| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Arth_0986 |
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| Symbol | |
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| ID | 4446163 |
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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 | Arthrobacter sp. FB24 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008541 |
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| Strand | - |
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| Start bp | 1063872 |
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| End bp | 1066994 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 639688792 |
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| Product | HsdR family type I site-specific deoxyribonuclease |
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| Protein accession | YP_830483 |
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| Protein GI | 116669550 |
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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 | 10 |
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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 | ATGAGCGACC TGAACGAGTC AACGGTAGAG CTGGCGGTGC TTCAGTATCT GCGCGAACTC
GGCTACACGA CGGCCTTCGG CCCAGACATC GCGCCCGAAG CGGCTGCGGC TGAGCGTTCG
TCTTACGAGC AGGTATACCT GTTGAGCCGC TTGCGCGCGG CGGCGGTTCA GATCAACCGT
GGCCTTGATG CGGCTCTCAT TGATGAGGCG ATCAAGCGCC TCGGCCGGGC GGAATCACAG
AACCCAGTTG CGGAGAACCT TCGCGTCCAC GAACTCCTGA CCGAGGGCGT TCCGGTCGAA
CACCGCGACG CCGAAGGCTC TGTACGGACG ACTCGTGTCC GCCTCATCGA CTTCGAGGAC
CCGGCAGGCA ACGACTGGCT CGCCGTCAAC CAGTTCACAA TCATCGAGAA CGGCAAGAAC
CGACGTCCGG ACGTCGTGCT CTTCTTGAAC GGCATGCCGC TTGGCCTGCT GGAGCTGAAG
AACCTGGCCG ACGAGCACGC GACGCTCAAG GGAGCCTGGA ACCAAATCCA GACCTACCGC
CATGACATTC CATCCCTGTT CACTCCGAAC GCGGTGACGG TCGTCAGCGA TGGCGTCAGC
GCCGCCATGT CGTCATTCAC GGGCGGCTTC GAGCACTATG CGCCGTGGAA AACGATCGAC
GGACGCGAGG TCGTGATGAA TCTGCCCGCA GTCGAGGTGT TGATCAAGGG CGTCTTCGAC
CAGAAGCGCT TCCTCGACAT TCTGCAGAAC TTCATCGTCT TCAGCGACGA GTCCAAGGGG
CTCGTGAAGC GCGTCGCGAA ATACCACCAG TACTGGGCCG TCAATGCCGC GGTCGAGTCG
ACCATCGAGG CAGCAGGTCC CGATGGCGAC CGCCGCGGCG GCGTCGTGTG GCACACCCAA
GGGAGTGGCA AGTCGATCGA GATGTTGCTC TACGCGGCGA AGATCATGCG CGACATTCGG
ATGGGCAACC CGACGTTGTT GTTCATCACC GACCGCAACG ACCTCGACGA CCAGCTCTTC
GGCGAGGTGT TTGCACCAGC CGAGATCCTG CCTGAGAAGC CCGTCCAAGC TGACTCCAGA
GCAGACCTTC GCAGCCTGCT CCGCCGCGCG TCCGGCGGCA TCATCTTCAC CACCGTGCAG
AAGTTCGCCC CCGAGGCTGG TGGCGACACC AACCCGGTAC TGACCGACCG CCGCAACGTC
GTCGTTGTCG CCGACGAGGC TCACCGATCC CAATACGGCT TCACCGAGTC CCTTGACGAG
CGCACCGGGC AGTTGAAGTC TGGGCTCGCG AAGCACATGC GCGACGCCCT CCCGAACGCC
ACCTATCTCG GGTTCACGGG CACACCCATC GAGTCGAACG ACAAGTCAAC TCGCTCCGTG
TTCGGTGACT ACATCGACAT CTATGACCTC ACGCGCGCTG TTGAGGACGG TGCCACCGTC
CGGATTTTCT ACGAGTCCCG ACTCGCGAAG GTGTCCCTCG ATGCTGATGT GCACGCTGCA
ATCGACGAAC TCGCCGACGA AATAACCGAG ACCGCAGAAG AGGACGAGGC CACCCGCGCC
AAGTCCAGGT GGGCACGGTT GGAAGCCGTC GTGGGCGCGA ATGACCGTCT CGATGTGATT
GCAGGCGACA TCGTCGACCA CTGGGAGAAA CGCCGGACCG AGATGTTCGG CAAGGCCATG
ATTGTCACGA TGTCGCGGCG CATCGCCGTC GACCTCTACG ACAAGATCGT TAAGCTCAAG
CCGGAGTGGC ACACCGACGA CCCGACGACA GGCATGATCA AGGTCGTCAT GACCGGTTCG
GCGGCCGACC CTCAGGCCTT CCAGCCGCAC ATCTACGACA AGAAGACCCG CAAAGACCTT
AAACTGCGGG CAAAGGACCC AAACGATTCC CTCGAGATCG TCATCGTCCG CGACATGTGG
CTTACCGGCT TCGACGCCCC GTCGATGCAC ACTATGTACG TCGACAAACC AATGCAGGGC
GCCGGCCTGA TGCAAGCCAT CGCACGGGTG AACCGTACCT TCCGCGACAA GCCCGGCGGC
CTGATCGTCG ACTACATCGG CGTCGCCACA AATCTGCGCA GGGCCCTAGC CGAGTACTCC
CCCAGCGATC GTGACCAGGC CGGCGTGCCG ATTGAGGAGA TCGTCTCCGC CATGTTGGAA
AAGCACGACA TCGTGCGAGG ACTCCTTCAC GGTTGCAGGT ACAATTCCTC GCCGCTACTG
GCGCCCGCCG CACGCCTAGC CCAGCACGCG CTCGTTCTCG ACTTCGTTAT GGCCGACCCG
GACCGCACCG CACGTTACCT CGACCAAGTG CTCGCGCTAG CCAAGGCCTT TGCGCTCTGC
GGGGCGCGGG ATGAAGCAGC TGCGATCCGT AATGACGTGC GGATGTTCGC CGATGTCCGA
GCGGCGACCC TGAAGATCCA GAATCCGGAC TCAGGGCGTG CCGGCAGCGG TGCCGTAGAA
ATAGACACCG CGATCGGGCA ACTCGTCAAC GAAGCCGTCA CCGCCGACGA GGTCGTTGAT
ATCTACAAGC TCGCCGGCAT TGAAACTCCA GAGCTGTCGA TCCTGTCGGA CGAGTTCCTC
GACACCCTGG CCGGGAAGGA GAAGCCCAAC CTCCAGATGG GGCTCCTCCG CCGGCTGATC
AACGATCAAA TCCGCACCGT CCAGCGCACC AATATCGTTC AGGCACGAAA ATTCTCCGAG
CAGCTCGACG AGGCAATTAA CCGCTATACG AACCGCACAC TGACGACAGC AGAAATCATT
GCCGAGCTCG TCAAGCTCGC CAAAGACATG CGAAACCAGA ACGACCGTCA CAACAGACTC
GGTCTTTCTG TCGCCGAGGC TGCATTTTAC GATGCCATCG TGCAAAACGA CGTCGCTGTC
CTCCAGATGG GCGACGACAC GCTAAAGAAG ATTGCCGTCA ATCTCGTTTC CACCGTCCAG
CGGAGCGCCA CAATCGACTG GTCCCTCAAA CATTCGGTCC GGGCCGCCAT GAGATCCAAA
ATCCGTCGGC TACTTGCAAG GTACGACTAC CCGCCCGATC ACGAGGAGAA GGCGATTGAG
CTGATACTCC GACAAGCTGA GCTAATCGCC GGGACCGAAG CGCAGTCAAC GGTACGCACT
TGA
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| Protein sequence | MSDLNESTVE LAVLQYLREL GYTTAFGPDI APEAAAAERS SYEQVYLLSR LRAAAVQINR
GLDAALIDEA IKRLGRAESQ NPVAENLRVH ELLTEGVPVE HRDAEGSVRT TRVRLIDFED
PAGNDWLAVN QFTIIENGKN RRPDVVLFLN GMPLGLLELK NLADEHATLK GAWNQIQTYR
HDIPSLFTPN AVTVVSDGVS AAMSSFTGGF EHYAPWKTID GREVVMNLPA VEVLIKGVFD
QKRFLDILQN FIVFSDESKG LVKRVAKYHQ YWAVNAAVES TIEAAGPDGD RRGGVVWHTQ
GSGKSIEMLL YAAKIMRDIR MGNPTLLFIT DRNDLDDQLF GEVFAPAEIL PEKPVQADSR
ADLRSLLRRA SGGIIFTTVQ KFAPEAGGDT NPVLTDRRNV VVVADEAHRS QYGFTESLDE
RTGQLKSGLA KHMRDALPNA TYLGFTGTPI ESNDKSTRSV FGDYIDIYDL TRAVEDGATV
RIFYESRLAK VSLDADVHAA IDELADEITE TAEEDEATRA KSRWARLEAV VGANDRLDVI
AGDIVDHWEK RRTEMFGKAM IVTMSRRIAV DLYDKIVKLK PEWHTDDPTT GMIKVVMTGS
AADPQAFQPH IYDKKTRKDL KLRAKDPNDS LEIVIVRDMW LTGFDAPSMH TMYVDKPMQG
AGLMQAIARV NRTFRDKPGG LIVDYIGVAT NLRRALAEYS PSDRDQAGVP IEEIVSAMLE
KHDIVRGLLH GCRYNSSPLL APAARLAQHA LVLDFVMADP DRTARYLDQV LALAKAFALC
GARDEAAAIR NDVRMFADVR AATLKIQNPD SGRAGSGAVE IDTAIGQLVN EAVTADEVVD
IYKLAGIETP ELSILSDEFL DTLAGKEKPN LQMGLLRRLI NDQIRTVQRT NIVQARKFSE
QLDEAINRYT NRTLTTAEII AELVKLAKDM RNQNDRHNRL GLSVAEAAFY DAIVQNDVAV
LQMGDDTLKK IAVNLVSTVQ RSATIDWSLK HSVRAAMRSK IRRLLARYDY PPDHEEKAIE
LILRQAELIA GTEAQSTVRT
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