| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_1827 |
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| Symbol | |
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| ID | 5877820 |
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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 | Thermoanaerobacter sp. X514 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010320 |
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| Strand | - |
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| Start bp | 1838828 |
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| End bp | 1841926 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 641542180 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_001663445 |
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| Protein GI | 167040460 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG3587] Restriction endonuclease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | ATGACAAGGA AAGTTATATT TAACTTTGAT GATAATTTAG AATACCAAAA GAAAGCTATC
AACTCAGTTG TAGCCCTCTT TAGAGGACAA GATCGGGAGC TGGGAGATGT AATTTATCGT
GGGAAAACCC GACATATAGG ACGTATATCT GAGGAAATTA TAAGGAATAG ATTGGACATA
GGAAGAAATG TTATTCTAGA AAATTTACGA GAAATACAAA CGCAAAATAT GCTATTTCCC
TCTGCTGATT TACAGCCTAT ATATAATTTT TCTGTAGAAA TGGAAACAGG TACTGGTAAA
ACTTACGTAT ATTTGCGGAC TATTTTGGAG CTCTATAAAA ATTATAATTT TTTAAAGTTT
ATAATTGTAG TGCCTACAGT GGCTATTCGT AAAGGAGTAG AAAAAAATAT TGAAATTTTG
AAAGAACATT TAAAAACCCT TTATGACCTT GACATTTCAA ATTATGCTTT CGTTTATGAT
TCAAATAACT TAAATAAGTT AATGGACTTT GTGGAAGCTA GGGATTTACG CATTGTAATT
ATGAATATAC AGGCATTTAA TAAAGACAGC AATAAAATTC GCAGAGAAGA TGAAAGAGGG
CGAGTTTTGT GGGACCTAAT AAAATATACT AAACCAATTG TCATTATAGA TGAACCACAG
CGACTTGAAG GAAATGGGAA AAAGAAAAGT GCTTCTTTAA AGGCTATTGA AGAATTGGAT
CCGCTATTCA TTTTAAGGTA TTCAGCAACT CATAAAAAGC TTTACCATCA AGTATATAAA
CTTGATTCGT ACCAGGCTTA TAAACAGGAT TTAGTAAAGA AAATTGAGGT TAAAACTGTT
TATGGCAATA TCAGTAAAGA CTACCCTTAT GTTCGCTATA TAGAATTTAC CCGGGACTTA
AAAGCAAAAA TTGAAATTTT CTATCGTGAA CCGGGCGGGC AGGTTAAATT ACGTACCTTC
AATGTGCAAA AAGGGGTAAG CCTTTATGAA TTATCCGGAG AATTATCCCA ATATAGAGAT
ATGATTGTAT TGGAAGACCC GCACAAAATT AACGGATTGA AAATTGGTTA TAAGGAAGGT
ATCTTAATAT TAAAAGAAGG AGAAAATAAT TATAACTTAG ATGAACTGGA CTTAATCAGA
ATATTAATCC GTTTAACTAT ACAAACGCAT TTAACAAAGC AACTAAAAAT TTTAGAAAAA
GGCTATAAAA TCAAAGTTTT GTCCCTTTTC TTTATAGATC GGGTTAAAAA TTTTAGAGAT
AGTGAAGCAC CTGACGGCCG AGGAATTTAT GCCCGCATTT TTGATGAGGA ATATGAGAAA
GTAATTAAAG ATCCAAGATA TAATGAACTT TTTAAAAAAT ATCCTGATTT ATTTCCTGAA
TACAAAAATG TGCAAAAGGT AAGAGAAGGT TATTTTGCAC GGGATAAGAA AAATAATGAA
ACTGAGATAG AGGATTGGGA CTGGGGGAAA GATGAATTAG AGGTAAAAGC TAAATCTCAG
GAAGATATTG AACGTGGAAT ACAACTTATT TTAGAGAAAA AGGATGAACT AATTTCTTTT
GATGAACCAT TGGCATTTAT TTTTTCTCAT TCAGCTTTAA GAGAAGGCTG GGATAACCCT
AATGTTTTCC AACTGTGTAC ATTAAAAAAA GGAAGTTCAG AAATTGCTAA AAAGCAAGAA
ATAGGACGAG GCTTGCGACT GCCAGTGGAT ATTTATGGAA ACCGGTGTTT TGACAGTGAA
ATAAATGTTT TGACTGTAAT TGCCAATGAC TATTACGATC ACTTCGCTGA AGCCTTGCAA
AAAGATTTTA GATTGGAGGA AGGACTAGAT CAGGAAGAAG TTACTTTTGA AGTTATTTAT
CAAACCTTGG CAGACGCTGG GATTCCAGAG GAATTTCTTG TGGCAGATAC AGTAGAAGCT
TTTAGGACTG AACTTATTAA TGCTGGAATT ATTAATGCTA AAACTAACCA ACTAACGAAA
GATGCAGCAG AGATAATATA TTATGATTTT ACAAATGCAA TTTTACAACC GTATCAGGAA
GCTATTAAAG AGAAATTTAT AGAAAATATG AAAGCAAAAG GAAGTAAGCG AATTGAGATT
AAAAATGGTG ATGAAGAACC TGTGGAAAAT GGATATAACA GTTTTGTAAC GGAAAAAGAA
TTTCAAAAGC TTTTAGCAGA ATTACGTGAA CGAATAAACA AAAGAACAAT TTACCATGTA
AACATTGATA AAGAGGAGTT TATTAAACAA AGTATAGAAG AAATCAATAA ACATCTTACT
TATAAATCTA TTTATCGTCA ATATGAAGTA GCAACAGGAG GTATAGATTT CAAAAAATCT
AATGAGTTGC AAATACATGA TCCTGCTAAA TTTACAATTA ATCTTGGAAC AGAAGCAATA
GAAAATAATA AAAGTGATTT TGAAATAATA AATTATCTCA TGCATCAAAC TTTCTTGCCA
AGGAAAGCTT TAATCAGAAT TTATTCAGCT TTAGAAAATA AAATTTTATT GCAGAAACAA
GAGATTTTAG ATGAAGTAAT TAAGATTCTC CAGAATAAAT TGAATGAATT CCAGGCTAAG
AATATAGAAT ATGAGGTTTT GGATGGAGTT GTGTTTGAAG AGAAGAATAT TTTTGCTGTG
GATGAAATTG AACAATGGAT GCTAAATGAA AGTGCTAAAA AAGCATATAA AACAAAAGAA
GAATACCGAA AAGCTCTCCA GAAATATATC CGTGTAGATA GCCATGGGGA GTATGAATTT
GCTAGAAGCC TTGATGAAGA TCCTGATGTT CTTCTCTTCA CAAAATTAAA AAAGGGAGGA
CTTGTAATTG AAACCCCTTA TGGAAATTAT ACCCCTGACT GGGCAATAAT CCATAAAGTT
GATGATCATA GAGCAAAGTT GTATTTTATT GTAGAGTCAA AATTTGATAA AGAAAGAGTT
AATTTAACCG ATGTGGAAAA AGCCAAAATT GAATGTGCCC GTAAACATTT TGCCACCGTA
TCCAGTGATG TAGTTTTTGA TTGGGTCAAT AGCTATGAAA GATTTAAAGA TATTGTAAAT
AGAAGTATAC AAAAAAATAA TGTAGTGAAA GGAAGTTAA
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| Protein sequence | MTRKVIFNFD DNLEYQKKAI NSVVALFRGQ DRELGDVIYR GKTRHIGRIS EEIIRNRLDI
GRNVILENLR EIQTQNMLFP SADLQPIYNF SVEMETGTGK TYVYLRTILE LYKNYNFLKF
IIVVPTVAIR KGVEKNIEIL KEHLKTLYDL DISNYAFVYD SNNLNKLMDF VEARDLRIVI
MNIQAFNKDS NKIRREDERG RVLWDLIKYT KPIVIIDEPQ RLEGNGKKKS ASLKAIEELD
PLFILRYSAT HKKLYHQVYK LDSYQAYKQD LVKKIEVKTV YGNISKDYPY VRYIEFTRDL
KAKIEIFYRE PGGQVKLRTF NVQKGVSLYE LSGELSQYRD MIVLEDPHKI NGLKIGYKEG
ILILKEGENN YNLDELDLIR ILIRLTIQTH LTKQLKILEK GYKIKVLSLF FIDRVKNFRD
SEAPDGRGIY ARIFDEEYEK VIKDPRYNEL FKKYPDLFPE YKNVQKVREG YFARDKKNNE
TEIEDWDWGK DELEVKAKSQ EDIERGIQLI LEKKDELISF DEPLAFIFSH SALREGWDNP
NVFQLCTLKK GSSEIAKKQE IGRGLRLPVD IYGNRCFDSE INVLTVIAND YYDHFAEALQ
KDFRLEEGLD QEEVTFEVIY QTLADAGIPE EFLVADTVEA FRTELINAGI INAKTNQLTK
DAAEIIYYDF TNAILQPYQE AIKEKFIENM KAKGSKRIEI KNGDEEPVEN GYNSFVTEKE
FQKLLAELRE RINKRTIYHV NIDKEEFIKQ SIEEINKHLT YKSIYRQYEV ATGGIDFKKS
NELQIHDPAK FTINLGTEAI ENNKSDFEII NYLMHQTFLP RKALIRIYSA LENKILLQKQ
EILDEVIKIL QNKLNEFQAK NIEYEVLDGV VFEEKNIFAV DEIEQWMLNE SAKKAYKTKE
EYRKALQKYI RVDSHGEYEF ARSLDEDPDV LLFTKLKKGG LVIETPYGNY TPDWAIIHKV
DDHRAKLYFI VESKFDKERV NLTDVEKAKI ECARKHFATV SSDVVFDWVN SYERFKDIVN
RSIQKNNVVK GS
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