| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_0840 |
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| Symbol | hsdR |
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| ID | 2747922 |
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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 ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | + |
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| Start bp | 866956 |
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| End bp | 870162 |
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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 | 38% |
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| IMG OID | 637277666 |
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| Product | type I restriction enzyme EcoKI subunit R |
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| Protein accession | NP_977163 |
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| Protein GI | 42779916 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.473643 |
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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 | ATGAGTAAAA GTAACTTTTC ATTTTTTCGA GAAAAATGGG ATGTGTTAGC TAATCTTGGT
GAAACTGCCG AGAGGAATAT GTACTATGAT CCTCATACAA CATTGATGAA ACTTCGTTTG
TTCGGGGAAA CATTGGCTAA AGTTATTCTA GCCATGGAGA ATATTAAAGA AGCATATAAT
ACGAGTCAGG TTGATCGTAT ACAAACATTA CGTCGAGAAG GTTTATTAGA AAAAGAGCTT
TATGATATGT TTGACGCACT TCGTAAAAAA GGAAATAACG CAGCGCATGA AGCTGGATAT
GGAACGGTTA AAGAAGCTCA AGCGTTATTG CTTATGTCAT TCCGTTTAGG TATTTGGTTT
ATGGAAGTGT ACGGTGATTG GGACTTTGAA GCGCCAGAGT ATGTTGAACC TGAAAAGGAA
GAAAAAGTAG ATGCCTCGGC ATTGCAAAAG GAATATGATG AGAAAGTAAA ACAGTTAGAA
GCAGAATTAG AAAAGGTTCG TAAAGAATCA CAGTATGATA CATCAGAGGA CAAGCAAAGA
CGTAGTCGTA TTTCAAAAGA ATATGTGAAT CGTTTACTTT TATCCGAAGA AGAGACGAGA
ACAATTATTG ATGAAAAGTT ACGTCAAGCT GGTTGGGAAG CTGATAGTGT TAATCTCACT
TTCCAAAATG GCACACGTCC AGAAAAGGGA CGAAATATGG CGATCGCTGA GTGGACTGTT
AAAGGTGGTC GAGCAGATTA CGCCTTATTT ATTGGTAAAC AACTTGTTGG TTTTATTGAG
GCTAAAGCAA AACATAAAAA AATTGCTTCT GTATTAGATA GCCAGACGAA GTTCTATGCC
CGTAATGTTT ATCAGCATGA AGATGAAATC TTAATGCCAA CAACGGGTGA GTACAAAGCT
CCATTTTTAT ACGCAACAAA TGGACGTCCG TATTTAAAAC AATTAAAAGA TGAATCTGGT
ATTTGGTTCT GGGATTCTCG TAAACGATTA GAGCATTCAC GTCCATTAGA AGGATGGCAC
TCTCCTATGG ATTTACAGAT GCTGTTAGAA CAAGATGACC AGGATGCTGA TAAGAAACTA
GAAGAAGAAA GTATTGAAAA ATTTAGTTTA CGTCCTTACC AACAAAATGC CGTGCTGTCT
GTAGAAAGTG GTTTAAAGGA AAGCAAGCGG AGAATGCTAG TTGCGATGGC AACGGGGACG
GGAAAAACTC GTACAGCGAT TGCATTAATG TATCGCCTTA TAAAAACGAA AAAGTGTCGT
CGAATTCTAT TTTTAGTTGA CCGTAAATCA TTGGGGACAC AAACAGAAGA CTCTTTGAAA
GATACAAAAT TTGAGGGGCT TGCATTTACG GATATATATG ATGTGAAAAC ATTAGAACAT
ATATCACCTG AGATAGAAAC GAAAGTACAT ATTGCAACGG TACAAGGTAT GGTACAGCGT
CTGTTTTATA GTGACAATGC AAACTTACCA ACAGTTGGGC AATATGATTT TATTATTGTT
GATGAAGCGC ACCGCGGCTA TACAAGTGAT CGCGAGATGT CGGAAGAGGA AATGGAATTC
CGTGATCAAA ATGATTATAT AAGTCAATAT CGTCGTGTGA TCGATTATTT TGACGCAGCA
TGCTTAGGAT TGACGGCAAC ACCAGCCCTT CATACGACAG ATATTTTTGG TATGCCGATT
TATAAGTATT CGTATAGTGA AGCAGTATTA GATGGATACT TAGTGGACCA TGAGCCACCG
TATGTGTTTA AAACCGAGCT AATGGAAGCA GGGATTAAGT TCGAGAAGGG TGATGAAGTA
CAAGTGTACG ATGTCGACCA ACAAGAACTA AAGTTAGAAG AGATGGAAGA TACGGTTCAA
TTTGAAGTAG AACAGTTCAA CCGAAAGGTA ATCACCGAGC CTTTCAATCG TGCTGTTTTA
AACAAGTTAA CTGATTATGT TGATCCAACT AGTAAAGAGA AAACGTTAAT TTTCGCAGTA
AATGATGCAC ATGCTGATAC GATTGTACGT CTATTAAAAG AGGCTTACAA AGAGCATGGT
GATGAAGTGG AAGATGATGC TATTATGAAA ATTACAGGTT ATATTCATAA ACCACTTGAA
GCGATTAAAC GTTTTAAAAA CGAGCGTTTA CCGAATGTTG TTGTTACAGT AGACTTGTTA
ACGACGGGGA TTGATGTACC AACTATTACA AACTTAGTGT TTTTACGCCG TGTACAATCT
CGTATTCTGT ATGATCAAAT GTTAGGACGA GCAACTCGTT TATGTACGGA TATCGGAAAA
ACACATTTCA ACATTTATGA TGCAGTTGGT ATTTATGATA ATTTAAAATC ATACACAGAC
ATGAAACCTG TTGTGAAACA ACAACATTAT TCAATTGATG ATTTGTATCA GTCATTAGCA
AACGCTAATG ATGAAAAAGA AGCGGATTTT TATCGTGATC AACTTATCGC AAAAATACAA
CGCAAGAAAC AAAGCCTTCC AGAAGAAGCG AAGCAGAAAT TTACAGAGCT GACGCATGGG
AAAAGCATTG ATGATTGGGC ACATGAATTA AAATCTGTAA CACCAGAAGC AGCAAGAGAA
CAAGAGCTTT TATTTGAATA TGTTTCACAA TATCGTACCC AAGGTGAAAA AATATATATT
TCTAACCATG ATGATCGTGT GACGAAAGTA GAGCGTGGAT ATGGAGAAGG GAATAATCGC
CCTGAAGATT ATCTTGAAGG GTTTGAGCGC TTCGTAAAAG AAAACATCAA CTTAATCCCT
GCATTGCAAA TTGTGTGTAC ACGTCCAAAA GAACTAACAC GTCAAGATTT GCGGGAGTTA
ATTACGATCC TTGAAACGAA AGGGTTCAAG CAATCTCACT TACAAACAGC GTGGAAACAG
ACGAAAAATG AAGATATTGC AGCAGATATT ATTACATTTA TTCGTCAAGC AGCTCTTGGT
GATGCGTTAG TAGACCATGA AGCACGCATT AAACGTGCGA TGCAAAAGGT ATATAGCTTA
CATGATTGGA CACCGCGCCA AGAAAAATGG TTAGAACGGA TTGAAAAACA GTTACTACAA
GTACCAGTGT TAGCACCGAA TCCAGAAGAT GCGTTTTCAG AAGAACCATT TCGCAGTCGG
GGTGGTTACA ACATGTTAAA ACGCGAATTT GGAGAAGAGA TTGACAAGAT TGTGTATACT
ATAAATGATT ACTTATATAT TAGCTAA
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| Protein sequence | MSKSNFSFFR EKWDVLANLG ETAERNMYYD PHTTLMKLRL FGETLAKVIL AMENIKEAYN
TSQVDRIQTL RREGLLEKEL YDMFDALRKK GNNAAHEAGY GTVKEAQALL LMSFRLGIWF
MEVYGDWDFE APEYVEPEKE EKVDASALQK EYDEKVKQLE AELEKVRKES QYDTSEDKQR
RSRISKEYVN RLLLSEEETR TIIDEKLRQA GWEADSVNLT FQNGTRPEKG RNMAIAEWTV
KGGRADYALF IGKQLVGFIE AKAKHKKIAS VLDSQTKFYA RNVYQHEDEI LMPTTGEYKA
PFLYATNGRP YLKQLKDESG IWFWDSRKRL EHSRPLEGWH SPMDLQMLLE QDDQDADKKL
EEESIEKFSL RPYQQNAVLS VESGLKESKR RMLVAMATGT GKTRTAIALM YRLIKTKKCR
RILFLVDRKS LGTQTEDSLK DTKFEGLAFT DIYDVKTLEH ISPEIETKVH IATVQGMVQR
LFYSDNANLP TVGQYDFIIV DEAHRGYTSD REMSEEEMEF RDQNDYISQY RRVIDYFDAA
CLGLTATPAL HTTDIFGMPI YKYSYSEAVL DGYLVDHEPP YVFKTELMEA GIKFEKGDEV
QVYDVDQQEL KLEEMEDTVQ FEVEQFNRKV ITEPFNRAVL NKLTDYVDPT SKEKTLIFAV
NDAHADTIVR LLKEAYKEHG DEVEDDAIMK ITGYIHKPLE AIKRFKNERL PNVVVTVDLL
TTGIDVPTIT NLVFLRRVQS RILYDQMLGR ATRLCTDIGK THFNIYDAVG IYDNLKSYTD
MKPVVKQQHY SIDDLYQSLA NANDEKEADF YRDQLIAKIQ RKKQSLPEEA KQKFTELTHG
KSIDDWAHEL KSVTPEAARE QELLFEYVSQ YRTQGEKIYI SNHDDRVTKV ERGYGEGNNR
PEDYLEGFER FVKENINLIP ALQIVCTRPK ELTRQDLREL ITILETKGFK QSHLQTAWKQ
TKNEDIAADI ITFIRQAALG DALVDHEARI KRAMQKVYSL HDWTPRQEKW LERIEKQLLQ
VPVLAPNPED AFSEEPFRSR GGYNMLKREF GEEIDKIVYT INDYLYIS
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