCAATCA AAGGTTCTAT GTGCTCAACG GTGAGGGGCG GCCCTGCCCG
GATTATGTGG AGGGGAACCT CTATATAGCC GGTGACGGCT TATCCCTGGG GTATTTGAAC
GATGAGAAGC TGAACGGGGA AAAGTATGGC AGGCTGCCGG CGACGGGGGA AAGAATTTAC
CGGACCGGGG ACAGGGGGTA CTACAGGCGG GATGGCAATA TCATGTTCAG AGGCAGGGAG
GCCGGTGATG AGCAGATCAA AATTCACGGC CACCGCATCG AGCTGGCTGA AATACGTACG
GCCTTAACCG ACTATCCCCT GATCGATTCA GCTCTGGCTT TGGCCGTAGG GACACCCCCC
GATGAATTGA AGATCAGTGC GGTGATGACG CCCAAACGCA GGTCGGAACA GCAGGATATC
GAGCCAGATG ATCAGGAACT GGCTATGCTG GCCGCGGCGG GCCGGTTTTA TGAGACAGGC
ATGGACGGGG AATTGCTGGA AAAATGGACG ACCAAATCGG AAGAAGTGGT GATCAGCGAT
ATCTATCATA CCTTCAAAGG CTTCGGGATC TTTGCGGAAG TGGATAAGCG CCATTCCTTT
GGGGAAATCA TGCAAACCAT GAACATTCCC GAAAAGCTCC ATAAGCTGAC CAGATTATGG
CTGCAGGTGC TGGTGAAAGA AGGGGTGCTC CGGGAAGAAG AGCAAACCTT TGCTTTGGTG
GAACATAACC TTCACCTCGA TTCCGGGGCC CTCTGGGATG AGTTCTACCG GATTGAAGAG
GAGTTCAACT ACAGCCGGGA ATTTGTGGAT TATCTGAAAA AATCCAGCGA TGTGCTGCCG
GAAATGATTC AGGGACAGGA AAACCCTCTC AACGTGCTCT TCCCCAAGGG GGATGTGGCA
CCGGCCATGG CGGCCTACCA TGATAACAAA ATCAATCAGA TCCAGAACGG GATTGCGGTT
AAGGAGGTCC TCTATCTGTG CCGGCAAGCC AACCAAAAGG AACCGGGCCG GCCCTTCCGG
ATTTTAGAGG TGGGGGCGGG AGTGGGCGGA ACATCCCTGG ATCTGATTCC CCAGCTGGAG
GGCCGGCAGG TGGAATATCA TTTTACCGAC CTGTCCGCCT TTTTTCTCAA TCATGCCCAG
GAGAATTTCC GTTCCTATGA ATGGGTGAAC TATGGGCTGT TTGACATCAA TCAGGATTTT
GCCCTCCAGG GCTATGAGGC CTTTTCCTTT GATTTGATTC TCTGCGCCAA TGTTCTGCAC
AACGCCAGGG ATATTCATGA GGTGATGGAT AACCTGAAGC ACCTGCTGGT GGACCGGGGA
ACCATGATCA TTCTGGAGGA GACCCGCGTC AGCTACATGC TGCTGACCTC CATGGAATTT
AAGGACGGAC TGACCGGATT CCAGGACGAG CGGGGGGAGG AGCAAACCTT TTTCACCAGG
GCCCAGTGGG AAAAGATCTT CAGCCGCCAC GGCGGGGAGA TTGTTTTTGA ATTTCCCGGT
CAGGACAGCA AGCTGGATAT CTCCGGCCAA ACCATTTATA TCACCAGGTA TGCCGGGGAG
TATGAGCCCT TGGACAAAGG GCGGGTGCAG GAGCATTTAG CCAATACGGT TGCTCCCTAC
ATGATTCCAA GCACCCTGCT GGTGCTGCCG GCCCTGCCCC TGACGGACAA TAAGAAAGTG
GATATGGGCA GGGTAAGGGC CTATCTGGAG CAAAACCACC AAGCTTCCGG GACGGAGCCG
GGAGAAAAAG CCCTGCCGGA AACGGAGCTG GAGAAGCGGA TTGCCGTCAT CTGGTGCCGG
GAATTAAAAA TAGCTTCCTT TGGCAGGGAG GACAATTTCT ATGAGGTAGG GGGAGATTCA
CTTTTGATCG CCCAGGTGGT GGGCAAGATG GTGGAAGAGA TCGAAGAGGC GGAAGGCTGG
GAATGGAGCG CCTTGCTGAC GGAAATGATG CAAACGCCCA CAGTCAAAGA GGTCGCCGCC
AAAATAGAGA GATTCTTCAG CCATAGGGAC ACCTTTATTG ATCCCTCCCT GATCCAAATC
AAAGACAGCC GGCTGCCCCG GGAGCAGTCC GTGGCCAAGG TGCTGTTCCA TGCGGGAACA
GGGACCCTCT CCGCCTATAC GGATCTCATC GCCTATATTG AAAAGGACAG CAAAGAGGAT
GAAAGTGTCC TGGGATTTTC CTTTGGCAAT GAGGTTGACT ATATTTCCAT GGAGACCCAG
GATACCTTCA AGCTGCTGGG CAAAAAATAC GGCAAAATTC TCAGCAGCTT AGGGTTTGCC
AATTATATTC TGATTGGGCA TTGCGTAGGC GGGGTGATTG CCCTGGAGGC GGCGGAGCAT
CTGCGGGAGT CCGGGCATCG GGTTTCCGAT GTCACCTTGA TCAGCGCCAC CATTCAAATG
CAGAAAGAGA TGACCCACTA CCGGGAGCTG CCCGACCAGG TGTATGCCCG AGCTTTGGAA
ACCAGCCTGG ACAATGAGCT GCTGCTGGAG CGCACCTTTG CCCGGCTGAT TAACGCCAAT
GAGTATGAAG CGGGATATAC CACCCAAGAG GCGGATCTGG AAAGGTGCAT TGAATTCCTG
GTCAAGGAAC GCCAGGGTGA AGTAAGCGCC GAAGCCTTGT GCTCTTTGGA CGGTCCGTAT
CAGGAGATTG GCGATAACTT TAAGGAGCTG TCCAGAAAGC CGATTTCGGA AAGACTGAAC
GATCTCTACG CCACCATTGA GCGGTCTGAG TCCAATTTAA TGGAGCATGA ACGGAGGATG
CTCAATACCT TGTTTAATAT TTTTTCCCAG AATTTCGGCT GCGTGGCCAG TCATGAGCCC
AGACCCTATG GGGGGCAGGT GCGGTTGTTC TCTTGTGAAC AGCAGGAAGG GAGCTTCTTC
CGGGAGTTTT TTGGGGAGAA CCTGGAGACC TGGCTGCCCT ATCTCCAAGG GGAATACACC
TATGAGGTGA TCGCCGGCCA GCATTTTGAT TGTATTGTTG AACCTAATCT GCAAAAGAAC
ATCGGCAGGA TCCTGAATTT CAGATACTAA
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| Protein sequence | MTIEKRMKEF RNQGIVLWPE GTALKFKAPK GVVTEEIRSF LKENKQRIIQ YLEGNQQAAW
ARNRAGRFNK FPLTDIQNSY VVGRNKHYEL GGVACHGYLE IEFEEILDIE RLETAWNKVI
QKHDMLRAIV YDVGYQIVQE TVPLVRIPAI DLRGGGNDKG REALRKSLAH KQYPLGQWPM
CDVAVSIDEE KSVVHFSVDM LIADFSSMNI ILNDLEHFYR NPEEPISYPT LYRDSVMYQN
DRKMLNPQER QAAEAYWEQK LPSLGEAPEL PVIKKTGLTE HTFSQKKLFL ERERWQGFCE
RAKDAQITPS VLVMAALAEV TALWSSSHKF SINTTIFNRP PLAEDIHQVV GDFTDVIVSS
IDLDFSIPFS QRAQAIQKDL WTDLEHSALS GVEVLRKMTK ERKKNIIIPV VFTSTAGIAG
KEDATVRRSI RYKISQTPQV YLDCQVADEN GGAKINWDVR DGVFEEPVIS DMFESFSRLI
SSLCEPEQQV LADYFPVELP LGTREVRNIT NSTAREYPPR MMEEGFLHAL RHYPNKTALI
TDREEFTYAS FSRYVKTVVD LLKEQDVRPG DRVGISIDKN QWQIAAVMAV LLVKGTYVPI
DVHQPSARQE KIIKGAGIKV LLIQDEDYSS QKGHPAREGC SAQGGCPPWE GCTTINLQGV
SLGNEPLDVF TSDPDDSGSG GPGSAAPGSV ALGSASSGPD YDRPAYIIFT SGTTGEPKGV
VISHRAAMNT IMDVNHRYGI DESDVFLCLA NLSFDLSVYD IFGCFAAGGT LVMPASSQIR
DPKYLYDLIL LNRISVWNSV PAQMQMVVNY LESVESMKKK TSLSKVFLSG DWIPVNLPER
IGAMFPQARV VSMGGATEAS IWSIYYDIAK GEVFGKSVPY GKPMANQRFY VLNGEGRPCP
DYVEGNLYIA GDGLSLGYLN DEKLNGEKYG RLPATGERIY RTGDRGYYRR DGNIMFRGRE
AGDEQIKIHG HRIELAEIRT ALTDYPLIDS ALALAVGTPP DELKISAVMT PKRRSEQQDI
EPDDQELAML AAAGRFYETG MDGELLEKWT TKSEEVVISD IYHTFKGFGI FAEVDKRHSF
GEIMQTMNIP EKLHKLTRLW LQVLVKEGVL REEEQTFALV EHNLHLDSGA LWDEFYRIEE
EFNYSREFVD YLKKSSDVLP EMIQGQENPL NVLFPKGDVA PAMAAYHDNK INQIQNGIAV
KEVLYLCRQA NQKEPGRPFR ILEVGAGVGG TSLDLIPQLE GRQVEYHFTD LSAFFLNHAQ
ENFRSYEWVN YGLFDINQDF ALQGYEAFSF DLILCANVLH NARDIHEVMD NLKHLLVDRG
TMIILEETRV SYMLLTSMEF KDGLTGFQDE RGEEQTFFTR AQWEKIFSRH GGEIVFEFPG
QDSKLDISGQ TIYITRYAGE YEPLDKGRVQ EHLANTVAPY MIPSTLLVLP ALPLTDNKKV
DMGRVRAYLE QNHQASGTEP GEKALPETEL EKRIAVIWCR ELKIASFGRE DNFYEVGGDS
LLIAQVVGKM VEEIEEAEGW EWSALLTEMM QTPTVKEVAA KIERFFSHRD TFIDPSLIQI
KDSRLPREQS VAKVLFHAGT GTLSAYTDLI AYIEKDSKED ESVLGFSFGN EVDYISMETQ
DTFKLLGKKY GKILSSLGFA NYILIGHCVG GVIALEAAEH LRESGHRVSD VTLISATIQM
QKEMTHYREL PDQVYARALE TSLDNELLLE RTFARLINAN EYEAGYTTQE ADLERCIEFL
VKERQGEVSA EALCSLDGPY QEIGDNFKEL SRKPISERLN DLYATIERSE SNLMEHERRM
LNTLFNIFSQ NFGCVASHEP RPYGGQVRLF SCEQQEGSFF REFFGENLET WLPYLQGEYT
YEVIAGQHFD CIVEPNLQKN IGRILNFRY
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