| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_0501 |
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| Symbol | |
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| ID | 5452366 |
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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 | 544212 |
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| End bp | 547181 |
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| Gene Length | 2970 bp |
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| Protein Length | 989 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640874250 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001410022 |
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| Protein GI | 154249197 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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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 | ATGCCAAAGA CAAAAAGCTC AAGAAGTGTA AAAAATACAA ATGGCTTGAA CATTTACCCT
CTTTTAAAGA GTTTCATTGA TGAAAAAGTA CCAATGTTTG AAGAATTACC ATATGATTGG
AGAAACGTTG ATTTAGAATC ATTTTCGAGT ACAAAGAAAT TATGGGATTT TCAGATAGAG
GCTTTAAAAT ACGCAATAAG AGGATTGTAT TATTACTATG ATGTTCTAAA GGCTGATAAA
GAAAGATTTT GGGATGAACT GATAACATAC GACAATGCTT TAGACTTACC TTCCATAATG
GATATTAAGA AATCAGAAAG TGATGTATGG AAAATTTTAA GCAAATACTT TTACAGTTAT
GATGATAACA TTTCATATAG CAATTTTATC AACAGAATGG GATTTTGGAT GGCAACGGGA
AGTGGAAAAA CTTTAGTTAT AGTCAAACTG ATCGATATAC TAATAACTTA CATGGAAAGA
GAACTCATAC CAAGTAGGTA TATTCTTTTC TTAACATACA GAGATGATTT AATTGATCAG
TTCAAGGTTC ATTTTGAAGA ATTCAATAAG TCTCAAAGAG GAAAAATATT GAAATTGTAT
GAATTGAAAG AATTCCATAG AACTATTAAT TCTAAAAAAT TTTTTGAATT CCCGATCTTT
TATTATCGTT CCGACAACAT TTCAGACGAA CAAAAAGATA AAATAATTAA CTATGAACTT
TATGAAAACT TTGGTAACTG GTACGTTATA TTAGACGAAG CACATAAAGG AGATAAGGAA
TCAAGTAAAT CTCAACAATA TTTTTCAATT TTGTCAAGGA ATGGGTTTTT GTTCAATTTT
TCAGCAACAT TTACAGACCC AAGGGATATT CTAACAACAG CATACGAGTT CAACCTCTCT
ACTTTTATAG AAAACGGCTA TGGTAAAGAA ATAAGGATTT TTGATGAAAA TGTAAAGATA
AAAATTAAGA ATAATGGAAA AATAGAAGAT TTCAATGAAA ACGAAAAATA CAAAATTATC
TTAAAAACCT TGATCTTACT CGCCTACTTG AGGAAAAAAT CAAGAGAAAT AAGATATGTC
CCAGAGTTAA ATTTGGAATA CCATTCTCCT TTAGCGGTAT TTTTGGTGAA TTCAGTTAAT
ACAGAAGATT CTGATCTAAA ACTATTATTT AGATTGATAA AAGAAATTAC ATCAACAGAA
GGTTATGAAA AAATACTAAA TTCCGAAATC TTTGAAGATG CGAAGAAAAG TATCACTCAG
AACAGTCCTA TTAATCCTTT TGATGAAAAT CACAGCTTTT CTGGGTCAAA TATTACAAAA
GAAGAGTTAT TAGATATCTC TCCTTCAGAT ATCTTGAGAG AAGTGTTTAA CTCTGAAACG
GCTGGTGAAA TAGAAATCGT AAAGTCAAAG TCTGAGAAAG AATTAGTTTT AAAGCTTAGG
ACTTCAGAAA CACCATTCGC TCTTATAAAA ATTGGTGACA CAAATCAACT GCTTAATTCT
CTAATCAATG AATTTAACCT AAGAATTCAG GAAACATTTG CCGATGAGGA GTTTTTTTCA
AATTTGGATG AAAAAGAGTA CATAAGTATG TTGCTTGGTT CCAGAGCATT TTACGAAGGT
TGGGATTCGA ATAGACCAAA TGTTATTGTA TTTATCAATA TTGGAACAGG AGATGCTGCA
AAGAAGTTCG TTTTACAATC CATTGGAAGA GGGTTGAGAG TCCAGCCTAT TAAAAACGGT
GACAGAAAAA GGTTAGGAAT GATGCCTGAA TACAGTAAAT ACAAAAGTTA TATATTACCA
ATCGAAACTC TCTTTGTTTG GGGAACTAAA GCAGACACAA TTGAAACAAT TATCGAGGGT
ACAAAGAAAA TAATTGAGAA TTCAGGCGTA AGAATAGAAC TGAAAAAGAA CATTGAAAGG
ATTGACGGAC ACAAGCTATT TGTTCCAACT TACAGAAAAG TAAGAAAGAT AGCAGATTTT
GAAAAGATGT TGGAAGATAA AAAAATTCAA AAGTACGTTA TTAACAGTAT TGATTTTGAA
GATACAAAGA GTGTGTTTGA TAACATTTCT GATGAAATGT TGTATTTCTT TTACCTTACA
AACGAAGACG AGCCAGTGGA AAGAATAAAG ATTTTAAGAA AATTATTCGA AGATAGTTAC
TGGGACAAAT TTTTCCGAAA AGACAATAAC AAGAAAAGGC TAGGTTGGTT TGAGTGTATC
AAAGATATAT TCAGATATAT AAACAATCAA ATAATCTTTG AAACAATTCC AGATATTGAA
GAATGCGAAG AACCTATAAT ACATTATAAG GGAATAAAGA TAAAATTACC TAGGGAAAAA
GAGATAAATG AAGTGAGGGA AGCTATTGAA GAAGTTTACA ACGAAGAATA CGAAAAGAAA
ATAAGCATAA CAGGGAAAGG TAAATATGAA ATTGAAATTG ACTTCATAAA AGAACACTAT
TTTATCCCTG TGATAAAAGC TCTGGATAAA GAAGCAGTAA AGAATCTGTT GGCGAATATT
CTTAGAGAAG AAAGTGAAAT AGATTTTATT GATGAATTAA AAAGAAAATC AAAACATTTT
GAAAGATTTG ACTGGTGGCT GTTTAGTAAA GTAATTCAAA AAGTTGATGA AATATACATA
CCATATACAA ATGATGATAA TGGGGCTCTA GAAAAGTTTT ATCCTGATTT TGTCTTTTGG
TTTAAAAAAG ATAATAAATA TCTTGTTGCC TTTGTTGATC CAAAATCAAC TGAATTTACC
AGTGGTTATA GAAAGATAGA TGGATTTATC AGACTATTTT ATGAAAATGA CAAACCAAAA
ATATTTGAAA AAGACGGATT TAAAGTAATT TTCGATCTGT ATTTATACAA TAAAAAAGCT
GCCGCACCAG AAAAATACCA AGATTTCTGG ATTAAAAACA TAGAGGAACT TGCTGAAAGG
TTAACTAAGA GATTTGATAA CATGCCATGA
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| Protein sequence | MPKTKSSRSV KNTNGLNIYP LLKSFIDEKV PMFEELPYDW RNVDLESFSS TKKLWDFQIE
ALKYAIRGLY YYYDVLKADK ERFWDELITY DNALDLPSIM DIKKSESDVW KILSKYFYSY
DDNISYSNFI NRMGFWMATG SGKTLVIVKL IDILITYMER ELIPSRYILF LTYRDDLIDQ
FKVHFEEFNK SQRGKILKLY ELKEFHRTIN SKKFFEFPIF YYRSDNISDE QKDKIINYEL
YENFGNWYVI LDEAHKGDKE SSKSQQYFSI LSRNGFLFNF SATFTDPRDI LTTAYEFNLS
TFIENGYGKE IRIFDENVKI KIKNNGKIED FNENEKYKII LKTLILLAYL RKKSREIRYV
PELNLEYHSP LAVFLVNSVN TEDSDLKLLF RLIKEITSTE GYEKILNSEI FEDAKKSITQ
NSPINPFDEN HSFSGSNITK EELLDISPSD ILREVFNSET AGEIEIVKSK SEKELVLKLR
TSETPFALIK IGDTNQLLNS LINEFNLRIQ ETFADEEFFS NLDEKEYISM LLGSRAFYEG
WDSNRPNVIV FINIGTGDAA KKFVLQSIGR GLRVQPIKNG DRKRLGMMPE YSKYKSYILP
IETLFVWGTK ADTIETIIEG TKKIIENSGV RIELKKNIER IDGHKLFVPT YRKVRKIADF
EKMLEDKKIQ KYVINSIDFE DTKSVFDNIS DEMLYFFYLT NEDEPVERIK ILRKLFEDSY
WDKFFRKDNN KKRLGWFECI KDIFRYINNQ IIFETIPDIE ECEEPIIHYK GIKIKLPREK
EINEVREAIE EVYNEEYEKK ISITGKGKYE IEIDFIKEHY FIPVIKALDK EAVKNLLANI
LREESEIDFI DELKRKSKHF ERFDWWLFSK VIQKVDEIYI PYTNDDNGAL EKFYPDFVFW
FKKDNKYLVA FVDPKSTEFT SGYRKIDGFI RLFYENDKPK IFEKDGFKVI FDLYLYNKKA
AAPEKYQDFW IKNIEELAER LTKRFDNMP
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