| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_0500 |
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| Symbol | |
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| ID | 5451897 |
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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 | 541665 |
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| End bp | 544205 |
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| Gene Length | 2541 bp |
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| Protein Length | 846 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640874249 |
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| Product | DNA methylase N-4/N-6 domain-containing protein |
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| Protein accession | YP_001410021 |
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| Protein GI | 154249196 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2189] Adenine specific DNA methylase Mod |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGAACAGGT ATGAAAAAGA ATTTTACGAC ACACTAAAAG ACCTCTTCAT TGGAGAAGAG
ATAGAAGGTA AATCTGGTTA CATTAACTTA ATGAAAATCA AAAGCAATTA CTATTCCAAA
ATCGTCCAAC CTGAATTGCA ACAACTAATC GAAAACGAAT TAATTAACAA CAATATCCAA
GCTTTCAAAG AAGAACTTTT CGAAAAATTG TACACCTTCT TCAAAAGATA TTTCTCTGAG
AGTGGTTCAA TTTACTTCAC TTACACCCCT TGGAGTGAAA GAATATACGA GAGAGTCTAC
GACCCTGAAA AAGATGTCAT CCTCTTTTGG AAAACTCATA TGCTTTACTA TGTAAAAACA
GAAAAAAACT ACAAAAGCTT AGAAATAAAA ATTAAAGGTA TAAACGGTGA AGACATCAAA
TTCTACTTCG ACGTATCAGA ACTAGAACAC AAAAAAGCAA ATGAGAAAAA AGAGATAATG
TTTGAATTCA AAGAAATTGA TAAAGATAAA AGGATAGTGC TTAGGTGCAT TTACTCAGAA
CGAGGAAAGC AAACAAAAAT TGAGGAAATC ACGAAAAATG CAAAAGAAAC ATACAAAGAC
ATCACAACAG AAGACATAGA AAGAGCGATA AGAATATTTA ACAAACAAAG TGAAGTAGAT
TACTTCATAA ACAAAGATGC TGAAGGATTT CTAAAAGAAC AATTAGACAT GTACATATAT
CAGTACATGT TTGATTCAGA AAATATATGG AGTGAGAAAA GGATAAAAGA GATCCAAACA
TTCAAGAAAA TAGCAGGTAA GATAATAGAA TTCATATCAC AATTTGAAAA CGAGCTTGTC
AAGATATGGA ACAAGCCAAA ATTTGTTTTT AACAGTAATT ATGTGATAAC AATAGACAGA
ATAGTTGAAA AAGAAAAGGG GTACGAAGTG CTTGATAAGA TATTGAATCA TGAAGGAATG
GAAGAACAAA TAAAAGAATG GAAAGAATTA GGGATAGTGG ATGAAGGGTT CAGCAAAGAA
GAGATATACA AACAAGAGCA AGGAAGTTTG TTTAGTGGAG GAACAAAAAT AAACGAAAAA
TACAAATACT TGCCGTTAGA TACGAAATAT TTTAAAGACA TAGAGGTTGA GATATTGGAA
TTATTTGACA ATATAGATGA AGAACTTGAT GGATGGTTGA TAAAAAGCGA GAATTATCAA
GCGCTAAATA CGATATTACC AAAATTCAAA GAGAAAGTGC AAACGATATA TATTGACCCG
CCATTTAACA AGGAGCAAGA AGCAGACTAT CTTTACAAAG TAGGATATAA AGATGCAACC
TGGATTACAA TGCTTGAGAA TAGAACTAGA CTTGGAAGAG ATTTAATGGA TGAAAAGGGA
AGTATTTTTG TAAGATGTGA TTATAATGGA AATGCTTATT TAAAAATGCT TTTAAATGAC
ATTTTTGGGA AGGACAATTT TAGGAACGAG ATAAATGTCA GTAGAATCAG CAAGCAAGAT
CCTAAAGTAA AAAGATTTAA TACTGCCGCA GATTCACTTT ATCTTTTTTC AAAATCCGAC
AATTTCAAAT TCAATTTAAT TTTAAAAAAA CTAAGTAAAA AAAAGGAAGA AAGATGGCAT
GCTATGGATT CACAAGGACA AGGACAAGCA ATATATATCT TTGGACATTT ATTCGAACCT
CCAAAAGGTA GGCACTGGAC ATATGGACAG GAAAAAATAA AACAGATGGA ACAGGAAGGA
AGGATAAGAT TAAAATGTAG AAAATGTGGC TATGTTCATA CTAATGGAAT TTGGAGGGGA
TGCCCTAATT GTGGAACAGT AGAAGATGTT AAAGTAGAAT ATTTATTGCC TCCCACAGAA
GAAAAACAAA TAGATTCAAA TTGGACTGAT ATCTCTGGTT ATACATCAAA CTGGGAGTTT
CAAACCGAAA ACTCCGAAAT CCTTCTTAAG CGTGTCATAG AATCCACTTC CAACGAAGGA
GATTTAGTTA TGGATTTCTT TTTAGGAAGT GGCACAACAA TTGCAGTAGC ACATAAACTT
AGAAGAAAAT GGATTGGAGT AGAAATGGGA GAACATTTTT ACACAGTAGT TTTGCCAAGA
ATGAAAAAAG TCTTAGCGTA CGACAAATCA GGTATTTCAA AGGAAAAGGA TGTTAAAGAA
AAATACAATG AAGACAATGC TGGTGGTTTC TTTAAATACT ATGAATTAGA GCAATACGAA
GAAGTCTTAC GTAATGCAAA ATATGAGCAT GGCGATTTAA CATTGCAACC ATCACCAAGT
AAAGATGTAT TTAATGAATA CATATTCATG AGATCACCGA AGTTTGTAGA AGCTGTTTTA
AAAAGAGAAG GAAATGAATA CAAAGTTGAC TTGTCAAAAA TTTATCCAGA GAAGAAGTTA
GATATAGCAG AGACATTGTC AAATGTATTA GGAAAGAAAA TAAGGAAAAT TAGTAAGGAA
AGCTTTGAAT TGGAAGATAT TGGAGAAATA AGGTATGATA ATATACCAGT AGAGTATATT
AAACCATTAA TTTGGTGGTG A
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| Protein sequence | MNRYEKEFYD TLKDLFIGEE IEGKSGYINL MKIKSNYYSK IVQPELQQLI ENELINNNIQ
AFKEELFEKL YTFFKRYFSE SGSIYFTYTP WSERIYERVY DPEKDVILFW KTHMLYYVKT
EKNYKSLEIK IKGINGEDIK FYFDVSELEH KKANEKKEIM FEFKEIDKDK RIVLRCIYSE
RGKQTKIEEI TKNAKETYKD ITTEDIERAI RIFNKQSEVD YFINKDAEGF LKEQLDMYIY
QYMFDSENIW SEKRIKEIQT FKKIAGKIIE FISQFENELV KIWNKPKFVF NSNYVITIDR
IVEKEKGYEV LDKILNHEGM EEQIKEWKEL GIVDEGFSKE EIYKQEQGSL FSGGTKINEK
YKYLPLDTKY FKDIEVEILE LFDNIDEELD GWLIKSENYQ ALNTILPKFK EKVQTIYIDP
PFNKEQEADY LYKVGYKDAT WITMLENRTR LGRDLMDEKG SIFVRCDYNG NAYLKMLLND
IFGKDNFRNE INVSRISKQD PKVKRFNTAA DSLYLFSKSD NFKFNLILKK LSKKKEERWH
AMDSQGQGQA IYIFGHLFEP PKGRHWTYGQ EKIKQMEQEG RIRLKCRKCG YVHTNGIWRG
CPNCGTVEDV KVEYLLPPTE EKQIDSNWTD ISGYTSNWEF QTENSEILLK RVIESTSNEG
DLVMDFFLGS GTTIAVAHKL RRKWIGVEMG EHFYTVVLPR MKKVLAYDKS GISKEKDVKE
KYNEDNAGGF FKYYELEQYE EVLRNAKYEH GDLTLQPSPS KDVFNEYIFM RSPKFVEAVL
KREGNEYKVD LSKIYPEKKL DIAETLSNVL GKKIRKISKE SFELEDIGEI RYDNIPVEYI
KPLIWW
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