| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_1483 |
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| Symbol | |
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| ID | 5452188 |
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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 | Fervidobacterium nodosum Rt17-B1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009718 |
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| Strand | - |
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| Start bp | 1609065 |
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| End bp | 1611722 |
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| Gene Length | 2658 bp |
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| Protein Length | 885 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640875256 |
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| Product | methyltransferase type 11 |
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| Protein accession | YP_001410983 |
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| Protein GI | 154250158 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG2226] Methylase involved in ubiquinone/menaquinone biosynthesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGTTAGATG AAATAAATAG GCTTCTCCAA AATGGTGAAT TTGAAAAGGC AAAACAATAT
GCAGACAAGA TAGAATCTAC TGTAGATAAG CACAACGTAC TTGGAATAAT TTTCTATCAA
GAAGGCAAAC TAGATGATGC ACTAAATCAT TTCAAAAAAG CCTTAGAATT TGATCCAACA
CATGACGATG CTTTGTTCAA CTATTCAAAA GTATTATTTG AAAAGCAAAA TTACTTTGAA
TCTTGGAGAT ATCTGACACG AATAAAAAAC AAAAGCTGGG AAGTATACGA TCTTTTGGGA
GACACGCAAC TAAGGCAGAA TAATTCTGCA ATGGCAATAC ATTATTACGG AAAAGCCTGT
GAACTTAATG CTCCAGAACA AATGAAACAA AAATTCGAAG AAGCAAAGAA ATTTTTCAAA
AGAAATGAAA GGTTAGCATT TTTTTGCCTT CCAGGTTTGG ATAACTTCAT AAAAGATATA
GCTCAGATTT TGTCAAATAT CTACGAAATA AAACTCGTAG TCACTACTGA CGGAAGACAG
ATTCAAGAAG CTTACAACTG GGCGGACATT GTTTGGCTCG AATGGGCTAA TGAATTGGCC
ATAGAAATTA CAAACAAACT GCCAAAGGCA GGGAAGAAAA TTTTGTGTAG ACTGCATGGC
TATAAGTCAC TTCGCTTAGA CTTCTTGAAA AACATCAAGT GGGACAAAAT TGATCATGTT
ATTTTTGTTG CCGAAAATGT TTTGAAAACC ACCATTGAAA ACTGTTCTCA AATAAAATTT
ATTCCTCAAT CGCTTGTCTG GAACGGCATT GACTTGACTA AGTTTACTTT CAAAATAAGG
GAACCAGGTC CTAACATTGT TTTTGTAGGG CACTTCAACT ACAAGAAAAA CCCTGTTTTT
GCTACTCAAA TATTGAAAAA ACTGACAGAT ATAGATCCAA ATTATAGCTT GTTCTGGGCA
GGTCAAATGC AAGATGAAAG AATGTATAGG TACGTGTCGT ACATTCTTGA AAAGATGGAA
ATAAAAGACA AATTCAAGTT CGACGGATTT ATCAAAAATG TTGAAGATTA TTTGGAAGAT
AAAAACATTT TCCTTTCAAC TAGCATACAT GAAGGATACG GTGTAGCAAT ACTTGAAGCT
ATGAGTAAAG GAATTAAACC AGTAATTCAT AATTTCTATG TAGCAGAGGA ATTCTACCCT
AAAGACTACA TTTTCCAAAC TATAGATGAA GCTGTAGAAA TGATTGTATC GCCTAATTAC
AATTCCATAG AGTACCGTGA ATTTGTGGAA AAGAATTCTT CCCTTGAAAA GCAAATTTTG
AATATTCAAA ATACAATTAA ATCTTTGATG GAAATTAATT ATACTTTACC ATATATTAAG
GATAAAAATA GCTCTCTTAG TAACGAAGTA AAAGATTATA TTAATAATAA TATAAATTTA
AAAAAATTAT TATTTGTCGT TGATGATATC ATTGGTAATT TTAATAAATT TTATATAAAG
GAAACAATTG AAAAAGCATT TAAAACTAAC TATGAACACA TATTAATAGC TATACCCATT
TTTGATCCAT TAAAAGAATT TATGTTAGAA TTACTAACAA ACTTTAAAGA TTTTTCACTT
ATAGATATAT TCTCTTTGGA AAACGTAAAT GATTATGTAT TCGGATTGTT TTCGAAAAAA
CAAATATTAT TCACTCCTAA TTCAATAACT CCTATAGAAA AGTTCTTTCA CTACAATAAC
AAATTAATAA ATAATTTCTC ATTTGATAGT TCCAAAATAG TTGCCGGAAA GTTCGAACAT
ATAAATGATA ATATGTACAT GTTAGATTTT ATTTTAGAAA ATGAAAATAA TGGAATAATA
ATCTCAGGAA TTATAATTGA CATTTATTCA AATAAAATTA TTTTGCCTGA TTATGTAAGA
AAATCACAAA AACCAGAAGA AATTCTAAAT ATAGTTAGGC AAATTTTACT AACAGAAAAA
AATATTTTTC TATCACAAAA AATCTATGGT TTCATTTACG ATAAAAAATT TAAAGAAAAT
GTTAATAAAA ATAAAATTGC ATATATGTGG GAAAGAGGCA TTCCTGGAAC AGAATTTATG
CCTTTTGTTT CTCTTTTAAC AACTAGTTCA AAGTATGATT TGGCAGCATC ATTTATAAAA
TCTTCGGACA ACGTCTTAGA AGCCGCGAGT GGATTTGGAT ATGGAGCTGC CTATTTATCT
ACGCATGCTG AAAAAGTTAC TGCTGTTGAC TTAGCAAAAG ATTCTATTGA ATTCGGAAAG
AAATATTTCA AATTAGATAA CATAGATTGG ATTCAAGCTG ATGTAACTAA GTTACCTTTT
AATAATGAAT ATTTTAATGC ATATGTTTCA TATGAAACAA TTGAACATTT ACCACTAGAA
AACGTAGAAG AATACATTAA GGAAGCATAT CGTGTAATTA AATCAGATGG AAAGCTTATT
ATGTCTACTC CAAACAGAAT AAATAGAAAA CATATAAAAA ATCCATTTCA TATAAAGGAA
TATGATATTA TAGAAATTTA TAATCTACTA AAAAAATATT TCAAAAAAAT CCAATATTTT
TCAATTGATT CTATTTCAAC AGTATCAGGA ATTGCTAATT CGTCACATAA TATGATAATA
GTCGCTAGCA AAAAATAA
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| Protein sequence | MLDEINRLLQ NGEFEKAKQY ADKIESTVDK HNVLGIIFYQ EGKLDDALNH FKKALEFDPT
HDDALFNYSK VLFEKQNYFE SWRYLTRIKN KSWEVYDLLG DTQLRQNNSA MAIHYYGKAC
ELNAPEQMKQ KFEEAKKFFK RNERLAFFCL PGLDNFIKDI AQILSNIYEI KLVVTTDGRQ
IQEAYNWADI VWLEWANELA IEITNKLPKA GKKILCRLHG YKSLRLDFLK NIKWDKIDHV
IFVAENVLKT TIENCSQIKF IPQSLVWNGI DLTKFTFKIR EPGPNIVFVG HFNYKKNPVF
ATQILKKLTD IDPNYSLFWA GQMQDERMYR YVSYILEKME IKDKFKFDGF IKNVEDYLED
KNIFLSTSIH EGYGVAILEA MSKGIKPVIH NFYVAEEFYP KDYIFQTIDE AVEMIVSPNY
NSIEYREFVE KNSSLEKQIL NIQNTIKSLM EINYTLPYIK DKNSSLSNEV KDYINNNINL
KKLLFVVDDI IGNFNKFYIK ETIEKAFKTN YEHILIAIPI FDPLKEFMLE LLTNFKDFSL
IDIFSLENVN DYVFGLFSKK QILFTPNSIT PIEKFFHYNN KLINNFSFDS SKIVAGKFEH
INDNMYMLDF ILENENNGII ISGIIIDIYS NKIILPDYVR KSQKPEEILN IVRQILLTEK
NIFLSQKIYG FIYDKKFKEN VNKNKIAYMW ERGIPGTEFM PFVSLLTTSS KYDLAASFIK
SSDNVLEAAS GFGYGAAYLS THAEKVTAVD LAKDSIEFGK KYFKLDNIDW IQADVTKLPF
NNEYFNAYVS YETIEHLPLE NVEEYIKEAY RVIKSDGKLI MSTPNRINRK HIKNPFHIKE
YDIIEIYNLL KKYFKKIQYF SIDSISTVSG IANSSHNMII VASKK
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