| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_1692 |
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| Symbol | |
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| ID | 5298201 |
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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 | Thermosipho melanesiensis BI429 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009616 |
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| Strand | + |
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| Start bp | 1678644 |
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| End bp | 1681568 |
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| Gene Length | 2925 bp |
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| Protein Length | 974 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | 640769967 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_001306919 |
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| Protein GI | 150021565 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4096] 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 | 4 |
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| Plasmid unclonability p-value | 0.181928 |
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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 | ATGGCAAGTA AAACTAAAAG TTTAAGTACA AATATTTACC CACTTTTAAT GTCATTTATA
GATGAAAAGG TACCGATTTT TGAAGAGTTG CCATATGATT GGAGGGAAGT AGATTTAGAG
TCATTTTCTG ATGCAAAAAG ATTATGGGAT TTTCAACTAG AAGCTTTAAA ATATGCAATA
AGAGCTTTAT ACTATTATTA TGAAGTTTTA GAAGCAGATA AACAAAAGCT TTGGAATGAA
CTGGAAGAAT ATTCTTTTGA TTTAGATATA TCATCTATTA TGGATATTAA AAAATCAGAA
GATGAGATTT GGAAAATCTT GAATAGATAT TTTTATGGTG AAAGAGATAA AATACCATAT
AGCAATTTTA TAAACAGAAT GGGATTTTGG ATGGCTACTG GAAGCGGAAA AACGCTGGTT
ATTGTAAAAC TAATTGATAT TTTAATAACT TATATGGAAA GAAATCTTAT ACCTAAAAGA
CATATTCTTT TTTTAACATA TAGAGACGAT CTGATTGAAC AATTTAAATT ACATTTTAAA
GAGTTTAATA AATCCCAAAG TGGAAAGATT TTAAAATTGT ATGAATTAAA AAATTTTAAC
AATGTTCTTA ATTATAAAAG TTTTTTTGAA TTTCCGATAT TTTATTATCG CTCTGATAAT
ATTTCTGATA TTCAAAAAGA AAAAATAATC AATTATGAAA ATTACGATAA TGGTGGAAAT
TGGTATGTTA TTTTGGATGA GGCTCATAAA GGAAGTAAGG AATCTAGTAA ATCACAACAG
TATTTTTCAA TTTTATCGAG AAATGGATTT TTATTCAATT TCTCTGCAAC ATTTACAGAT
GAGAGAGATA TTTTAACGAC AATTTATGAG TTTAACCTTT CTACCTTTAT CGAAAATGGT
TATGGAAAAG AGATTAGAAT TTTTGATGAA AACGTGAAAA TAAAAGATAA AAATAAAGAT
GATTTTAATG AAAATAAAAA ATATATGATT CTTTTAAAAA CCTTAATTTT ATTAACATAT
TTGAAAAAGA AGTCAAAGGA TTTAAGAAGA AAGCAAGAAC TAAATTTGGA ATACCATTCT
CCTCTTTCAG TATTTTTAGT AAATTCAGTT AATACCAAAG ATTCTGATTT AAAATTACTA
TTTAAAATAA TAAAAGAAAT TACTTCTATA GAAAGTTATG AAAAAATACT AAATTCTGAA
ATTTTTAAAA TGGCAAGAGA TAGTGTTATT GAAAACAAAC CTATTAATCC CTTTGATGAA
AATGAAAATT TTTCTGGTTC AAATATTGAG ACAAATTATC TATTAGATAT AACTCCATTA
GATGTATTAA AAGAGGTTTT TAATTCTGAA ACTCCTGGAG AAATAGAAAT AGTTAAATCT
AAATCCGAAA AAGAATTTGC ATTAAAACTT ATGACTAGTG ATAAACCATT TGCTTTAATA
AAGGTAGGAG ATGCAAAAAA ATTATTTGAT GCTTTGGTTA ATGAATTTGA ATTAAGAGTT
CAAGAAACTT TTGTAGATGA AGATTATTTT TCAAATTTAG ATGAAAAGGA ATATATAAAT
ATATTATTAG GTTCAAGAGC GTTCTATGAA GGATGGGATT CAAATAGGCC TAATATAATA
GTTTTTATTA ACATTGGAAC TGGCAACGAA GCAAAAAAAT TTGTTTTACA GTCAGTAGGA
AGGGGCTTAA GAGTTCAACC TATTAAAAAT GGTGATAGAA AAAGATTAGG AATATCAGCA
ACATATAGCA AATACAGAAA TTTTATATTG CCTATTGAAA CTTTATACGT TTGGGGAACT
AAAACAAAAG TAATCAAACA AATTATAGAA AGTACAAAAG AAATAATTAA AAATTCTGGT
ATAAAAATAG AACTAAAGAA AAATATTGAT AGAATTGATG GACATAAATT ATTTGTACCT
GCATATAAAA AAGTTAAAAG AGTTGTAGAT ATTGAAAAAT TGAAAAATGA AGACATTCAG
AAATACAATA TTAACTGCTC AGATTTCCAG GATACAAAAA ATGTACTTGA AAACATTTCT
GATGAATTAT TGTATTTCTT TTATTTTTCA AATGAAGATG AACCATTAGA AAAGATAAAA
CTTTTAAGAG GAATGTTTAA AAAAGAAAAT GAAGAAAAGT TTTTCGATAA AAGCGAAAAT
AAAAAAAGGT TGGGTTGGCA CGATTGTATT AAAGATATAA TCAGATTTAT AAATAACTAT
GTAATATTTG AAACAATTCC AGATGTTAAA GAGAATGAAG AGCCTATAAT TCACTACAAA
GGAATAAAAA TAAGAATACC TAAGGAAGAG GAAATTAATA GAGTTAAAGA AACTATAGAA
AAGGTATATA GTGAACATTA CGAAGAAAAA GTTAGTATAA CAGGTAAAGA TAGAGATGAG
ATTGAATTAG ATTTTATTAA GGAACATTAC TTTATTCCAG TAATAAAAGC CTTAGATAGA
GAAGTGGTGA AAAGCTTATT AGCTAATATA CTTAATGAAA ATAGTGAAAT ACAATTTGTA
AATGAATTAA AGAAAAAATC TAATTATTTT GAACAATTTG ATTGGTGGCT ATTTAGTAAA
ATAGTTCAAA GAATTGATGG TATTTACATT CTATTTACAA ATAAGAATGG TATTGAACAA
AAATTTTATC CTGATTTTGT TTTTTGGTTT AAAAAAGAAA ATAAGTATCT TATTGCTTTT
GTAGACCCAA AATCAACTGA ATTTGCAGAT GGATATAGAA AAATTGATGG ATTTATTAAA
TTATTTTACG AAAATAATAA GCCAAAGATT TTTGAAAAAA ATGAGTTTAA GATAATTTTT
AATTTATATT TGTTCAATAG AAATTTTGGT AGTCCAGAAA GATATCAAGA TTTTTGGGTA
AAAAGTATTG ATGAATTTGT TAATAAAATA AATAACATTA TTTGA
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| Protein sequence | MASKTKSLST NIYPLLMSFI DEKVPIFEEL PYDWREVDLE SFSDAKRLWD FQLEALKYAI
RALYYYYEVL EADKQKLWNE LEEYSFDLDI SSIMDIKKSE DEIWKILNRY FYGERDKIPY
SNFINRMGFW MATGSGKTLV IVKLIDILIT YMERNLIPKR HILFLTYRDD LIEQFKLHFK
EFNKSQSGKI LKLYELKNFN NVLNYKSFFE FPIFYYRSDN ISDIQKEKII NYENYDNGGN
WYVILDEAHK GSKESSKSQQ YFSILSRNGF LFNFSATFTD ERDILTTIYE FNLSTFIENG
YGKEIRIFDE NVKIKDKNKD DFNENKKYMI LLKTLILLTY LKKKSKDLRR KQELNLEYHS
PLSVFLVNSV NTKDSDLKLL FKIIKEITSI ESYEKILNSE IFKMARDSVI ENKPINPFDE
NENFSGSNIE TNYLLDITPL DVLKEVFNSE TPGEIEIVKS KSEKEFALKL MTSDKPFALI
KVGDAKKLFD ALVNEFELRV QETFVDEDYF SNLDEKEYIN ILLGSRAFYE GWDSNRPNII
VFINIGTGNE AKKFVLQSVG RGLRVQPIKN GDRKRLGISA TYSKYRNFIL PIETLYVWGT
KTKVIKQIIE STKEIIKNSG IKIELKKNID RIDGHKLFVP AYKKVKRVVD IEKLKNEDIQ
KYNINCSDFQ DTKNVLENIS DELLYFFYFS NEDEPLEKIK LLRGMFKKEN EEKFFDKSEN
KKRLGWHDCI KDIIRFINNY VIFETIPDVK ENEEPIIHYK GIKIRIPKEE EINRVKETIE
KVYSEHYEEK VSITGKDRDE IELDFIKEHY FIPVIKALDR EVVKSLLANI LNENSEIQFV
NELKKKSNYF EQFDWWLFSK IVQRIDGIYI LFTNKNGIEQ KFYPDFVFWF KKENKYLIAF
VDPKSTEFAD GYRKIDGFIK LFYENNKPKI FEKNEFKIIF NLYLFNRNFG SPERYQDFWV
KSIDEFVNKI NNII
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