| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_0518 |
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| Symbol | |
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| ID | 5452249 |
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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 | 568941 |
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| End bp | 572174 |
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| Gene Length | 3234 bp |
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| Protein Length | 1077 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 640874267 |
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| Product | hypothetical protein |
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| Protein accession | YP_001410038 |
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| Protein GI | 154249213 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGAGAAAAG CGTACATAGT ACCCTTGGAT GATAATCATT TTGAACTGGT AGCCGATAAA
ATAGCGAATA TTTACTTAGA AAATCCTATG GATTTTCTTT TCATAGGCCC CACTGGGTTC
TATGTAAGGC AGATCGCTGA TATAGTTGCT GAAAGATCCG GGAAAACGAT AAACAGAGAT
GCCTTCTTGG TTATAAACCA GTACGTTACG GAGTTTCTGA AGAAGAATAA TTATCAAGCT
GAAGTTTTGG ATAGAGATTT TTACACAGTT TACATTTCGA AGATTATAGA CGAGCTTTAC
GATTCGGAAA AGGATAAACA GAATTCTGAG AATTCCGATA GGTTGCTGCT CCTCAGAACC
CTTTCGAAAT CAAATACGAT AGTTCATTAC ATAGTTGAAA TATTCGAAAA ACTCTGGGAA
ATTGAATTGC ACGGAAGCAC AGAAAATTTA ACAAATCAAT ACGACGTTGT GAATCAACTG
ATGAACGATA CATCGGTTTT TGCTCAGATT ATTAGAGACA TCTTAAGTGA GATGAAAAGT
GTCGCGAAAG AATTACAATC AAGGTATATG TACGATCCAA TGAACATATA CAAGTGGTAC
GTAGAAAATG CCAGAGATTT AGAAGTAAAT AGAAAATATC TTGTCATCAG CGGATTTTTC
AACCTATCAC TTTTAACAAG TCAAGCATTG GCTGAGCTGG TTAAAAAGTC GGAAAATACG
ATATTTTTTG TTTGGCAAAA AGTAAACGAT TCAGCGTTTA GTCAGATTGA TGAGATCTAC
GATTTTTTAG AAAAAAATTC ATTTGAGTTT GATGACTCAT TTTGTAATAA AAAAGTTGTG
AATTTAGAGG AGTTAATTAA AAATAAGAGC ATAGGCGAGG TGGATGTTGA GAATCAATAC
AACGAATATC ATTATATAGT AAAGCAAGTC AAAAGCCTGA TTATAGAAGG TGTTAACCCG
GAAGAAGTAG GCATTGTTGT TCCAAATACT AATATAGCTT ACAGGTTAAT GGATGAATTT
GATGAAGCAG GTATACCGTA CCGATACAGT GGGAAAAATC CACTTACGGA AAGTCATATA
ATTAAGATAC TTTTGCAACC TTTGTTAACT ATAGAGGAAG GGTATAGACC GGAAGATTTA
CTTGCGGTAA TCGAATCACC ACTCGTTGAA AAAAGAGAAC TGACGATGGA TGAGATAGAA
GATTTATTTA AAGAGTACGA GTATTATTCC ATAAGAATGA AACCATCGGA AATGAGAAAT
AAAGAAGATA GAAGAAAAAA TTTCTTTGAA AAGTTGGAAA GAGATATCGC GGAACTTGAG
TCGAAGAAAG AAGAGTACGA CATTGAAGAG GATGTTTATC TATCTTCTGT GGAGAGGCTT
GAGAAGTTAA AGAAATTCAA AGAGATAATG GAAGAACTTT TCGGTTTGCT AGATAACATA
CATGAAAATT GGGGAAGCAA AGATTTCTTT GAATGGTATA AAGAGTTTAT AAAGTCATCG
ATTTTGAAAT TTGGGGATAT TTTAGAAAAT TACGAAATAA TGTCCTCACA AAAAAGCGTC
ATTAGAAGTG TGGGTAAAGA GATTAACGCT CTATCCAAGT TTATAAACGT CTTAAACAAA
TTGGAAATAT ACGTTCAGAA ATTGAGGGAG AGCAAACTCA GTAAAGTGAC AAGCTGGAGT
AAATTGTTTA AGCTCTTTGT TGTACTATTG AATTCAAATG GATATAGGGA GACATTTAAA
TCTGCGAATG TTGTAGATAT AATCGATATT CCGACATCGA AATTTGTAAA GAAAAAGTAC
AAATTCTTCG TGGATTTCAT AGATGATTAT TACCCATCCA TAGGTAAAAT AAATCCACTT
TTGTATCGAA CAACGAATCA ACGTTCACGG ATATATGATT TGCTTGAAGA AAGTGAAAGA
AGTTCAGTTT TTCTTTCAAT AATATTCTCT CAAAATTCGT ATTTGATATT TCCAAAATCC
ACAAATACAG GTGATCCACT AGTCCCGTCG AAATACTTAT CTGAATTGGC ACATAACCAC
ATAGAAGCAA AAATATCGAG CGATGATATT TTCAAGAAGA TAGATTACGA TATATACAAG
CTTGCGCAAT CTGCAAGTCA AATCATAGAA GTGAAAAGAG AGGACTTTGT CGTTGGAGAA
AGTAACATAA CCGAATTCAG CCACAGCAGA ATTGCGACTT ACTTATCATG TCCAATGTTG
TTTTACTATT CAAATATAGC TACTTTACCA GAGAAAACTA AGGAAAATAA CCTTGCTTTA
ATGGAGGGTA TAATCACACA TAGAGTATTG GCAAAATTAT TTGATATAAA CTATCCTAAA
AATGTATATT CGTTGTTAAA CTATAACGAT GGGGTCCTTA AAGAACTTAT AGAAGAATCT
GCCGAATCAT TTTCAGAAGG TATATTTAAG TACAAAATTC CGAAAAAGAT ATTGTCGGAT
GAGATATTTG ATAAGCTTTC AGTTTACTTG AGAGAGTTTG CAGACTCAAA GTATTTAATA
ACGCTTGGGC AAAAAAGTAA GACGCTACCT TTAAGATTGG ATAGTTCAAA AAAATCAAAA
GAGGGTACAA AAGACTTATA CACAGATGAA ACTCTTAAGA CAGAATTAAG TGTTGAATGT
GAAGTTGGAA GGTATCATGT TATTGGAAGA ATCGATAGAA TAGACAAAAT TCTTGATGAG
GAAAATAAAT ATGCGATTAT CGATTACAAA AATTCCCTAA GTTCGATAAG ATTCGAGCAA
CTTATTCTTT ATGACTATCT AATCTTGAAA GATGAAAAGA AAGAAAACCT TCTTTGGAAA
AAAGAAATAA AAGAAAATGG TTCCCATGTA TTTTTAATGT TTCTCAAAAT CGGTCAAGAA
AAGCTAGAGT ACAGATATAT CAAAAAGGAA AATCAAGAAG AGCCAGTTTA TATTATTGAA
ATTTTAGAAC CTAACGTTTC TTTTACATTA AACGATTTTG AAGGATGGCT TGTTTCAACG
ATGGACGATA TAGCGTTGAA AGGTATTTTT ACGCCGGTTT TCTTAATGAA TCAAAGTAGG
ACGTTCTTCT CTATTCTAAG TGAAAAAGGA AATATTGACA AATCAAAAAT TAAAGGAGAT
ATGTCTAAAA TATTGTTTGA AAATCGAAAA TGCAGAGGAT ATAACAATGT CTGCCCCTAC
GAACCACTTT GCAGTGCGTA TGAGATATAC GGTGTAAAAC TTTTAAAAGA ATAA
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| Protein sequence | MRKAYIVPLD DNHFELVADK IANIYLENPM DFLFIGPTGF YVRQIADIVA ERSGKTINRD
AFLVINQYVT EFLKKNNYQA EVLDRDFYTV YISKIIDELY DSEKDKQNSE NSDRLLLLRT
LSKSNTIVHY IVEIFEKLWE IELHGSTENL TNQYDVVNQL MNDTSVFAQI IRDILSEMKS
VAKELQSRYM YDPMNIYKWY VENARDLEVN RKYLVISGFF NLSLLTSQAL AELVKKSENT
IFFVWQKVND SAFSQIDEIY DFLEKNSFEF DDSFCNKKVV NLEELIKNKS IGEVDVENQY
NEYHYIVKQV KSLIIEGVNP EEVGIVVPNT NIAYRLMDEF DEAGIPYRYS GKNPLTESHI
IKILLQPLLT IEEGYRPEDL LAVIESPLVE KRELTMDEIE DLFKEYEYYS IRMKPSEMRN
KEDRRKNFFE KLERDIAELE SKKEEYDIEE DVYLSSVERL EKLKKFKEIM EELFGLLDNI
HENWGSKDFF EWYKEFIKSS ILKFGDILEN YEIMSSQKSV IRSVGKEINA LSKFINVLNK
LEIYVQKLRE SKLSKVTSWS KLFKLFVVLL NSNGYRETFK SANVVDIIDI PTSKFVKKKY
KFFVDFIDDY YPSIGKINPL LYRTTNQRSR IYDLLEESER SSVFLSIIFS QNSYLIFPKS
TNTGDPLVPS KYLSELAHNH IEAKISSDDI FKKIDYDIYK LAQSASQIIE VKREDFVVGE
SNITEFSHSR IATYLSCPML FYYSNIATLP EKTKENNLAL MEGIITHRVL AKLFDINYPK
NVYSLLNYND GVLKELIEES AESFSEGIFK YKIPKKILSD EIFDKLSVYL REFADSKYLI
TLGQKSKTLP LRLDSSKKSK EGTKDLYTDE TLKTELSVEC EVGRYHVIGR IDRIDKILDE
ENKYAIIDYK NSLSSIRFEQ LILYDYLILK DEKKENLLWK KEIKENGSHV FLMFLKIGQE
KLEYRYIKKE NQEEPVYIIE ILEPNVSFTL NDFEGWLVST MDDIALKGIF TPVFLMNQSR
TFFSILSEKG NIDKSKIKGD MSKILFENRK CRGYNNVCPY EPLCSAYEIY GVKLLKE
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