| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Moth_1670 |
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| Symbol | |
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| ID | 3831941 |
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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 | Moorella thermoacetica ATCC 39073 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007644 |
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| Strand | - |
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| Start bp | 1704445 |
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| End bp | 1707342 |
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| Gene Length | 2898 bp |
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| Protein Length | 965 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 637829595 |
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| Product | HsdR family type I site-specific deoxyribonuclease |
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| Protein accession | YP_430515 |
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| Protein GI | 83590506 |
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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 | [TIGR00348] type I site-specific deoxyribonuclease, HsdR family |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.0000414451 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGCCCTTAG GCAGTGAACG GGCCGCAGTA CAAAACCCAT TTATCCGCTA TGCTACTGAA
GCAGGCTGGC AGTACATAAT CCCGCAGGAT TTAGAGCTCA GGCGGGGTGG TGTAGGTGGT
TTAATTGATC GCCAGGTATT CATCAGCCAG CTCCAGAAGT TAAACCCCGG TGTGGTCGAC
CACCTGCGTG CCGAAGAGGT ATTAAAGCGG CTGGAGCGGT TACCGCCTAC CATCGAAGGC
AACCTTCAGG CCTGGGAATA CCTGAAGGGC TTGCGGACGG TATACGTTGA GACCGAGAAA
AGGGAGCGGA ATATCCGCCT GCTGGACCTG GACAACTGGC GGGCCAACAT CTTTCAGGTT
ACCGATGAAT TTACCTATAC CAATGGCACA TATACCATTC GTGCTGATAT CGTCTTTTTA
ATTAATGGCA TCCCGGTACT GGTGGTAGAA ACGAAATCCA CCAGTGAGAT AGAAGGCATT
GCCAAAGCCC TGGACCAGAT GCGCCGCTAC CACCGGGAGG CTCCGGAGCT CATGGCCCTG
GAACAGGTCT ATGCCTTGAC CCACCTGGTC CATTTCTATT ATGGGACCAC CTGGAGCTTA
AGCCGGAAAA ACCTTTTCAA CTGGCGGGAC GAAAGTACAG GTCAGGATTA CGAAACCATG
GTAAAAAGCT TCATCCATCC CCAGCGGATT TTACGGGTCT TAACCGACTT TATCATGTTT
ACCCGCAGGG ATGATGAATT AAGTAAAGTT ATCTTACGGC CGCACCAGAT GCGGGCCCTT
GGCCGCGTCC TTAACCGCGC CCTGGACCCC ACCAAAAAGC GGGGCCTGGT CTGGCACACC
CAGGGGTCGG GTAAAACTTA CACCATGATC ACCATTGCCA AAAAGCTGAT TGAAGACCCT
CGTTTTAATA ATCCCACGGT GCTTATGCTG GTTGACCGCA ATGAGCTGGA ACAGCAACTC
TTCAATAACC TGGCCGCCTG TGGCCTGGGT ATGGTCGAAG TAGCCCGGAG TAAACGCCAC
TTGCAAGAAC TCCTGGCTTC CGACCGCCGG GGCCTTATTG TTAGCATGAT CCATAAATTT
GACGACATCC CGGCTAAGCT CAACTGCCGC GACAATATCT TTGTCCTCGT AGATGAGGCC
CACCGTACTA CCGGGGGCAA TTTGGGCAAT TACCTCATGG GGGCTCTCCC CAATGCTACC
TATATCGGTT TTACCGGTAC ACCCATTGAC CGCACCGCCC ACGGTAAGGG TACCTTCAAA
GTTTTTGGCT GCGACGACCA ACCTCAAGGT TACTTAGATA AATACAGCAT TGCGGAATCT
ATCGCCGACG GTACGACCGT GCCCCTCCAT TACTCCCTGG CACCTAACGA TCTGCGCGTT
GACCGGGAAA CCCTGGAAGA AGAATTTCTA AACCTGGCGG CGGCCGAAGG GGTCAGCGAT
ATCGAGGAAC TGAATAAGGT CTTAGAGAAG GCCGTTACCC TAAGGAATAT GCTCAAAAAC
CGGGAGCGGG TGGATCGCAT CGCTGCTTAT GTAGCCCGGC ATTACCGGGA ATATATCGAA
CCGATGGGTT ATAAGGCTTT CCTGGTGGCT GTGGACCGTG AGGCTTGCAC CCTGTATAAA
GAGGCCCTGG ATAAATACCT GCCGCCGGAG TATTCGCAGG TAGTGATCAG CAGGGGCCAC
AATGACCAGC CGCATCTGGC GCGTTATTAT CTTTCCGAAG AAGAGGAAAA GCGGGTACGC
AGGGCCTTCC GCCAACCTGG GGAATTGCCC AAGATACTCA TCGTCACAGA GAAACTCCTT
ACCGGTTATG ATGCCCCGGT GCTTTACTGT ATGTATTTGG ATAAACCCAT GCGGGACCAT
GTCCTCTTGC AGGCCATCGC CCGGGTGAAC CGTCCCTATG AAGATGAAAA TGGCCACCAA
AAACCGGCTG GCTTTGTCCT CGATTTTGTC GGTATCTTTG CAAACCTGGA AAAGGCCCTG
GCCTTTGACT CCAAAGACAT TGAAGGGACT ATCCAGGACC TGGATATCCT TAAAAATCGT
TTTCAAGAAA TGATAACTGA AGGTAGAAGG AAATACCTGG CTATTATCGA AAACTATAAG
CAAGATAAGG CGGCAGAAAA AGCCCTGGAA CACTTCCGGG AGCCCCAAGC GCGCCAGGAG
TATTATGCTT TCTTCAAAGA GCTGGCCAAC CTGTTCGAGA TTATATCGCC AGATCCCTTT
TTAAGGGAGT ACCTGGATGA CTACGACCAG TTGGCCCGGC TATATCGGCT CCTGCGTTCT
GTTGAGCCGG GGGTCAATCT GGACCATGAG TTAATGCGTA AAACAGCCCG TCTGGTCCAG
GAACATACGC TACCTGGTGC TATCCAGGAT GCAGTGACAG TTTACCAAAT AAATGAAGAA
GCTCTGGAAA GAATAGCTGA GACCAGGGCG TCATACACCG TTGAGGTATT TAACCTCTTG
AAAAGCCTCG AGAATACTGT TGCCGCGAAA AGACAGGAAG CACCTTACCT TTTATCCATT
GGCGAGATGG CGGAAAGTAT AGCCCAGGCC TACCAGGAGC GGCAGCTAAG TACCCAGGAA
GCATTGCAGC GTTTGCAAAG TTTAATTCAA GAATACCTTG TTTCGGAGCG GGAACGAGCC
GAAAAGGATA TGGCTCCTGA AACCTATGCT GTTTACTGGT ATTTGAAGCG GCAAGGGATA
AAGGGTGCTG AAAAGGTAGC CCTAAATATG GCCAGGGCTT TTATAAATTA TCCCTACTGG
AAGAGCAGCG AAAGCCAGGA GCGGCAAATC GTATGGGAGT TTTATAAAAA TCTCAAGAGA
GCAGGACTGA AGGCGGGTAA TAAATTGGGA GACATTGTAG ATCAGATTAT GAAACTGATA
AAGGGGGCCA GGCGATGA
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| Protein sequence | MPLGSERAAV QNPFIRYATE AGWQYIIPQD LELRRGGVGG LIDRQVFISQ LQKLNPGVVD
HLRAEEVLKR LERLPPTIEG NLQAWEYLKG LRTVYVETEK RERNIRLLDL DNWRANIFQV
TDEFTYTNGT YTIRADIVFL INGIPVLVVE TKSTSEIEGI AKALDQMRRY HREAPELMAL
EQVYALTHLV HFYYGTTWSL SRKNLFNWRD ESTGQDYETM VKSFIHPQRI LRVLTDFIMF
TRRDDELSKV ILRPHQMRAL GRVLNRALDP TKKRGLVWHT QGSGKTYTMI TIAKKLIEDP
RFNNPTVLML VDRNELEQQL FNNLAACGLG MVEVARSKRH LQELLASDRR GLIVSMIHKF
DDIPAKLNCR DNIFVLVDEA HRTTGGNLGN YLMGALPNAT YIGFTGTPID RTAHGKGTFK
VFGCDDQPQG YLDKYSIAES IADGTTVPLH YSLAPNDLRV DRETLEEEFL NLAAAEGVSD
IEELNKVLEK AVTLRNMLKN RERVDRIAAY VARHYREYIE PMGYKAFLVA VDREACTLYK
EALDKYLPPE YSQVVISRGH NDQPHLARYY LSEEEEKRVR RAFRQPGELP KILIVTEKLL
TGYDAPVLYC MYLDKPMRDH VLLQAIARVN RPYEDENGHQ KPAGFVLDFV GIFANLEKAL
AFDSKDIEGT IQDLDILKNR FQEMITEGRR KYLAIIENYK QDKAAEKALE HFREPQARQE
YYAFFKELAN LFEIISPDPF LREYLDDYDQ LARLYRLLRS VEPGVNLDHE LMRKTARLVQ
EHTLPGAIQD AVTVYQINEE ALERIAETRA SYTVEVFNLL KSLENTVAAK RQEAPYLLSI
GEMAESIAQA YQERQLSTQE ALQRLQSLIQ EYLVSERERA EKDMAPETYA VYWYLKRQGI
KGAEKVALNM ARAFINYPYW KSSESQERQI VWEFYKNLKR AGLKAGNKLG DIVDQIMKLI
KGARR
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