| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MARTH_orf701 |
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| Symbol | |
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| ID | 6418125 |
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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 | Mycoplasma arthritidis 158L3-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011025 |
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| Strand | - |
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| Start bp | 648104 |
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| End bp | 651256 |
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| Gene Length | 3153 bp |
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| Protein Length | 1050 aa |
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| Translation table | 4 |
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| GC content | 29% |
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| IMG OID | 642715740 |
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| Product | putative ATP-binding helicase |
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| Protein accession | YP_002000170 |
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| Protein GI | 193216928 |
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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 | 34 |
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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 | ATGAACGCAG CTAATAATAA ATATCAAACC TTAATGGCAA ATTTGCTTAA CATTGATACT
TTTGATACTT CGCTTTACTG TTCGATAGAT AATGAACGGT TTTTTGATGT TTATAAAAGT
TTTGGTAGTG AAATTTTTGA CAAAATTTGC CATAATTTTC AAATTGATCT TACATTAACA
GAAGTTGGTT CAAAAGAAAT TATTAAAGAA GTTGAACAAG CCCAAAACAA AGCCGAAGTC
ATTAGTGTTT TTAAAGAATA CAATCGCCGG ATTATCGATC CACTTTTCAA ACAATTATCA
GTAGATTTTG AACAAGCGCG CCAAAAAATC ATCAATGATT TAGAACTACA ATTTCAAAAG
TCAATTGTTA AATGGAAAAA GATTGTTAAT AAAGCTCAAA ACATTAATAT TGAAACTAAT
ATTTGACCGC TCCATATTGG CTTTTTCTTT GTTTCAGTAA AAACTGAAAA AAAGACGATT
TATGCACCAC TGTTTTTTAA AGAAGTTAGC TTTGAAATTA AAAATTCACT TGTCTATTTA
CACTCTAAAT CCGATATCCG TATAAATTCA AAATTAGTTA CTTTTCTTGA TCAAGAAGGA
TTTTTATTAA ACGTTGACAA TTTTGATTTT AGTAATCTTT CAATTCGTGA AGTTTATGAG
TATTTCAAAA ACACTTGAAG TTCAGTTTAT AAAATTCCTC AAGAAATCAA AGACAAAATT
CCTAATCTAA ACCAAGAAAA TATCAAAAAT ACTACTATTG AATTTCAGCC GGGAATAGTT
TTAGGTTTTT ACAATGTTTC TTCAGGATAT TTATGAAATC AAATGAAAAA GATCATTGAA
AATGATGAAT TTGAATCGAT TTTAAACCCT GATTTCAATA AAAATGCTTA TCGCGAAAAA
ATCAATCGGG TTATCTTTGA CAATAAGTTT AAGTTATATA AAATTCAAGA CACGAACTTC
TCGCAAGATG TTGCGACAGT TTCGTCAATG TATCAAGATA CAATAATTTG AGGGCCACCA
GGCACAGGTA AATCACAAAC AATTAGCAAC TTAATTGCCA ATATTGTTGC TCGTGGGTTT
ACTGCTTTAG TAGTGTCTCA GAAAAAAGCG GCTCTTGATG TTTTAAAGAA TCGTCTAAAA
AAATTATCAA TGTTTTGTTT GTTTGCTCTT AATGATAAAA ACCTACGTCA AGAAACTTTT
TATAAACCTT TAAAAGAATT TATTTACTTG CTAGAAAATT TTAAAGAATC AAATCCTGAA
ATTCCTCATC AAATTTTTTC TGATGATGAT CGTTTTTATT TAGATAATTT GGATAGCATC
TTAAAAATTG ATGATTTAGA CAATGTTCTT GATTTTTATG CTGCTATTGT TAATGGCAAG
ATTAGTAAAG AAAGTTTCGA GAATCTTAAG CTATTAAGCC CCAATATACG CTATGAATTG
AATGGCAATT TTGCCGACGA AACTTTTTTG AAAAAACATT TATATCAAGT TAATTTTGGG
AAAAAACCAA ATCTATTTAC AATTTATCCT CGCGAAATTA AAGAAGCAGT CAAAATTTTA
ATGAGTGATA GTAATTTGTT TACAATAGAC ATTGATAGAG CAATAAACCA TGTAAACACC
ATTAATTTTG ATTCGGTTGA GCAAATTGAT AGTTTTTACA AAAAAGCTTT GATTGAAAAA
ACTATTGATT TAAACAATGA CGCTATTCTA GCAAAAATGA TGCTTAAAAA AATAGTAGAA
CGAATGAACG ATTTTAATGA AGAAGAAAAA CGGCAATATA CTTCATTTGC AATGGCAATT
AGAACTAGTC ATCTAAAGCC ATATAAGTTT TTCCACAAAC ATAAAGAAAT GATCAAAATC
CTCTTTCCAA TTATTGTAAC AACTCCTGAA TTAGATCTTT CAATGTGATC AAAAGGTGAA
TTTGATTATG CTATTTTAGA TGAATCAAGT CAAATTTTTA TTGAAAAAGG TATCCTGATT
CTATATTTAG CTAGGCGAAA AATCTTAGCA GGTGATAGTC AACAAATGCA ACCAACAAGA
TGATTTTCTG TTTCATATAA TTTTGAAGAA GAAAATGAAT TGGGTAACAT TGAATCACTT
TTGGATTATG CTACTGCTAG AGGTGTTTAT TCAATTTTGC TAGATAAAAA CTATCGTTCT
AAACGGGCTG CTTTAATGAC TTTTAGTTCG CGTCATTTTT ATGAATCTAA GTTAGATGTT
GTAGATGATT TTGAAGAAGA AATTGATAAC GACAAAGCAA TTGAGGTAAT CCAAACTGAT
GGTGTTTGAG ATAACAGTAT GAATGAAGCG GAGGGCAAAA AAGCTATCCA AGTTGCCAAA
GCCAATTTAG ACAAATACAA AAAAATAATT ATTTTAGTCT TCAACGCCAA ACAGCAGGAC
TACTTAATTA CTAAAATTTT TAATGAAGAA CCCTTACTTG AAGAAGCACT AAATTCTGAT
CGTCTGCAAC TAAAGAATAT TGAAAACATT CAAGGTGATG AAGCTGATTT AGTAATTATG
TCAGTTGTTT ATGATCGCAA TACTAGTTTA TATGGAACTT ATGTAGCTAG AGCCGGGGGT
AAAAACGCCT TAAATGTTGC AATTTCTCGA GCTAAAGAAA AAATCATTGT TATCAAGTCA
ATTTATGCAA GTGATGTAGA CATTAACGAA CGCTCAACAA GCGACATGAT TTTATTTAAA
GAATGGCTAA AATTTTTAGA TCTTCCACTT AATAGCCAAA AAAATTACCT AATTAAACAT
GAACCAGATC TTTTTGATGA AACTAAGACG ATGGAAATTT TAAGTTATCA AGATTTCAAG
TTTGATATCA TCAATCAACT TAAAGAAATT CCGCTTGGTA GTGAATTGTT TGGTTTTATT
GAAAATTATT CAATTGGAAC TAAGACAATC GATTTAGTTC TTATTAATAA AGAAACAAAT
CAAATTATTT TAGGGTTCAT TGTTGACTCT TATAGTTATG AAAATAATTA TCAAAAATTT
ACCAAGTTTA AAGATGACAT TAAATTTTTA AAAGCAAAAA AATACCCAAT CATTACTCTT
TCAAAAATAA GCTGATTAAT TAACAAAAAG CAAATTATTG AAGACATTAA ACTTAAAACT
TCAATAGAAA TGGAAAAACA TGAAGAAAAA TAA
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| Protein sequence | MNAANNKYQT LMANLLNIDT FDTSLYCSID NERFFDVYKS FGSEIFDKIC HNFQIDLTLT
EVGSKEIIKE VEQAQNKAEV ISVFKEYNRR IIDPLFKQLS VDFEQARQKI INDLELQFQK
SIVKWKKIVN KAQNINIETN IWPLHIGFFF VSVKTEKKTI YAPLFFKEVS FEIKNSLVYL
HSKSDIRINS KLVTFLDQEG FLLNVDNFDF SNLSIREVYE YFKNTWSSVY KIPQEIKDKI
PNLNQENIKN TTIEFQPGIV LGFYNVSSGY LWNQMKKIIE NDEFESILNP DFNKNAYREK
INRVIFDNKF KLYKIQDTNF SQDVATVSSM YQDTIIWGPP GTGKSQTISN LIANIVARGF
TALVVSQKKA ALDVLKNRLK KLSMFCLFAL NDKNLRQETF YKPLKEFIYL LENFKESNPE
IPHQIFSDDD RFYLDNLDSI LKIDDLDNVL DFYAAIVNGK ISKESFENLK LLSPNIRYEL
NGNFADETFL KKHLYQVNFG KKPNLFTIYP REIKEAVKIL MSDSNLFTID IDRAINHVNT
INFDSVEQID SFYKKALIEK TIDLNNDAIL AKMMLKKIVE RMNDFNEEEK RQYTSFAMAI
RTSHLKPYKF FHKHKEMIKI LFPIIVTTPE LDLSMWSKGE FDYAILDESS QIFIEKGILI
LYLARRKILA GDSQQMQPTR WFSVSYNFEE ENELGNIESL LDYATARGVY SILLDKNYRS
KRAALMTFSS RHFYESKLDV VDDFEEEIDN DKAIEVIQTD GVWDNSMNEA EGKKAIQVAK
ANLDKYKKII ILVFNAKQQD YLITKIFNEE PLLEEALNSD RLQLKNIENI QGDEADLVIM
SVVYDRNTSL YGTYVARAGG KNALNVAISR AKEKIIVIKS IYASDVDINE RSTSDMILFK
EWLKFLDLPL NSQKNYLIKH EPDLFDETKT MEILSYQDFK FDIINQLKEI PLGSELFGFI
ENYSIGTKTI DLVLINKETN QIILGFIVDS YSYENNYQKF TKFKDDIKFL KAKKYPIITL
SKISWLINKK QIIEDIKLKT SIEMEKHEEK
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