| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ppro_1001 |
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| Symbol | |
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| ID | 4574793 |
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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 | Pelobacter propionicus DSM 2379 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008609 |
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| Strand | + |
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| Start bp | 1047545 |
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| End bp | 1053157 |
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| Gene Length | 5613 bp |
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| Protein Length | 1870 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 639755041 |
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| Product | hypothetical protein |
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| Protein accession | YP_900686 |
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| Protein GI | 118579436 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.723533 |
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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 | ATGAGTATTG ATCAGCTCGC ACATCAGTTG CATGATGTTT TTGCAGCTTC CAAAAAAGCG
TATGCAGTTC AGGATAACGA CGGTTACAAG ACGAAATACG CAAGGCTAAG CCCTTACACA
ATAAGAAGAA TGCTTCAAAA TAAGCTAAGC ATTATGACAT ACCAAATGGT CAATATGAGC
GATGTTAAAT GGCTTTGCTT AGATTTTGAT ATGCCAAATC AAGTTATAGG TGAAGGGGCT
GAACCTAAAA AAGACCTTCT TAAAGATTTG CTGCAAGTAG TTAAGGGTGC GTGTGTACAG
TTAGATGCTC TGTCTATCTC TTATCTTGTA GAATTTTCAG GCAACCGAGG TTTTCATATT
TGGATCATCT TGGATAGATA TATTTCTAAG GCTTTTGGAT ATGAAATTAA CACAAAGATA
ATGGAACTTA TTGACATTAC AGAACCTTTC TCGGTTGATC TTTTTCCTAC AACTGCAAAG
ATCTCAAAAG AAGGTATTGG AAAAGGAGTA AAGTTGCCTT GTTCATGTCA TGTCAAATCA
GGCTGTTATT CTTTTCTTAT TAGTAATGTC TACGAAGCTG ACACGATAAA TATTTATAAA
AATGAACTTA ATAATACTTT TATTGATTCT CAGATCAGCA TTTTAAATGA TTTGAAACGG
CAAAATCCAA AAGAAATAAT GAATGCACTT GGTTTGTCTG AACAATTAGT AGATAGGCGG
AGTTATGATA AGTTTATAAA AACCTCGAGC ATCACAGTGA CCGGTGATGA TGAGGTGTCT
ATTGATAGCG TATTGAACGA CTTGTCAGGC TGTTCATTCC TAAAGGCAAT ATTGAAAAAC
TACAGACTAG GATTAACAGA GAAAGAACGA GTCATAATTG TTGGCCTGTT ATCTAAAATT
CAGAGTGATA ACGACCCCTT CTTCGGGAAC AAGTTGCTTG AGGAATTATT CTCGAGAATG
CCAAACTACA GGCCTGAACT GACACGGAAG AAATTAGAGT GCCTCAAGTT GCAGCCAGTA
ACATGTGAAT ATCTAAGACA TTTTCGATCT GATGAAAAAT GCAGTTGCTT AGATGGTACA
AAGAAATCCC CTATAGAGCA CATACGTGGT GTGGCAATTG CTGATAACGA TCCATTTGCA
TATGAACCTA TGGAAACAGA AAAAGTTATT ACTGCAGCCT CAAAATACAC ATATCAAAAT
GATGAAGTTG CAATGCCCAC CGTATTACTC AAGCTAGAAG ATATGAAGGG CAATAATTTG
GAGGCTGTGT GGCATTCGGT ACTACATGAG GTAAGACCAC TTAAAAAATT TTACACCTTC
CGCAGGCAAG AAGAAGACAA AGTCAGAATA CTTATTACTC TTACTGCCAA AGAAAAGGTT
CTAACAAAGT TGGCAATCAA AGCATTACAT GCTTTTTATT ACCCAGGTTT TTCTGACTGC
AGTTATGGCT ATAGATTCAA TTATAGTTTG TCAAATAACA ACTTGTTTTA TCCGTGGCTG
CAACAGTGGA ATATATTTAC AAAAGAAATA AAAAACATTG TAGACGATGA AAATGCTGAA
AGCATGTATG TAGTAAAACT GGATATAAAA GGTTTTTACT CGAATATTGA CAGAGAAATG
CTGCGGATCA AGTTGGTAGA TGGTCCGACA GACGAAATTC GAGTTGCGTT TAAAAGCCTT
GGTGAGACTG AAATCGATAA AATTAAGGTG CTTGCATCAT GGTTTATAAG CATTTGCGAC
GCTACCGTAG AGGGGAAAAA AGGTGTTCCG CAGGGGCCTG CGTTTGCAAG ATATTTAGCA
GAGCTGTACT TGATGGACTT TGACCGTTTT ATAGAACGAA TGGTATCAGG ATCTCTAGGG
AGGTACTTCA GATATGTCGA TGACGTCTTT GTATTTGTCG ATACTGAGGC CGAAGCAGCC
TCAATATTAG CTTATGCCAC TAATTTTCTA AAATCCTTGG GATTGCATCT CAGTCATGGT
AAGTGCTTTG TAGGGACGAT AGCTCAATAC AAACCGGAGA TTAGTAGATA TTTTTCAAGG
GCTAAGTATG TAGTCGATCA TGCAAAGCTT CAGACTGATC ACTCCGGCAA AATCACGAAT
GCGATAACTA CATTGTTCTC TTTGTTACGT AATGATGGGG ATGGTGGACA GATAAACGAG
TCAAACCTCC CTTTTTTTCT GACTCACCTT TCACAGCATC GCTTGGTGCA TGAGCGGTTA
GTAAAATTAG AAGAATACGT CTTGCGAATG AATCGTGGAC GAGGCTCGCT GTTTCGCAAC
TTTTTCAAAA GGTACATTGA GACAACTACG AATAGTCTTC GACATGTAGA TGATCTACAA
GCGTTGACCG GTGGTCTAAA ACGTGAAGTG TTTATTAGCT CGATTTTATC TAAAATCATC
TCTGGTGGTG ATGTTAGCGC ATACAAGAAT GAACTTAGAG GTGTTTTAAC AAAGTATGCA
ATGAGCCAGG ATTTGACAGT TGTAGAAAAG GAGCTTCTAG GAGTCATAAT GTTGCACGAT
CAGGATATTT GCGATGTCGA GTTTCTTTCC AAGATAAGCC CCACACTACT TTCTGAAATA
ATGCAAGTAC CTATCGCTAA GAATATACCG CCTGCTGTAG TGCCTTACAT AGCAGCAAGA
ATAGTGGGTC TTGAGGCTAC TGATTTTCTT CGTAGTGCGT ATTCTATGGT ACGTACTACG
AAGTTGGAAA ATGTAGTCGC GTATCGGGAG CTAGGTGCTA CATTTTTGAA AAAGTTTATA
AACGACATGG GCGCTAATCA ACCTACTGAT TACAAGTTTG AATTCATACA GTCAGTTGAT
GACGCTCAAA AATTCCATCA TCTGCTTGCT TTTTTTACGG TCATTGTTGA AGACGTTGAG
GTAACTTTCG AGGCCATTAT AAACGTATGG CACGCTTTCA TGTACTTTCT TAATAATAGA
CAACTTGATT ATGGAAAGAA GCTAGATCAA GATTCTTGGT TGGTCGAGTG GGATAAAATT
GAACTTTTAC CAGGAAAGGT GACTTCACTC TTAACCCTGA GCCTTACAGA TGGATTTGTT
AAGGGGTACA ATTGTGAACT AAGGTTATAT GAAGCTTTTT ACAAAAATAT AGTAATTCTC
ATGGTTGTTA ATGAACCATC AAATGGCATA AGTATCATGG AGGGTATATC TTCGCCATTA
GCCGAAGTGC TTGAAAGGGA TAAACGCCTT TACCTAAAAT GGATAATTGA AGGTGGCAAG
ACTGTGCAAC CTTACCCGAA TAAAGCTGTA TGCATTTCTA ATATACTCAT CAATGATCGT
CTTGTTCTCC GTAAAGGGAA TGACTATCTT GTGCGGGTAA GAAGGCTTGA TCATGTGTCA
GAATCTCTCT TGTCAGAAAC AGGCATGGTG ATACATGAAG AGGGCCAATG GGATCCCGGT
TATCAAACTT TTACCTTTAA CTTTAATGCA AAGAAGCAAA CTATTGAAGA AATACTAAAT
GGGGCAAATT CTGTTCTTGC CACAGTCAGT GAGCTTATAA AGTTAAAATT TGGCATTGAA
TCGTCCTGCC AAAGATGTTT CGGAAGTGAC GCAGAGAGCT ATTCAAGTAC CGGTCAATTT
GACGAGTACA TTAGTGACAG TCTAAGTCCA CTAGTACCGC TAGCATTATG CGATAATCAT
ATATTTGATA TTACATATAA AAAGGTAGTG TCAAATTCAA TTAATGGATT TTTAGAAATT
GTATTTGAGA ATATGGTGAC TGTGAATAAA CCTATGTATA ATCTCAGATA TCCATTTAAT
TTCTCATCAA AAGATATTGT AAAAAAGTTA GTCCCTCCAA AATTAAGAAG TGACAAAAAC
GCAATGTTGC AATACTTGAA ACAAATGTAC ATTGATAAAA CTATGAGTTA TGACGACAAT
AATCCTTATG AAGTCGAACG AGCCAAAATA TCTGGAATTA TCAGATATAA AATAGGACGT
AAAGAAATTA TCACTAGTAC AGATATCTCA GGAATACTCT ATGATTATCA TTCGCTATTT
GAACATAAAG ATGAAAAGCA TAAGTTGCTA CTTAAAGTAA CTGATATAAA AATATCACCA
GACATAACTT CATTTATTGA TATTTACAAA ACCATTATAG TCTCAATTAA TTCATTTTAT
TCAATGGCTC AAGATACAGA TACAATACCA AAGTTACCCG ATCTTTTATT CAATGATTTA
ACCAGAATAG TAGTGACAGT AAATGGATTC ATCGAAAATG GATTTGATGC TTTACCGATA
GCTTACAATG AAGGGTTTCT CCTCAAAGAA GCACTTCCTT TGGATCTGAC TTGGCTGAAC
CAGTGCGATA TTACTGCAGA TAAAATCAAT GTCACATTTG GCATTGATGA AACCATTTCA
TTCGGGGCGA TAACGCTGTC AGCTGATGAA GCAAGTAATT TGGTCATGGT GATGGCGCTC
GGTGGCAAAT CGATTGAGTT GTCTAAATTC GAGATTGACA CTGTTGAATT GATGATTAGT
AACCAGTGCT TTTTGGCCAA ACACGAGAAT GAGTTACTTG TAATAGTCAT GAGTTCAAGT
GTTATGAGAA CCTTTGAAGC CATATCGGCG CGGGCCTTAG CACTCAGTAG GACGAATGAA
TGGGAGTTGG GTCATAGCAG GGAATGTTAT TATAATACTT TTGATGTTCA AGATGAATTA
TACAAATCTC GTTCTTTTAA TGATGCTTTA GAAAATCTTA TGTCCCACTT ACAGTGTAAA
GATAAAAGCC TTATGTTTTC ACGAATTGCT GAATGGCTTC GGTTATTTAA TCCAGAAGAT
CAGAAAGTCT TAGTAGAAGT TATCGCTGCA CATCGATGCA TCTCAGATGA AGACATCACA
AAGTTCCTTC GTTTTTTGGA CGACAACGCG AGTACTCCAG GTGTTGTTAT TGGCTCACTT
AAGACTTCCG CTGACTTTGG AGGTTTATAC CGGTTGCTTG CTGATGCGGC ATATCCGCAC
GCAAGGAAGC TCCAACTAGA TAGTTGGCCA TCTCGCTTGA TTGATCGAAG TTTATCAATA
GAGGAACTGG TTGTATTAAA TGATGTGTTT ATATCAGGAA ACCAAGTTAT ATCTGCCCTA
GAAAAATACT ACTTCTTAAA TCATGACCCG ATACTTGCTC AAGATAAAAA TTATCATATG
ATTCCCGGTG ATAACTCCTT AGCATTTATT GAAGTTGTTA AGAACCTGAA AAGAATCACT
TTCTTTGCCG CTGTGTGCAC TGAAACAGCA CAGAATGAGA TCAAGCAGTT TGTAGAGAAA
TGGTATAAAC AAGAAGTAGG GGTAATTCCA GAAATCATAG TTGATGCTGC ATTGATAATA
GATATTAAAT CAGTACAATT AGATAACAAT CCCAATATAT TAACTAAGTA TCAAGGTAGA
TTTAGAGAGA TGATCACAAA GGAAAAGATG TCTGCTATAT TTGAGTTTAA CGATGACATT
CCTCTTAAAT TCTATAATGA TCACAAAATA CCAGACACTA AAAATCTTCT GATAAGAATA
AAATCTGTCC CCAAAAGAGT GTTTAAAATT TTTGTACTTC AACCTAAAGA CAAAAGTGTA
AAGCCTCTTT TTAACTGTAT ATTTGAACCA TAG
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| Protein sequence | MSIDQLAHQL HDVFAASKKA YAVQDNDGYK TKYARLSPYT IRRMLQNKLS IMTYQMVNMS
DVKWLCLDFD MPNQVIGEGA EPKKDLLKDL LQVVKGACVQ LDALSISYLV EFSGNRGFHI
WIILDRYISK AFGYEINTKI MELIDITEPF SVDLFPTTAK ISKEGIGKGV KLPCSCHVKS
GCYSFLISNV YEADTINIYK NELNNTFIDS QISILNDLKR QNPKEIMNAL GLSEQLVDRR
SYDKFIKTSS ITVTGDDEVS IDSVLNDLSG CSFLKAILKN YRLGLTEKER VIIVGLLSKI
QSDNDPFFGN KLLEELFSRM PNYRPELTRK KLECLKLQPV TCEYLRHFRS DEKCSCLDGT
KKSPIEHIRG VAIADNDPFA YEPMETEKVI TAASKYTYQN DEVAMPTVLL KLEDMKGNNL
EAVWHSVLHE VRPLKKFYTF RRQEEDKVRI LITLTAKEKV LTKLAIKALH AFYYPGFSDC
SYGYRFNYSL SNNNLFYPWL QQWNIFTKEI KNIVDDENAE SMYVVKLDIK GFYSNIDREM
LRIKLVDGPT DEIRVAFKSL GETEIDKIKV LASWFISICD ATVEGKKGVP QGPAFARYLA
ELYLMDFDRF IERMVSGSLG RYFRYVDDVF VFVDTEAEAA SILAYATNFL KSLGLHLSHG
KCFVGTIAQY KPEISRYFSR AKYVVDHAKL QTDHSGKITN AITTLFSLLR NDGDGGQINE
SNLPFFLTHL SQHRLVHERL VKLEEYVLRM NRGRGSLFRN FFKRYIETTT NSLRHVDDLQ
ALTGGLKREV FISSILSKII SGGDVSAYKN ELRGVLTKYA MSQDLTVVEK ELLGVIMLHD
QDICDVEFLS KISPTLLSEI MQVPIAKNIP PAVVPYIAAR IVGLEATDFL RSAYSMVRTT
KLENVVAYRE LGATFLKKFI NDMGANQPTD YKFEFIQSVD DAQKFHHLLA FFTVIVEDVE
VTFEAIINVW HAFMYFLNNR QLDYGKKLDQ DSWLVEWDKI ELLPGKVTSL LTLSLTDGFV
KGYNCELRLY EAFYKNIVIL MVVNEPSNGI SIMEGISSPL AEVLERDKRL YLKWIIEGGK
TVQPYPNKAV CISNILINDR LVLRKGNDYL VRVRRLDHVS ESLLSETGMV IHEEGQWDPG
YQTFTFNFNA KKQTIEEILN GANSVLATVS ELIKLKFGIE SSCQRCFGSD AESYSSTGQF
DEYISDSLSP LVPLALCDNH IFDITYKKVV SNSINGFLEI VFENMVTVNK PMYNLRYPFN
FSSKDIVKKL VPPKLRSDKN AMLQYLKQMY IDKTMSYDDN NPYEVERAKI SGIIRYKIGR
KEIITSTDIS GILYDYHSLF EHKDEKHKLL LKVTDIKISP DITSFIDIYK TIIVSINSFY
SMAQDTDTIP KLPDLLFNDL TRIVVTVNGF IENGFDALPI AYNEGFLLKE ALPLDLTWLN
QCDITADKIN VTFGIDETIS FGAITLSADE ASNLVMVMAL GGKSIELSKF EIDTVELMIS
NQCFLAKHEN ELLVIVMSSS VMRTFEAISA RALALSRTNE WELGHSRECY YNTFDVQDEL
YKSRSFNDAL ENLMSHLQCK DKSLMFSRIA EWLRLFNPED QKVLVEVIAA HRCISDEDIT
KFLRFLDDNA STPGVVIGSL KTSADFGGLY RLLADAAYPH ARKLQLDSWP SRLIDRSLSI
EELVVLNDVF ISGNQVISAL EKYYFLNHDP ILAQDKNYHM IPGDNSLAFI EVVKNLKRIT
FFAAVCTETA QNEIKQFVEK WYKQEVGVIP EIIVDAALII DIKSVQLDNN PNILTKYQGR
FREMITKEKM SAIFEFNDDI PLKFYNDHKI PDTKNLLIRI KSVPKRVFKI FVLQPKDKSV
KPLFNCIFEP
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