| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Xaut_2984 |
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| Symbol | |
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| ID | 5423153 |
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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 | Xanthobacter autotrophicus Py2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009720 |
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| Strand | - |
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| Start bp | 3307111 |
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| End bp | 3310452 |
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| Gene Length | 3342 bp |
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| Protein Length | 1113 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 640882231 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001417872 |
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| Protein GI | 154246914 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1061] DNA or RNA helicases of superfamily II |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.135376 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.189592 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCTCCC GCAAGCGCCC CGCCGGCCCC AATCAGGACG ATCTCTTCAA TCCCGAGGTC
GAACTCCTGC TGCCGGCTCG GCTTGCCATT GATGGCAAAG TGCTGGGAAG CCCCGTGCGC
CAGTTGGTGG TTCCGACGCT GAGGGTGCGA TGCCGGCTGC GGCCCTTCGC CATCCGCCGC
GTCAATGGTC ACGAGACGAC CTTGGAATCC GGCGAGATTC TGAAGATCAT CAGTGCGAAG
ACGGCGACGC CATTGGAAGC CGATCTCGTT CTCCTTGTGC CCGGCGCAAC GGATCCGGAA
CGGATCGCCG ATGCGCTCGA ACTGGGTGAA GGCCGGTGGA TGAATGCACC GCCGACCAGC
ATCGACACGC TGGATCGTTC CGCACGCGCC GAGCGTCTGA AGGCGGTCTC CGCGTCCTGG
ATCGACGCGA TACATCTGCG CGAGGGACGA GCCGCGGCGG ACGGTCAGCC GGCGCAGCCT
GGCTTGCGGC GTCCCCAGAT CGGCGCGCTT CACGCCGCGC TTGCCCATGC GACACGATCG
ACGGACCCGG CCACCATCGT CATGCCGACG GGCACGGGCA AGACCGAGAC AATGCTGGCG
CTCAATGCCA AACGGCGGTT CGAGCGCCTG CTGGTGGTGG TCCCCACCGA CGCTCTGCGT
GAGCAGATCG CGGGCAAATT CGAGACCTTC GGCGTCCTGA AACAGCAGAA ATGTCTCGAT
GAGACCGCAG CCTTCCCTTT GGTCATGCGG CTCTCGCACA TTCCGGCGAG CGAGGCCGAA
GTCGATGAAA TCTTCGACAG CGCCAATGTC GTCGTCACCA CGATGCAGAT CGCGGGCCGC
GCGGAGGCGC CGGTGCAGGA ACGGATGGCG GCCCGTGCCT CCGCACTCTT TATCGACGAG
GCACATCACA TCGGGGCACG GACTTGGAAG TCCTTTCGCG GGCTCTTCGT TGAGCACGAG
CCGCCCATTC CGGTGATCCA GTTCACAGCC ACCCCGTTTC GTGAGGATGG AGGCCGCGTC
GATGGGGAGT TCATCTACAC CTACCCACTG AAGAAGGCGC AGCAGGAAGG CTATTTCAAG
CCGATCCGCT TCGAGGCCGT ATTCGGACTC GATCAACCCG ATGCCGACCA GGCGATCATC
GACAAACTCG GCGAAGTACT TGACTCGGAC CTGGACGCCG GCCTCAATCA TCTGGCTATG
GCCCGTTGCA GCACGATCGA ACGCGCCAAG CACCTGCATA GCCTCTATGC GGCGGCCTAT
CCGGACTGTC GACCAGTCAT CGTCCACAGC CAGCAATCGC TGAAGGAGCG ACGTGAAAAT
CTGGCAGCGC TACGCCGCTT TGAGAGCCGG ATTATCGTAT GTGTCGACAT GCTCGGCGAG
GGCTTTGACC TGCCCGAGCT GAAGATCGCT GCATTGCACG ATCATCACAA GAGCGTGGCG
GTGACGATCC AGTTCGTCGG CCGCTTTACC CGCCAGGACC CAACCCTGGG TGATGCGACG
GTGATCGCCA ATACCGGCAT CGACGATGTT GATCGTTCGC TGGCCAAGCT CTACGCCGAG
GACGCCGACT GGAACGCGCT GGTAGAGGCG CTCAGTTCGG CCAAGATCGA ACGCCAGGTT
CGCCGCGCCG AGATGTTCAA GGGCTTTTCG GGGGATCTGA TCGACATTCC GCTCCAGACC
CTCGAGCCGA AAATGAACGC GGTCCTTTAC CGGACGTCCT GTGATGCTTG GGATCCGTTT
CGCGCGGAGG AACTCTACAA TCCCGGCGTC TATCTCGGCA TGAAACTGAA CCCGCATCAA
CGGGTCGCGA TCTTCGTGAC TCGGGCGGAG GAACAGGCGC GCTGGACCTC GGCGCAGCAG
GCGGTAAACG TCACCTGGGA TCTGCACATG CTCCACTGGG ATCAGGCAAG TGGCCTGCTC
TACATCAGCA GTTCCGCCAA GGGGCCGTTC GACCGCCTGG CAAAGGCGGT TTGCGGCGAT
ACGACCCGCC GCGTAGAAGG CGAGGAAGTG TTCCGCAGCC TCCACGGGTT CAAGCGGCTC
ATCCTGCGGA ACCTCGGCCT CACCCACCAT CAGGGGCGCG GCGTCCGCTA TTCCATGTAT
ATGGGCGTGG ACGTCGCCGA CGGCCTCGAC AGCGCGAAAT CCCAGTCGCG GATCAAGAAC
AACATCTTCG CCACTGGTTT TCTCGACGGC GTGCCGGCCT CACGCGGATG CTCGGCGAAG
GGCAAGTTCT GGTCCAGCGC CAAGGTCCAT GACCTGACCG ACTGGGTGGA CTGGTGCCAG
GATGTCGGTC GCACGGTGAA CGATCCCAGC ATCACGACCG ACGGCGTCTT CAAGAGCGCG
ATGCGCCCCC ACCAGATCAG CCAGCGCCCG GCTGTTCCAC CCGTGGCGAT CCATTGGCCT
GAATCTTTGA TCACGCAGTT TGAGGAGCGG ATCGAGATCT CGTTCGGCGA TGAGCCCGTA
ACCTTCGCGG AATGCGATAT CGAGTTGCTC GATAACGCTC GTTCCGGACC GTTGCGCTTC
GCCGTGCGGA GCGATGACCA CACGGCCGAG TTCGAGATCG TCTTCAGCGA TGGGCATGCC
CGCTACCCCC AGCGCGCCGG TCCCAAGGCG ACGATCAAGG TCGGCAGCAA GATGCAGACG
CTGTCCGAAT CCTTCGGCGA GGATTCGCCA CAAATCGACT TCGGCGATGG CTCGCTGCTC
ATCTACAGCC ATCTCTACAC TCTGCCCGAA GGCGAAACGA TCGAGCCCTA CCCATCCGAC
AAGATCGAAG CCTGGGATTG GTCGAAGGCC AATATCCGCG TCGAGTCTCA AGGCACGAGT
AAGCGCGCAG ACTCAGTCCA GCGTCTCGTC ATCGACACGC TGCTGGCGGC CCCCGATCCC
TATGATGTGA TCTTCGACGA TGATGGCAAA GGCGAGATCG CTGATGTCGT GGCGCTGCGC
ATCACCGACA GCGTCGTTTC CGTGACCCTG TATCACTGCA AGTATTCCGG GACGGATACG
CCAGGTGCGC GTCTCAGCGA CCTCTACGAG GTTTGCGGCC AGGCTCAGAA ATCCGCTCGG
TGGCGCGACC GGCCAGGCCG TATGCTTCAA CATATGCTGA GGCGCGAAAA GATGCGCCGG
GACCGCGGCC TCAGTTCTCG GATTGAGCAA GGCTCGGCCG CCGCCATCAA GAAACTCAAG
GTCGGGTGGC AAGATCACCG CTTCGAGTTC GACGTCCGCA TCGTGCAACC CGGGCTATCG
CGGCAAGCAA TCGGCGAAGA AGGCTTGCAT CTCCTTGCCG GGGTTGAAAC CTATTTACTC
GAAACCCGCG CTATGAGGTT GAAAATTATT GGTAGCGAAT GA
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| Protein sequence | MASRKRPAGP NQDDLFNPEV ELLLPARLAI DGKVLGSPVR QLVVPTLRVR CRLRPFAIRR
VNGHETTLES GEILKIISAK TATPLEADLV LLVPGATDPE RIADALELGE GRWMNAPPTS
IDTLDRSARA ERLKAVSASW IDAIHLREGR AAADGQPAQP GLRRPQIGAL HAALAHATRS
TDPATIVMPT GTGKTETMLA LNAKRRFERL LVVVPTDALR EQIAGKFETF GVLKQQKCLD
ETAAFPLVMR LSHIPASEAE VDEIFDSANV VVTTMQIAGR AEAPVQERMA ARASALFIDE
AHHIGARTWK SFRGLFVEHE PPIPVIQFTA TPFREDGGRV DGEFIYTYPL KKAQQEGYFK
PIRFEAVFGL DQPDADQAII DKLGEVLDSD LDAGLNHLAM ARCSTIERAK HLHSLYAAAY
PDCRPVIVHS QQSLKERREN LAALRRFESR IIVCVDMLGE GFDLPELKIA ALHDHHKSVA
VTIQFVGRFT RQDPTLGDAT VIANTGIDDV DRSLAKLYAE DADWNALVEA LSSAKIERQV
RRAEMFKGFS GDLIDIPLQT LEPKMNAVLY RTSCDAWDPF RAEELYNPGV YLGMKLNPHQ
RVAIFVTRAE EQARWTSAQQ AVNVTWDLHM LHWDQASGLL YISSSAKGPF DRLAKAVCGD
TTRRVEGEEV FRSLHGFKRL ILRNLGLTHH QGRGVRYSMY MGVDVADGLD SAKSQSRIKN
NIFATGFLDG VPASRGCSAK GKFWSSAKVH DLTDWVDWCQ DVGRTVNDPS ITTDGVFKSA
MRPHQISQRP AVPPVAIHWP ESLITQFEER IEISFGDEPV TFAECDIELL DNARSGPLRF
AVRSDDHTAE FEIVFSDGHA RYPQRAGPKA TIKVGSKMQT LSESFGEDSP QIDFGDGSLL
IYSHLYTLPE GETIEPYPSD KIEAWDWSKA NIRVESQGTS KRADSVQRLV IDTLLAAPDP
YDVIFDDDGK GEIADVVALR ITDSVVSVTL YHCKYSGTDT PGARLSDLYE VCGQAQKSAR
WRDRPGRMLQ HMLRREKMRR DRGLSSRIEQ GSAAAIKKLK VGWQDHRFEF DVRIVQPGLS
RQAIGEEGLH LLAGVETYLL ETRAMRLKII GSE
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