| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | UUR10_0671 |
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| Symbol | |
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| ID | 6983700 |
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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 | Ureaplasma urealyticum serovar 10 str. ATCC 33699 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011374 |
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| Strand | - |
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| Start bp | 804688 |
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| End bp | 808791 |
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| Gene Length | 4104 bp |
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| Protein Length | 1367 aa |
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| Translation table | 4 |
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| GC content | 25% |
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| IMG OID | 643400221 |
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| Product | viral phosphatase |
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| Protein accession | YP_002285025 |
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| Protein GI | 209554460 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase 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 | 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 | ATGAAAAAAG CGATTAAGCA AAAATTAATG AATCTTGTTA ATTTAAATCC ACATGATTCA
ATTATTTTGA CAAGACTTTC ATCATCAAGA AATATTGATT TATTTAAATA TATTAAAAAA
GAAGATTTAA TTAGTTTTGT TAATGGTGAA ATTAGTTACA TCGAATTAAA TGTTGGTAAA
AATTTAAATT TATTTGAAGA AAGTTTAAAA AATTCTTTAA ATATTGGTGA ATTTTTAGAA
ATTTTAGTAA ATTACAATGT AAGTTTACCA GATAATAAAA TTAATTTATT ACAACGTGAT
TTTCATGCAA ATAAGAAAAA AGTTATTCCA TTAGCGATTG AACAATTATT AGCATTTAGA
AAAAAATTCA TTTCAATTAA TCGATTAGCT AAAAATTATT TTGAAGATAC AACTGTTTGA
CCTCTTTACT TTGCTTTTAA TTTCTTAAAA GGAAAGTTAT TACCAAATGA TGCTTTTAAA
TCACCATTAA CTTTATTTAA AGTTGAAATT CGTGAAGAAG CTGACAAAAT CTTTATTGCT
AAAATGCAAG ATGAACCAAT TGTTAATGAA AAAATTCAAA TTTTCTTAAA AAAAGGTTAT
CAAGATTTCA AAGTTGAAAC AACTGAATTA TTAACAAATT ATGAACTATC TTCAACAATT
AAAATGATTG AAGATATGAC TGGACAAAAA ATTAGTGTAA ATGAAAACGA ATTTGTTCCT
TTTATGAACG AAAACGAAGC CCAAATTTTA GATCGTTATA CAACTTTTGA AGTTGAACCA
TCAGCAATGT TGGGATTATT TGAACCAGAT GGTGGAGCAC TAAAAGCTGA TCTACATAAA
ATTATTGAAA TGGATGTTGA TCCATTCGAA TCAGAAAATG AAGGTTTAAA TAAACCAGTT
GAATATTATG AAGAAAAAGT AATTAAAGAA CAAGCAGTAG TTGAAATTGG TCGACCTTTA
AATATTTTTC AAAAATATGC AGTTGCATCA TCACTTTCAC AAAACACTTT AATTTATGGT
CCGCCTGGAA CAGGTAAATC TGAAGTAATT GCTAATATTA TTTTTAATGT TTTACTAAAA
GGTAAAAGTA GTTTACTAGT ATCAGAAAAA CGAGCAGCTT TAGATGTATT AACAGAAAGA
ATAGGTTCAC TTTCACAATT TGCTTTATAT GTTTATGACT TAACAAATAA GGAAACTTTT
TTTGAAAAAA TTTCTAATTT AAATGATTTA TTGGGAACAC AATGATATCG TGAACAATCA
CGTTCAACAA AAATTAAAGA AATTGAACCA ATTAAATTTA CTCCAGAAGA ATCAATGTTC
TTTAAAAATT ATGAAGATTG AAATGCTGAA TTATTACATT TAGTTAAAAA ACACTGAAGC
ATTGAAGACT ATAATGATGG CATTTATAAA ATGGATTATG CAGATTATAT AGCAACTAAA
AATGAATTAG GTGAACAAAT TGTTAAAGAA TGATTAACGC CACAACAATT TAATGATGAA
AGCGAAAAAC GTTCAACATT ATTTGAAGAA ATTAGTGCTA TTTTTAACGA ATATAATTTA
TTAAAAATAG AAGATTTATT TAGCGCTTAT TTAAGATTTA CTTCATTTAT TAAAAAATAC
AAGCTAACAG ATACTTATAG TTCAACAGAA ATTTTAAAGC ATTTAAAAAT GATTACTAAT
AAGATTCAAA CAAACGATGA ATTAGTAACC AAGTTTTTAA TGCATTCAAA TCGAATTACT
AAAGACATTG ATAATTATTA CAATTTCTTA GCTGAACACA ATCTTGAATC AAATAGTGTT
TTTATGAATA AATCAATTCG TGATAAACGT ATTTTTATTG ATAAAATTGG TGATTATTTA
AAATTCCGTA AAGATGTAAT TGATAAAGAT TTTAGTTTAC AATCAAAAAC AACACAACAA
CTAAACGAAA TCATTGATAT ATGTGATAAT TTCTTTACAA AACACAAGAA ATTATTAGTT
AAAAACGAAT GATATGATTT TTTAGTTAAA AATAAAGATC GTATTTCAGC ATTTTTATCA
GTTTACAACA ATGCTAGTGA AGAAAATAAA CAAATTATTT TTGCTGAATT CATTACTAAT
GGAACAATTA TTAATAATTC AGATCCAAGT GATGAGTCAA CATTAAGTTT AAAAGAAATT
AAAACACGTA ATCGTGATAG TCAAGAAGTT ATTGAACTAT TTGTTGATTT CTTAAATAAT
GTTGAATACT TAGCTAAGCC AAAAATGGAT CAAATTGCTT CATATCGTGA GTTTATTAAC
CAAGATGTTG ATTTCTTATC AAAACTACAC ACACTTGCTG AAATTTACAC ACCAATAATG
CAAGATATTA TTCGTGAATG ATCATGATTA TCATTACCAT ATATTAAAAC CTTATATTTA
GAACCATTAA TGTTGTTTGA TCTTGAAAAA GTGGGCAAGA TTATGAAACA TGTTTCAACA
TTAATTACAC ACGAACAATT TAAGAAATTA AAAGTTGTTG TGTTATGAGA TGAAATTACA
CACATTATCC CAATGTTTTC TGAAACTAAA GGACGTTTAT TACAAGACAT TATTGTTCAA
CTAAGACGCG AATCATCACG TTCAGCAAGA ATTGTTGGTG AAATTGTTTT CAAAAAATAC
ATTAATAATT TACGAAATTA TTTAACAAAA TTACCTCAAC AAGAAAAAGA TGAAATTACA
AATGCTTTAC GAATTGCTTC ATCACGATCA TGACCTTCAA TTTCACGTTA TTTATCAAAA
TATTACAACG CTTTAAAACG TTTATTCCCA ATTTGAGTTG CACGACCAGA TAATGTTGCT
TCTTTAATTC CATTAGTTGA AAATGAATTT GATTATGGAA TCTTTGATGA AGCATCCCAA
ATGACAATTG AACGATCATA TCCAATTGTA TATCGTTGCA AAATTAAAGT TGTTTCAGGG
GATGATAAAC AATTAAAACC TACTTCATTC TTTATTAATA AATTAGTAGA TAGCGATTTT
GAAATTGATG ATTTTGATAA AGTAGATTCA TTATTAGAAC GTGCTAAAAC TTCATGATGA
AATGAATATC ATTTAAAAAA CCACTATCGT TCTGATTCAA AAGAATTAAT TGAATTCTCA
AACAAGTATA TTTACAATAA TAATTTAGAA GTAGCAACAC GTCAGGGTGC TTTTGAAAAA
GGAATTGATG TTATTAATGT TAATGGAGTT TGAGAAAAAG GTAATCCATT AGAAGCAGAA
CAAACAATCG CAATTTTAAT CGATAATTGA AAAAAATATG AAAAGATTTT AATTGTCACA
TTTAATGCTG TTCAAGCTAG TTTAGTAGAG AACTTACTTT TTGAACGAAT GAGTATGTTT
GAAAAAGGGT TATGCGATAA GATTGAAAAT AATGAAATTG TGATTACTAA CCTTGAAAAT
GTTCAGGGTA ATGAAGGTGA TTTAGTTATT TTATCAATTG CTTATGGTCC AAATCCAGAG
GGTAATTTAC GTAATAACTT TGGTCCACTT AATGCTAAAG GTGGAATGAA TCGTTTAAAC
GTAGCGATTA CTCGTGCTCG TAAGAAAATG ATTGTTATTA AATCACTTTA TGGCCACCAA
ATTCAAGTTT CAAATCTTAA TAACCAAAAT GCTTTAACAT TTAAACGTTT CATTGAATAC
ATTGATCGAA TTAATGGTGA ATTAAGTATT AGCGATACAC TTGAAAGTTT AGAACAACAA
ACTTATTTAG AATTTGATAA TGATTTAGTG AAAGAAATTT ATAGTGAACT AACAAAGAAA
TTATCAAATA AATACCAAAT TTTCCCAAAT TGAAATATTG GAACTAAAAA AATTGATTTA
GTAATTATTA AAAAAGAAAC TAAAGAAATT GTAAAAACTA TTTTATTAGA AACATGAAAA
GAAAATCGTA GTGTTCAAAT TATGTTTGAA GATATTGATC GTCAATATTT TTTAGAAGAT
CGTGGCTATT CAACTTATCG AATTAAAGAG TATGAATGAT ATATTGACAA ACATAAAATT
GTGTCACGAA TTAATGATTC ATTATCATCA AATAACAATA GTAATAAAAT TGATTATGTA
CTATGACAAC AAAATAATTT TTAA
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| Protein sequence | MKKAIKQKLM NLVNLNPHDS IILTRLSSSR NIDLFKYIKK EDLISFVNGE ISYIELNVGK
NLNLFEESLK NSLNIGEFLE ILVNYNVSLP DNKINLLQRD FHANKKKVIP LAIEQLLAFR
KKFISINRLA KNYFEDTTVW PLYFAFNFLK GKLLPNDAFK SPLTLFKVEI REEADKIFIA
KMQDEPIVNE KIQIFLKKGY QDFKVETTEL LTNYELSSTI KMIEDMTGQK ISVNENEFVP
FMNENEAQIL DRYTTFEVEP SAMLGLFEPD GGALKADLHK IIEMDVDPFE SENEGLNKPV
EYYEEKVIKE QAVVEIGRPL NIFQKYAVAS SLSQNTLIYG PPGTGKSEVI ANIIFNVLLK
GKSSLLVSEK RAALDVLTER IGSLSQFALY VYDLTNKETF FEKISNLNDL LGTQWYREQS
RSTKIKEIEP IKFTPEESMF FKNYEDWNAE LLHLVKKHWS IEDYNDGIYK MDYADYIATK
NELGEQIVKE WLTPQQFNDE SEKRSTLFEE ISAIFNEYNL LKIEDLFSAY LRFTSFIKKY
KLTDTYSSTE ILKHLKMITN KIQTNDELVT KFLMHSNRIT KDIDNYYNFL AEHNLESNSV
FMNKSIRDKR IFIDKIGDYL KFRKDVIDKD FSLQSKTTQQ LNEIIDICDN FFTKHKKLLV
KNEWYDFLVK NKDRISAFLS VYNNASEENK QIIFAEFITN GTIINNSDPS DESTLSLKEI
KTRNRDSQEV IELFVDFLNN VEYLAKPKMD QIASYREFIN QDVDFLSKLH TLAEIYTPIM
QDIIREWSWL SLPYIKTLYL EPLMLFDLEK VGKIMKHVST LITHEQFKKL KVVVLWDEIT
HIIPMFSETK GRLLQDIIVQ LRRESSRSAR IVGEIVFKKY INNLRNYLTK LPQQEKDEIT
NALRIASSRS WPSISRYLSK YYNALKRLFP IWVARPDNVA SLIPLVENEF DYGIFDEASQ
MTIERSYPIV YRCKIKVVSG DDKQLKPTSF FINKLVDSDF EIDDFDKVDS LLERAKTSWW
NEYHLKNHYR SDSKELIEFS NKYIYNNNLE VATRQGAFEK GIDVINVNGV WEKGNPLEAE
QTIAILIDNW KKYEKILIVT FNAVQASLVE NLLFERMSMF EKGLCDKIEN NEIVITNLEN
VQGNEGDLVI LSIAYGPNPE GNLRNNFGPL NAKGGMNRLN VAITRARKKM IVIKSLYGHQ
IQVSNLNNQN ALTFKRFIEY IDRINGELSI SDTLESLEQQ TYLEFDNDLV KEIYSELTKK
LSNKYQIFPN WNIGTKKIDL VIIKKETKEI VKTILLETWK ENRSVQIMFE DIDRQYFLED
RGYSTYRIKE YEWYIDKHKI VSRINDSLSS NNNSNKIDYV LWQQNNF
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