| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_0843 |
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| Symbol | hsdR |
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| ID | 7186955 |
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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 | Bacillus cereus AH820 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011773 |
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| Strand | + |
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| Start bp | 801775 |
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| End bp | 804981 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643554255 |
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| Product | type I restriction enzyme EcoKI subunit R |
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| Protein accession | YP_002449795 |
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| Protein GI | 218901961 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 26 |
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| Fosmid unclonability p-value | 1.76009e-28 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAGTAAAA GTAACTTTTC ATTTTTTCGA GAAAAATGGG ATGTGTTAGC TAATCTTGGT
GAGACTGCTG AAAAGAATAT GTACTATGAT CCTCATACAA CATTGATGAA ACTTCGTTTG
TTCGGGGAAA CGTTGGCTAA GGTTATTTTA GCTATGGAAA ATATTAAAGA AGCATATAAT
ACGAGTCAGG TTGATCGTAT GCAAACATTA CGGCGTGAAG GTTTATTAGA AAAAGAGCTT
TACGATATGT TTGATGCACT TCGTAAAAAA GGAAACAACG CAGCGCATGA AGCTGGATAT
GGAACGGTTA AAGAAGCGCA AGCGTTATTG CTTATGGCAT TCCGTTTAGG TATTTGGTTT
ATGGAAGTGT ACGGTGATTG GGACTTTGAA GCACCAGAGT ATATTGAGCC TGAAAAAGAA
GAAAAAGTAG ACGTTTCCGT ATTGCAAAAG GAATATGATG AGAAGGTAAA ACAATTAGAA
ATAGAATTAG AAAAGGTTCG TAAAGAATCA CAGTATGATA CATCAGAGGA CAAGCAAAGA
CGTAGTCGTA TTTCAAAAAA ATATGTGAAT CGTTTACATT TATCCGAAGA AGAGACGAGA
ACAATTATTG ATGAAAAGTT ACGTCAAGCT GGTTGGGAAG CTGATAGTGT TAATCTCACT
TTCCAAAATG GCACACGTCC AGAAAAGGGA CGCAATATGG CGATCGCTGA GTGGACTGTT
AAAGGTGGTC GAGCAGATTA CGCCTTATTT ATTGGTAAAC AGCTTGTTGG TTTTATTGAG
GCTAAAGCAA AACATAAAAA AATTGCTTCT GTATTAGATA GCCAGACGAA GTTTTATGCC
CGTAATGTTT ATCAGCATGA AGATGAAACC TTAATGCCAA CAACGGGTGA GTACAAAGCT
CCATTTTTAT ACGCAACAAA TGGACGTCCG TATTTAAAAC AATTAAAAGA TGAATCTGGT
ATTTGGTTCT GGGATTCTCG TAAACCATTA GAGCATTCAC GCCCATTAGA AGGATGGCAT
TCTCCTATGG ACTTGCAGAT GCTGTTAGAA CAAGATGACC AGGATGCTGA TAAGAAACTA
GAAAAAGAAA GTATTGAAAA ATTTAGTTTA CGTCCTTATC AACAAAATGC CGTACTATCT
ATAGAAAGCG GCTTAAAGGA AGGTAAGCGG AGAATGTTAG TTGCGATGGC AACGGGAACG
GGAAAAACTC GTACAGCGAT CGCATTAATG TATCGTCTCA TAAAAGCGAA AAAGTGTCGC
CGAATTCTAT TTTTAGTTGA TCGTAAATCA TTGGGGACAC AAACAGAAGA CTCTTTGAAA
GATACAAAAT TTGATGGACT TGCATTTACG GATATATATG ATGTGAAAAC ATTAGAACAT
ATGTCGCCTG AGATAGAAAC GAAAGTACAT ATTGCAACCG TACAAGGTAT GGTAAAGCGT
CTGTTTTATA GTGACAATGA GAACTTACCA ACAGTTGGGC AATATGATTT TATTATTGTT
GATGAAGCAC ATCGTGGCTA TACAAGTGAT CGTGAGATGT CACAAGAGGA AATGGAATTC
CGTGATCAAA ATGATTATAT TAGTCAATAT CGCCGCGTGA TTGATTATTT TGACGCAGCA
TGCTTAGGAT TGACGGCAAC ACCAGCGCTT CATACGACAG ATATTTTCGG TATGCCGATT
TATAAGTATT CGTATAGTGA AGCAGTATTA GATGGAGCCT TAGTAGATCA TGAGCCACCG
TATGTGTTTA AAACAGAGTT AATGGAAGCA GGTATTAAGT TCGAAAAGGG TGACGAAGTA
CAAGTGTACG ATGTTGACCA ACAAGAACTA AAGTTAGAAG AGATGGAAGA TACAGTTCAA
TTTGAAGTAG AACAGTTCAA CAGAAAGGTA ATCACGGAGC CTTTTAATCG TGCTGTTTTA
AATAAGTTAA CGGATTATAT CGATCCAACT AGTAAAGAGA AAACGTTAAT TTTCGCAGTA
AATGATGCGC ATGCTGATAT GGTTGTACGT TTATTAAAAG AAGCTTATAA AGAGCGCGGT
GATGAAGTGG AAGATGACGC AATTATGAAA ATTACAGGTT ATATTCATAA ACCACTTGAT
GCGATTAAAC GCTTTAAGAA CGAGCGTTTA CCGAATGTCG TTGTTACAGT AGACTTGTTA
ACGACAGGTG TTGATGTACC AGCTATTACA AACTTAGTGT TTTTACGTCG CGTGCAATCG
CGTATTCTGT ATGATCAAAT GTTAGGACGA GCAACTCGTT TATGTACGGA TATCGGAAAA
ACACATTTCA ATATTTATGA TGCAGTTGGT ATTTATGATA ATTTAAAATC ATACACAGAC
ATGAAACCTG TTGTGAAACA ACAAAATTAT TCAATTGATG ATTTGTATCA GTCATTAGCA
AACGCTAATG ATGAAAAAGA AGCGGATTTT TATCGTGATC AACTTATTGC AAAAATACAA
CGCAAGAAAC AACGCCTGCC AGAAGAAGCG AAGCAGAAAT TTACAGAATT GACGAATGGG
AAAAGCATTG ATGATTGGGC GCATGAATTA CAATCTGTAA CACCAGAAGC AGCAAGAGAA
CAAGAACTTT TATTTGAATA TGTTTCACAA TATCGTACCC AAGGTGAAAA AATATATGTT
TCTAACCACG ATGACCGTGT AACGAAAGTA GAGCGTGGAT ACGGGGAAGG AAATAATCGT
CCTGAAGATT ATTTAGAAGG ATTTGAACAC TTTGTCAAAG AAAATATCAA CTTGATTCCT
GCGTTGCAAA TTGTGTGTAC ACGTCCAAAA GAATTAACAC GTCAAGATTT ACGGGAGTTA
ATTACGATCC TCGAAACGAA GGGTTTTAAG CAATCTCACT TGCAAACAGC TTGGAAACAA
ACAAAAAATG AAGATATTGC AGCGGACATT ATTACATTTA TCCGTCAGGC AGCTCTTGGA
GATGCATTAG TGGATCATGA GGCACGCATT AAACGTGCGA TGCAGAAGGT ATACAGCTTA
CATGATTGGA CACCACGCCA ACAAAAATGG TTAGAGCGAA TTGAAAAACA GTTACTACAA
GTACCCGTGC TAGCGCCAAC TCCAGAGGAT GCATTTTCAG AAGAGCCATT TCGTAGTCGA
GGTGGTTACA ATATGTTAAA GCGTGAATTT GGAGAAGAGA TTGACAAGAT TGTGTATACT
ATAAATGATT ACTTATATAT TAGTTAA
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| Protein sequence | MSKSNFSFFR EKWDVLANLG ETAEKNMYYD PHTTLMKLRL FGETLAKVIL AMENIKEAYN
TSQVDRMQTL RREGLLEKEL YDMFDALRKK GNNAAHEAGY GTVKEAQALL LMAFRLGIWF
MEVYGDWDFE APEYIEPEKE EKVDVSVLQK EYDEKVKQLE IELEKVRKES QYDTSEDKQR
RSRISKKYVN RLHLSEEETR TIIDEKLRQA GWEADSVNLT FQNGTRPEKG RNMAIAEWTV
KGGRADYALF IGKQLVGFIE AKAKHKKIAS VLDSQTKFYA RNVYQHEDET LMPTTGEYKA
PFLYATNGRP YLKQLKDESG IWFWDSRKPL EHSRPLEGWH SPMDLQMLLE QDDQDADKKL
EKESIEKFSL RPYQQNAVLS IESGLKEGKR RMLVAMATGT GKTRTAIALM YRLIKAKKCR
RILFLVDRKS LGTQTEDSLK DTKFDGLAFT DIYDVKTLEH MSPEIETKVH IATVQGMVKR
LFYSDNENLP TVGQYDFIIV DEAHRGYTSD REMSQEEMEF RDQNDYISQY RRVIDYFDAA
CLGLTATPAL HTTDIFGMPI YKYSYSEAVL DGALVDHEPP YVFKTELMEA GIKFEKGDEV
QVYDVDQQEL KLEEMEDTVQ FEVEQFNRKV ITEPFNRAVL NKLTDYIDPT SKEKTLIFAV
NDAHADMVVR LLKEAYKERG DEVEDDAIMK ITGYIHKPLD AIKRFKNERL PNVVVTVDLL
TTGVDVPAIT NLVFLRRVQS RILYDQMLGR ATRLCTDIGK THFNIYDAVG IYDNLKSYTD
MKPVVKQQNY SIDDLYQSLA NANDEKEADF YRDQLIAKIQ RKKQRLPEEA KQKFTELTNG
KSIDDWAHEL QSVTPEAARE QELLFEYVSQ YRTQGEKIYV SNHDDRVTKV ERGYGEGNNR
PEDYLEGFEH FVKENINLIP ALQIVCTRPK ELTRQDLREL ITILETKGFK QSHLQTAWKQ
TKNEDIAADI ITFIRQAALG DALVDHEARI KRAMQKVYSL HDWTPRQQKW LERIEKQLLQ
VPVLAPTPED AFSEEPFRSR GGYNMLKREF GEEIDKIVYT INDYLYIS
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