| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_0715 |
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| Symbol | |
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| ID | 5453021 |
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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 | 776979 |
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| End bp | 780089 |
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| Gene Length | 3111 bp |
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| Protein Length | 1036 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640874461 |
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| Product | S-layer domain-containing protein |
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| Protein accession | YP_001410227 |
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| Protein GI | 154249402 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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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 | ATGAGAAGGG GAGTTATTTT TTTAACAATT TTGGTATATT TGCTGATAGG TTTTTCAATA
ACAGTTAGCG CAGAAACTTA CGTAGACGTC AAAGAATCTC ATTGGGCATA TGAAGCTGTT
GAAAAGTTGA GTAATATGGG GATAATCACC GGTTTTCCAG ATGGTACGTT CAGAGGGAAC
GAAGTGATAA CGAGGTTCCA AGTAGCCGTT TTACTGTATA GACTTTACAG TGTATTTGAT
ACAAAGATAA GTGATATAGA CAAAAGAATT TCAGATATTG AGAAAAAGTT TTCCAATTTC
ACTGTTCAAA CAAACGCACA ATTTACAGAT GTTTCAAAAG AGATTTCCTC AATAAAGAAC
TCAATTACTC TTCTTTCAAA CGACGTTAAA AAACTCGTCT CTGAAGTTAA AAGCCTTTCA
GAATTGTACT CCAACCTCCG CACATCTGTA GATGATAATA GTTCGAAATA CGAAGGTATC
AAAAAAACTG TTGAAGCGAT ATCGGAAAAA TATAATTATT TGCAAAAGAA AGTTGATGAA
ATTGACAAAA ACATCAACAA ATTTTCTTCC ACAGTTCTTA ACATTGAAGA TAAAATAAAA
AATGTTGAAT CATCTTTGAA CAGCAGTATC AAAAGTTTGG AGATAGAAAC TAAAAATTTA
AAATCAGAGA TAGAAAAAAT TAGAGAAAAA AATGTGAGTG ATACTTCTTC TGCCCAAAGT
ATGAATGAAG GCACCAATAC ATATATTGAT TATTCAAAAG ATATAGAATT GCTTTACAAG
AAAATCGAAT ATTTAAATAA CCAACTTGAG TATATGAATT ATCTAAAAAA CGAAGTTAAC
TCATTGAAAG ATGAAATAAA AAACATTAGA GCCTCTATCG AAGAAATCAA GCTAAAAACA
CCAATTGAAA CGACAAATGT TGATAAAGAA AAATTAGAAG AAAATTTAAA CACATTAATA
ACGATCATCG ACAATCTTAA AAGCGACATG CAGAATTTAA AGAACACCCT TAAAGATTAC
GTTAAAAAAG AAGAGTTAGA TAAATTTGTC CAAGATGTTT ATCAGAAAAT ACAGACAATT
ACAAATAGCA TATCCTCGTT GACAAACAGC GATAAAGAAA TTAACGAAAA AATAGCGAAA
TTAATAATGC AAATAAATGA CATAACATCC GAGATAAGCA AGATTAAAGA CACAAAATCA
ACAAATTCTA TAGATTCGAA TAAAGATTAT GAAGAATTGA AAAACAAAAT AGCGGAAATC
GAAAAAACAA TTGAAGAAAC AAAATCGATG GTGTATTCCT CAGCTGAAAT GACAGCAATT
GTTGAATCAA TTAAAAAAGT TGGAGAGCTT GAGAGTAGAT TTGAAGAACT CTCCTTGCGA
CTTACTAATA TCGAGAAAAT TGTACAGAGC CAAAATAACG AAGAACTTAT TAACAGTATT
AGTCAATTAT CACAGGAAAT AAATTCCATA AAAGAATTGT TAGCTGATAT AAAGTTAGTT
CCAGCGGAGA ATATTGATTT ATCAGGAATA TTGAACAAAA TTAACGAACG AGAAAAGACA
GTTTCATCTC TCTCTGAAAC TGTCAATGAT ATTTCAAAAA GGCTTTCAGC ACTCGAGGAA
AAAGTTAGCA ATTTGAGTGA TAAAATTTCA AAATCTCAAG TCAATGTTAG TGAAGCTTTG
AGTAAGGTAG AATTGGACAA TTTGAAAGAT AGAATTCAAA AAGTGGAAGA TGAACTCCAG
AAAAAAGCCT CGATAGCACA ATTAAACACA CTTAATCAAA GCGTTCAAAA AGTTCTTTCA
ATGGTTATAG AAACAAGAAA TGAGTTAAAA TCGTTGAACA TACCATCCAC AACACCTGCT
GATGGGACTC AAAAATCGGA GAAATCGTTG GAAAAATCAT CAGAAGATAT CGAAAATCTA
AGAAAAGATA TTAGTGAACT TCAAAGTAAA GTTTCCAGCG TTGTTTCAAA GCAAGAAGAA
CTTGGAACTT TAATAAAAGA CGTAAGTGAT AAACTTGATA AGGAAAATGC CACTGTAAAA
GATATGGGTG AATCCTTAAA CGCATTAAAG AAAGAAACAA TTGCACTTAA AGAAGAAATT
AATGAAACCA AGTCCACAGT TTATGAAATG ATTTCTCAAA TAAACGGAAA ATTAAAAGAG
TTAGAGGACC AAAAGAATGT CTCATCAAAT GTCGATTTGT CAATTTTTGA GAGCAAACTA
AATGCTTTAA AACTATCTTT TGATTCTCTG GAAAATAAAA TAAAAGAGCA AGAGGAAAAA
AATAAAATGT TGGTTTCAAA CATCGATGAA ATTGTACAAA AGATTGAAAA ATTACAGAAT
AGTATGGATG AAATTAAAAC ATTTAAGGAG ACTACCCAAA CAAAGATGGA AGCAAATACA
TTAAAATTAT TGGAATTAGA GAACAAAATT GCTACGATCG AGTCAACACA AGTTGTATAT
GAAAAGTTAA TTTACCAGGA AAATGAAAAT TTGAAAAATC AACAAAAAGA ATTTGAAGAT
AAAATACTAA ATATAGAAAC TAAACTCGCA GAATTAGAAA ATGCTATTAA ATTAGATGAA
AGAGATATAT CCCAAAAACT TGAAACATTA GCTTTGAAAT CTGTTAGTAA AGATGAACTG
GAAAATAAAT TACAGACGCT TTTGAGTAAC GTTGATTCAC AATTGAATGT GCTAGAATCG
AAAGTAATTT CTTTAGAAGA AAAAACAGAT AAAAACATAA GTGAAATAGA GAAAATTCGC
ACGCAAATTC AACTTGTTGA AGTGAAGATT TATTCTTTGA CAGGCGAACT TAAGAAATCG
ATAGACGAAA ATAAAGCATT ATTGGAAAAT AACACAGATT CTCTAAATAA GCTTCAAAGC
TGGAGAGATT CACACGAAAA AGAATTCAAC GATTTTGTCG CCCTTTATAC CGACGAATCA
TCTAAAACCA ACAATAGAGT CATAGAACTT GAAAACAAAG TTACAAAGCT TGAAAAGGAT
ATATCGAATT TGAGTAAAGA GAAAGAAAGC CTACAGAATA ATCAAAACTT ACTTATACTT
TTACTTATAT TATCTTTGGT TGTTGGTGTT TTTGGAATAA TTGCAAAGTA A
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| Protein sequence | MRRGVIFLTI LVYLLIGFSI TVSAETYVDV KESHWAYEAV EKLSNMGIIT GFPDGTFRGN
EVITRFQVAV LLYRLYSVFD TKISDIDKRI SDIEKKFSNF TVQTNAQFTD VSKEISSIKN
SITLLSNDVK KLVSEVKSLS ELYSNLRTSV DDNSSKYEGI KKTVEAISEK YNYLQKKVDE
IDKNINKFSS TVLNIEDKIK NVESSLNSSI KSLEIETKNL KSEIEKIREK NVSDTSSAQS
MNEGTNTYID YSKDIELLYK KIEYLNNQLE YMNYLKNEVN SLKDEIKNIR ASIEEIKLKT
PIETTNVDKE KLEENLNTLI TIIDNLKSDM QNLKNTLKDY VKKEELDKFV QDVYQKIQTI
TNSISSLTNS DKEINEKIAK LIMQINDITS EISKIKDTKS TNSIDSNKDY EELKNKIAEI
EKTIEETKSM VYSSAEMTAI VESIKKVGEL ESRFEELSLR LTNIEKIVQS QNNEELINSI
SQLSQEINSI KELLADIKLV PAENIDLSGI LNKINEREKT VSSLSETVND ISKRLSALEE
KVSNLSDKIS KSQVNVSEAL SKVELDNLKD RIQKVEDELQ KKASIAQLNT LNQSVQKVLS
MVIETRNELK SLNIPSTTPA DGTQKSEKSL EKSSEDIENL RKDISELQSK VSSVVSKQEE
LGTLIKDVSD KLDKENATVK DMGESLNALK KETIALKEEI NETKSTVYEM ISQINGKLKE
LEDQKNVSSN VDLSIFESKL NALKLSFDSL ENKIKEQEEK NKMLVSNIDE IVQKIEKLQN
SMDEIKTFKE TTQTKMEANT LKLLELENKI ATIESTQVVY EKLIYQENEN LKNQQKEFED
KILNIETKLA ELENAIKLDE RDISQKLETL ALKSVSKDEL ENKLQTLLSN VDSQLNVLES
KVISLEEKTD KNISEIEKIR TQIQLVEVKI YSLTGELKKS IDENKALLEN NTDSLNKLQS
WRDSHEKEFN DFVALYTDES SKTNNRVIEL ENKVTKLEKD ISNLSKEKES LQNNQNLLIL
LLILSLVVGV FGIIAK
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