| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_1406 |
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| Symbol | |
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| ID | 5452768 |
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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 | 1521289 |
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| End bp | 1523835 |
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| Gene Length | 2547 bp |
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| Protein Length | 848 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 640875181 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001410909 |
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| Protein GI | 154250084 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1061] DNA or RNA helicases of superfamily II |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | ATGGTCGAAG ACAGTCGGAA ATTTAGACAA CCTTATTCAA CAAAAAGCCT GCTTCCATCG
TGTTTCATCG GAGGAAACGA TTTGTTTTTG AAAGAAATCA GCGAGACTAT ATTAAAGGCT
ATTGAGATAG ATATAATTGT TTCGTTTGTT CTCAAATCAG GTGTTGAGTT GTTGCTTGAA
CCGTTAAAGA AAGCAAGTTC AAATAGTGCA AAAGTGCGGG TGTTAACGAG TACTTATTTG
AATATAACCG AACCTTCCGC ACTTGTTCTC TTGAAAGATT CTCTTGGTGA CAATTTAGAT
TTGCGGGTCT TTAAGTATGA AGATAAACAT TTTCATCCGA AAGCGTATAT TTTTGAGTTC
ACAAATGGCG ATGGAGAGCT CTTCGTTGGG TCTTCAAATA TTTCCAAGGA TGCTCTGACT
GGTGGTATAG AGTGGAATTA TAGAATTTCA AAAAGCGCAA ATCCTGAACA TTTTGAGTAT
TTCAAGAAAG CTTTCTTTGA CTTGTTTGAA AATCACAGCG TCTTAGTCGA TGATAAGTTC
ATCGAGCAAT ATGCTGAAAA GTGGGCAGCC AAAAAGTCTG ACTCCGAGTA TGAAGGTTTG
AAAAATTTGG AAAAGGATAT TTACGTTTTT GAGTCGGATG AATGTGAAAC TAATTTGGAG
GAAATGGAAG GTATTGAACA AAGTAAGTCT GAGCTGTCCA ATTTACCCAT CATTCCTAAC
GAGGTTCAGC AGGAAGTTTT GAGGGAGTTG AATAATACAA GAGCAGAAGG ATTCACAAAA
GCGCTTGTCG TTTTGGCTAC AGGGGTTGGG AAGACTTTCC TCGCAGCATT TGATTCTATG
CAATTCAACA GAGTTTTTTT CATTGCACAC AGAGAGGAGA TACTAAAACA AGCGAAGAGC
ACGTTTGAGA AAGTACGCCC AACATCTCGC ATGGGCTTTT TCACCTCTTC AGGGAAAGAT
ACAGATGCTG ATATCGTTTT TGCTTCTGTG TTCACAATTG GCAAAGAAGA ATATCTGAAC
GATGATTACT TCCCGCCGGA CTATTTTGAC TACATAATAA TTGACGAGTT CCACCATGCT
GCGGCTGAGA GTTACAAAAA GCTCTTGAGT TATTTCAATC CTAAGTTCTT GCTTGGCCTT
ACTGCAACAC CTGAAAGAAT GGATGGTAAG GATGTATTCG AAATATGCGA CTACAACGTT
GTGTATGATT TAAGGCTACC GGATGCCATT AATAGAGGAT ACTTAGTTCC TTTCCACTAT
TACGGAATCT ATGATGAAAC CGACTTTTCA AAGATTCCAA TTATAGACGG TCATTACAAA
GAAGACGAGC TTGAAAAAGC ATTAATGCTC CATAAAAGAG CTGATTTAGT GTTGCAAAAG
TATGTAAAAT ATGGTAGAAA GCGGGCAATA GGTTTTTGCG TTTCTCGAAA CCATGCCGAA
TACATGGCTG ATTACTTTAA CAAGAACGGT GTAAATGCAT GTGCCGTTTA CAGCGGTGAA
CAAGGTAGAA ATGCTCTTCC AAGATGGGAA GCTATAGAAA AACTCAAAAA TAGAGAAATA
GATGTGATTT TCACCGTAGA CGTCTTCAAT GAAGGTGTCG ATATTCCTGA GATAGAAATG
GTCATGTTCC TAAGACCTAC AGAATCTACT ACCGTTTTCA TCCAGCAACT TGGGAGAGGT
TTGAGAAAAG CTAAAGGTAA GAAATACTTG ATAGTGCTCG ATTTTATAGG CAACTATAAG
AATGCTGTTC TTGTTCCGTT TATACTTACA CAGAAAGAGT ACGATATTAG CTTGCTGAGA
AGAGAACTTG ATACAAAAAA ACTAAGCGAA GTACTGGAAC TCCCCAAAGG TTGCGAAGTT
GAATTTGAAT TCAAAGTTGT TGACCTCATT AGGAAGATGG CAAAAGAATT GCAGCAGATA
GAAGAAATCA TCTTTAACGA GTATCTTAGA ATAAAGGAAT TCTTGGGTCA CAAGCCTTTG
AGGCACGAGT TCTATAAATA TGTAGAAAAA GTTGTATATA ACAACATACG TAGAAACTCG
AAACTGAACA TCCTGAGAGA TTATATTGCG TTTCTTAACA ACCACGGAGA GCTCGATGAA
AATGAAAGAG CTATTTGCAA TACTATTGCT CATAGGTTTA TAAACTTCAT AGAGACTACT
AATATGACAA AAAGTTATAA AATGCCAGTT TTACTTGCGT TTTATAACAA TGGAAACCCG
AAATTATGCG TAACTTCAGA TGATATTTAT ATGAGCTTTA AGGAATTTTA TTCCAATCCA
TCCAATGCTG TCGACTTAAA AATGCACAGC TCCACGAGAG ATTTTGAAAC ATGGGGAAAA
GATGAATGGG TGAAGCTTTC AAGAAAGACC CCTGAGCATT TTCTTGAGCA AACACACGGA
GAATTCTTCA AGAGAAAAGG TGAGCTGTTT TGCCTGAATG AAGAACTTGC GAGGTTCTTT
AATAATAAAG CATTTATAGA ACACTTTAGA GATGCAATTG AGTACAGGAC AATAAGGTAC
TACAAGGAGA GGATAAAGCA TGGATAG
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| Protein sequence | MVEDSRKFRQ PYSTKSLLPS CFIGGNDLFL KEISETILKA IEIDIIVSFV LKSGVELLLE
PLKKASSNSA KVRVLTSTYL NITEPSALVL LKDSLGDNLD LRVFKYEDKH FHPKAYIFEF
TNGDGELFVG SSNISKDALT GGIEWNYRIS KSANPEHFEY FKKAFFDLFE NHSVLVDDKF
IEQYAEKWAA KKSDSEYEGL KNLEKDIYVF ESDECETNLE EMEGIEQSKS ELSNLPIIPN
EVQQEVLREL NNTRAEGFTK ALVVLATGVG KTFLAAFDSM QFNRVFFIAH REEILKQAKS
TFEKVRPTSR MGFFTSSGKD TDADIVFASV FTIGKEEYLN DDYFPPDYFD YIIIDEFHHA
AAESYKKLLS YFNPKFLLGL TATPERMDGK DVFEICDYNV VYDLRLPDAI NRGYLVPFHY
YGIYDETDFS KIPIIDGHYK EDELEKALML HKRADLVLQK YVKYGRKRAI GFCVSRNHAE
YMADYFNKNG VNACAVYSGE QGRNALPRWE AIEKLKNREI DVIFTVDVFN EGVDIPEIEM
VMFLRPTEST TVFIQQLGRG LRKAKGKKYL IVLDFIGNYK NAVLVPFILT QKEYDISLLR
RELDTKKLSE VLELPKGCEV EFEFKVVDLI RKMAKELQQI EEIIFNEYLR IKEFLGHKPL
RHEFYKYVEK VVYNNIRRNS KLNILRDYIA FLNNHGELDE NERAICNTIA HRFINFIETT
NMTKSYKMPV LLAFYNNGNP KLCVTSDDIY MSFKEFYSNP SNAVDLKMHS STRDFETWGK
DEWVKLSRKT PEHFLEQTHG EFFKRKGELF CLNEELARFF NNKAFIEHFR DAIEYRTIRY
YKERIKHG
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