| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_1090 |
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| Symbol | |
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| ID | 5297158 |
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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 | Thermosipho melanesiensis BI429 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009616 |
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| Strand | + |
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| Start bp | 1115021 |
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| End bp | 1118725 |
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| Gene Length | 3705 bp |
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| Protein Length | 1234 aa |
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| Translation table | 11 |
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| GC content | 26% |
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| IMG OID | 640769373 |
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| Product | KAP P-loop domain-containing protein |
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| Protein accession | YP_001306335 |
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| Protein GI | 150020981 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.537564 |
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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 | ATGGGGGATA ACAGAACCTT ATTTGTTAGT GATGTTCCTA CAACGGATGA TCAGTTTGAA
ACTCACAGTA AAATAGCTAA ACAAATGGCG AATTTTATTG AAGGTTTAAG TGAAGGAACA
ACAATTGCCC TGAAAGGAAA ATGGGGAAGT GGAAAATCAA GTGTAATTGA AATACTTAAA
GAAAAAACGA AGGAGAAGAG TAATTTTAAG ATATTTGTTT TTGATGTGTG GGCAGAGCTG
GGACATAATT TTAGACAGGC ATTTTTGTTA AATTTTTTGG ATTGGAGCAC TCAGGAATTC
GGGAAAGATC TTTTTGAAGA ACCAGAGAGT GATTACGAAA AAAGAAGGTT AGAAATTATT
GGGAAAAGGA AGAAAATTAT GAGAAATGTT ACCCCTACTA ATAGGACAGC TTTATTGCAC
TTGTTTGTTT TAATTTTAAT GTTAACACTT GTACCGAATT TTATTTCTTT TTTGTTAAAT
AATTTATCAA CAGGGGTTGT AAGAATTTTA AGTTTTCTTG CAATATATTC TTTTCCTTTA
ACAATTTTGC TTGCTTATTA CTTTATTAGT GTTAAGGAAG AAATTTTCAA GAGTATTAGG
AAGAAATCTT TGAATAAATT TTGGAAGAAA TTTTTGTATA TTTTGTATTA TATTTTTTAT
ATAATAGTTG GAAAATATGG AATATGGTTA TGGTTAGTTT CATATGGGTT CTGGGTAGGC
CTTTCAATAA AGTATTTAGT AAATCCACAG TCTTTTAATG AAAATTTTAT TCTATTACTA
TCAGTTGGTA TTTATTTAGC AATACCTATT TCGATTTGGT TGGCGACGAT GATTACAAAG
AAAACTAAAA ATCTTATTCC AATTGTATCA ATGTATAGCG GCCTTTTGAT TGGGAATTTT
ACAGATCATG AAGAAACAAG ATCTTTAGGT GATAATTCGC TAGATTTTAA AAAAGAATTT
ATTGATATTT TAAATAAAAT AACAACCAGA AAAAATGGAA AAATTAAAAT TATTATTGTT
ATTGATAACG TAGATAGGAT TCCAGAAGAA AAAGTGGATG AAGTTTTTGC AGCTTTAAAA
CCGTTTATGA TATCCGATGA AAGTAAGAAG AATAACGTTC TAAAAAATGT ATTTTATATT
ATTCCGTTTG ATCCAGGTGG AATTAGAATA GAAACAGATA AAGGGGGATA TGATTACTTT
AATAAGCTGT TTAAAAAAGA ATTTTACGTT CCTGAACCAG TATATGGAAG TTGGCATTTA
TTTCTTGATA AGCTTTTAAA AGAAAATGGA ATAAATATAG ATGAACATAT ATTTGAAATT
GCTTTGCAAA TTGGAAGAGA ATTAAAGATT TATCTGGATA GTTATTCTGA AAATAACAAA
AAGGATAATA AGGATAGTAG GGAGTATTAT GGAAAAAACG AATTCAATCC TCCTACTCCT
AGAGAAATCA AAAAATTCAT AAATAATTTC ATATCAGTCT GTCCTAGAAA TGAAAAAGCT
AGTAAAAAAG ACATTTTTCC ATATGCCCTT TTTGCTGCAT TAAAAACTTA TGGAATTTTG
GAAAGTTCAA GCAATCTTGA AGAGATTTTA TGCGAGGAGA TTATAGAAGA CACTGAAAAT
GAAAAAGAGA ATGAAAAAGA ATTAAAAAAA GATAAAAATA GGAAATCATT TTTTGAAAAC
TTTCTTATTA GAAAAGGGTA TACAGGGTAT AGTTTTATAG ATATAGAGAA TTTGGAACAT
CAAATATTCG GAATTTATTA TAACATTAGT CCGCAAGAGT CATATATAGT TTTAAATAGA
GTAGAAATTG AAAAAATACT AAAAACACCA TCTTATACCA CAAAATTTAA AGATTTTATT
TCTAGCATTC CAAAACTTAC CAAAAATGAT ACTATTTCAG GCACGTTAAA AGAAATTTTT
AAAGGGCTTA ACGAAAGAAT ATTTAATACA GAACCACAAA TTTTAGTTTT TGCAAGTATT
TATCTCAAGG AATTAAAAGA ATTAAAAGAA GAAGTTTATA ATGAATTAAA AGATATTGTT
TTTAGTTTTT TAAGGGAACA AGTTGATAAT GACAGAGAAC TTGTTTCAAA GATTGACAAT
CTATTTGAAA TTGAAGCTGA CGATCAAGAG AACAATATAT TAAAAGCTCT ATCTTTTATA
TATTCAGAGT CTGGTATAGA TTTAATAAAT CCTGTACTAA AATATTCAAA ATATAAAGGG
ATTGCTTTAG AAACAATAAT TTTTGAAAAA GTAGACGTAG ATATGAACAA TTTGAAAAAA
GGTTTTGATA TTTCTAAGGA AGATGCTGAA CAGATTATTA TAATTCTAGA ATCTATTGGA
GAAAAATATA ATGACATTAA TTTTAATATG AAAGATAGGA TAGAAAAGAT ATTATACAAA
ACGATGATCG TTAATGAAAA AGTGGTGGAA CAAATTCTTG AGTTTTATAA AAATGGAGAA
ATTGATGAAT CGTTTTTGAA CGTTTTGAAG GGATTGTCGT TAATACTTGA ATTGAATAGT
TTTAAACAAG AAAAAGAGAG TATATACGAG TTAATTTTAA GTAATTTTGA AATTTTGAGA
AATAAAGTAA TATCAAATCA AAATATCGAT AATCCTAGAA GAAAATTATT TAGTAAATAC
CTTTTAACAA TTTACAGATA TTACTATAAC TTAAAATTTG AGGAAAGAGT ATTACATATG
ATCAAAAATA ACTGGAAAAA AATAGCAACA ATATCTGAAA CAGATACTAA AAAATTTGTT
GAGTCTGCAA TATTTACTAT TATTGTGACT TGTCCTAAAT TTTTTAATGT AGAGTTTGAT
AATAATTTTC TTGATGAAGT ATTAACAAAT ACTGATCAAA AAATTCTTGA AGATCTTATT
AAGGAATACG AGATGATTGG TCTTATGAAA AAAGAAGAAA TATTTAAGCT ATATGATAAA
TTAACAAACA TATCTTCAAA GCATATAAAT AGAATAAATA TCTTTTACAA AATAATATGT
GAAAATTTGT TGGAAAATGA GAAAAAAGAT TTGGAATGGA TATTCAAAAA TTACAAAACA
TTAAGAACTA TAGGATTTTC TCAAGAAGAA ATTTTGGAAT ATGTAAAGCA AATTGCCGAA
GTAGAAGAAT ATTCAATAGA AAAATTAGAA TTTAATGAAT CAAATATAGA GTTATGGGAT
GAATTTTTAG AATTAGAAGA AAAAAAGAGA GAAGAGTTAA AAGCAAGAAT CGTTGAGCAA
ATTAGAGATA AATTTGAAAA TTTCAAAGAA ACACTTTTTG TTGATTTAGA GTTTTATGAG
TTCTGTACAA AATATGAAAT AAAAATAGTA GAAAGTTTAC ATAAATATAT TTTTGAGGGT
ATTTTGAATT TGGAACTGTT GAGTGACGCT AAAAAAGTAG ATATTATAAT GGAGTTTATT
AAAAAACAAA ATGAGGAATT TAAGTTAGAA TTTATAAGAG ATATTAAGGG GTCTATTAGA
GACATAATTT ACTCTAATAA GAGCACAACG GATATTATTG AAAATGTGTC AAATATTTTG
GGACAATTTA ATCCTATTTT AAGAATATTG GTAAATGAAA AGAAGTTGAA GAATGAATTA
AGTGACGAAA GTTTTATAGA TTCTGTTAAA AATATCACTC CTCAACCTTC AGAACATATC
CAAGAATTTT TAAATATGAT GAAAATGCAA GAGGAAAAAC AATAG
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| Protein sequence | MGDNRTLFVS DVPTTDDQFE THSKIAKQMA NFIEGLSEGT TIALKGKWGS GKSSVIEILK
EKTKEKSNFK IFVFDVWAEL GHNFRQAFLL NFLDWSTQEF GKDLFEEPES DYEKRRLEII
GKRKKIMRNV TPTNRTALLH LFVLILMLTL VPNFISFLLN NLSTGVVRIL SFLAIYSFPL
TILLAYYFIS VKEEIFKSIR KKSLNKFWKK FLYILYYIFY IIVGKYGIWL WLVSYGFWVG
LSIKYLVNPQ SFNENFILLL SVGIYLAIPI SIWLATMITK KTKNLIPIVS MYSGLLIGNF
TDHEETRSLG DNSLDFKKEF IDILNKITTR KNGKIKIIIV IDNVDRIPEE KVDEVFAALK
PFMISDESKK NNVLKNVFYI IPFDPGGIRI ETDKGGYDYF NKLFKKEFYV PEPVYGSWHL
FLDKLLKENG INIDEHIFEI ALQIGRELKI YLDSYSENNK KDNKDSREYY GKNEFNPPTP
REIKKFINNF ISVCPRNEKA SKKDIFPYAL FAALKTYGIL ESSSNLEEIL CEEIIEDTEN
EKENEKELKK DKNRKSFFEN FLIRKGYTGY SFIDIENLEH QIFGIYYNIS PQESYIVLNR
VEIEKILKTP SYTTKFKDFI SSIPKLTKND TISGTLKEIF KGLNERIFNT EPQILVFASI
YLKELKELKE EVYNELKDIV FSFLREQVDN DRELVSKIDN LFEIEADDQE NNILKALSFI
YSESGIDLIN PVLKYSKYKG IALETIIFEK VDVDMNNLKK GFDISKEDAE QIIIILESIG
EKYNDINFNM KDRIEKILYK TMIVNEKVVE QILEFYKNGE IDESFLNVLK GLSLILELNS
FKQEKESIYE LILSNFEILR NKVISNQNID NPRRKLFSKY LLTIYRYYYN LKFEERVLHM
IKNNWKKIAT ISETDTKKFV ESAIFTIIVT CPKFFNVEFD NNFLDEVLTN TDQKILEDLI
KEYEMIGLMK KEEIFKLYDK LTNISSKHIN RINIFYKIIC ENLLENEKKD LEWIFKNYKT
LRTIGFSQEE ILEYVKQIAE VEEYSIEKLE FNESNIELWD EFLELEEKKR EELKARIVEQ
IRDKFENFKE TLFVDLEFYE FCTKYEIKIV ESLHKYIFEG ILNLELLSDA KKVDIIMEFI
KKQNEEFKLE FIRDIKGSIR DIIYSNKSTT DIIENVSNIL GQFNPILRIL VNEKKLKNEL
SDESFIDSVK NITPQPSEHI QEFLNMMKMQ EEKQ
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