| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dgeo_1704 |
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| Symbol | |
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| ID | 4058947 |
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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 | Deinococcus geothermalis DSM 11300 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008025 |
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| Strand | + |
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| Start bp | 1809837 |
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| End bp | 1812857 |
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| Gene Length | 3021 bp |
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| Protein Length | 1006 aa |
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| Translation table | 11 |
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| GC content | 66% |
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| IMG OID | 641230727 |
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| Product | transposase Tn3 |
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| Protein accession | YP_605168 |
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| Protein GI | 94985804 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.019193 |
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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 | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCCGTTG AATTCCTGAG CGACGACCAG GCCGCCCGCT ATGGCTGCTA CCATACCGAC
CCCACCCCCG AGCAGCTCAC CCGCTTCTTC TATCTCAGTG AACAGGACCA CGCCTTCATT
GCGCAGCGGC GCCGGGAACA CAACAAGCTG GGCTGCGCTC TCCAGCTCTG CACCCTCCGC
TTCCTGGGCA CCTTCCAACT CGACCCCACC GCCGTCCCTG TGGTCGCCAT TCAGAATGTC
GCTGACCAAC TACAGCTCGA CCCCGCAGTG CTGCCCCAGT ACCTTCGGCG GGTCAAAACG
CGCTTCCAGC ACCAGCAACT GATCCTCGCC CACCTGGACT ACCAGCCGTT CGACGACGTG
CAGGCCTTCC GGTTGATCCG CTGGCTGTAC GCGCAGGTCG CCACCAGCAC CGTCCGTCCC
AGCGTGCTGT TCGATCTGGC GACCGCCCAT CTGGTGTCCC AACGGGTCGT GCTGCCCGGC
GTAACCACAC TCGCCCGTCT CATCGCCCGT GTCCGGGACC GGCTCAGCCG CAAAACCTTT
GAGGGTCTCA GCCATCGCCT GACATCTGAA CAGCGGGCCA ACCTGGAGGC GCTGCTGGTC
CTGTCCGAGG GCGAGCGGCT GACGCCCCTG GAAGTGCTCC GCACTTCCCC CACCCGGGTC
ACCAGCCCGG CCCTGCTGGC CGCCTTGTTG CGGATCGGAC AACTCCGCGA GATCGGCGTC
GGCTCGCTCA ACTTGAGTGA CGTGCCAGAA GGGAGGCGGG CGTTGCTGGC GCGGCACGCT
CAGACAGCCT GGGCGCAGAC CTTGTTGCGA ATGGGCGAGG ACCGGCGGCT GGCGACCCTG
CTGGTCTTTG TCCAGCACCT GGAGCGCACG GCCACCGATG ATGTTCTTGA CCTGTTCGAT
GCCCTGATGA CCTCGCTAGC GCTCAAGGGG GAAGCCAAAC GCCGTCAGGA ACGGTTGCGG
ACCCTCCGTG ACCTCGACCA GGCGGCCCTG GTCTTGCAGG ACGCAGTCCG CGTCCTGCTG
GACGAGTCGG TTCCGGAAGT GGACCTTCGC CGGATAGTGT TCTCCCGGGT CGGGCAGACT
CGGCTCTGGG AGGCGGTGGG AACCGTCCAG GCACTTGCAA GTGAGGACGA TGACACGACG
CCGGAGGCCC TGAGCGGCAG CTATGCCACT GTCCGGCGTT TCCTGCCCAC CTTCCTTAAA
ACCGTCGAGT TCCAGGGGAC ACCGACGGCC AAGCCGCTGC TAGAGGCCTG GCGTTTCCTG
GCCCGGCAGG AAGAGGGTGG ACGGGGCAAG CCGAAATGGA CCGAGGCCCC TCGATCTTTT
GTGCCCAGAG CCTGGGAACG GCGGGTGTTC CCCGCCAAGG GTGAGGTCAA CCGGCAAGCC
TACACCCTCT GCGTGCTGGA CCGGCTCCAA CAGGCGCTGA AGCGCCGTGA GGTCTTCGCG
CCCAGAAGCG AGCGGTACGG CGATCCCCGA GCAGAATTGT TGCAGGGGCC AGGCTGGGAG
GCCGCGCGGG ACGATGTGTC CCGCGCTCTG GGCCGTTCCC TTGACCCCCA GGCGGAACTC
GAACTGTTGC GGACGGAATT GAACGCGGCC TACCGGGAAG TGGAAGAGAA CCTGCCGCAG
AACACGGCAC TCAAACTGGA AGTTCGGGAC GGCCACACGC AGGTCAGCCT GACCCCCCTG
GACGCTCAAC CGGAGCCGCC CAGCCTGGTT CGCCTGCGGG AACAGGTGAC GCTGCGACTG
CCGCAGGTGG AACTTGCGGC TCTGCTGCTC GAAATCCATG CCTTCACGGG CTTCGCGTCG
GCCTTCACGC ACCTGACAGA TGGGAGAGTG CAGGTCAAAG ACCTGCCACT CAGCGTCTGC
GCGGTCCTGC TCGCGCAGGC CTGCAACATC GGGTTGAAAG CCGTGGCCCG GCAGGATGTT
CCTGCCCTGA CCCTTTCCCG CTTGTCGTGG GTCCAGCAGA ACTATGTTCG GGCGGAAACG
ATCACGGCTG CCAATGCCCG CCTGGTGGAT GCCCAGCTTG ACCTGCCGCT GGCACAGTCC
TGGGGCGGCG GGGAAGTGGC GTCGGCGGAC GGGCTGCGCT TCATCGTCCC GGTGCGGACC
ATCCACGCGG GCTGGAACAG CAAGTATTTC GGCTCGCAGC GGGGCGTGAC CTACGACAAC
TTCACCAGCG ACCAGTTCAC GGGTTTTCAC GGGATCGTGG TGCCGGGGAC GCTGCGGGAC
TCACTGTTCA TCCTGGCGGG GCTGCTGGAG CAGCAGACCC GGCTCGACCC CCGCGAGATC
ATGGCGGATA CGCACGGGTA CAGCGATGTC GTGTTCGGCC TGTTCGCCCT GCTGGGCTAC
CAGTTCAGCC CCCGCCTCGC TGATCTTGCA GATCAGCGGT TCTGGCGCTT GGAGAAGAAC
GCCGATTACG GCGCGTTGAA CGATCTGAGC CGCCATGTGG TGAACGAACG GCTGATCGCG
GAACACTGGG AGGACCTGTT GCGGCTGGCG GGGTCATTGA AGCTGGGAAA GGTCAAGGCG
ACGGCGGTGA TGCGGACCTT GCAACGCGGC GGCAGCCTGT CCGGCCTGGG GCGGGCGGTG
GCAGAACTGG GGCGGATCGA GAAGACGCTG TACCTGCTGG CCTATGTGCA GGACGAGGCG
TACCGGCGAC GGATTCTGGG GCAACTGAAT CGCGGGGAGG GACGGCACAG GGTAGGCCGT
GCCGTGTTCC ACGGCCACAA GGGGGAGTTG CGGCAACGCT ACCGGGAGGG AATGGAGGAC
CAGTTGGGGG CGCTGGGGCT GGTGGTGAAT GCCATCGTGC TGTGGAACAC CCGCTACATG
CAGGTGGCGC TGGAGGACCT GCGCCACGCG GGGATGGACG TTCAAGAGGA GGACGTGGCC
CGACTCTCGC CGCTGCTCCA CGAGCATGTG AACATGCTCG GGAAGTACGA TTTCACGCTG
CCCGACGAGG TGGCCGGAGG GCAGCTCCGG CCCCTGCGTG ACCCGAATAG TCCAGAGGAG
TGGCTGGCGC AACTCGCTTA G
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| Protein sequence | MPVEFLSDDQ AARYGCYHTD PTPEQLTRFF YLSEQDHAFI AQRRREHNKL GCALQLCTLR
FLGTFQLDPT AVPVVAIQNV ADQLQLDPAV LPQYLRRVKT RFQHQQLILA HLDYQPFDDV
QAFRLIRWLY AQVATSTVRP SVLFDLATAH LVSQRVVLPG VTTLARLIAR VRDRLSRKTF
EGLSHRLTSE QRANLEALLV LSEGERLTPL EVLRTSPTRV TSPALLAALL RIGQLREIGV
GSLNLSDVPE GRRALLARHA QTAWAQTLLR MGEDRRLATL LVFVQHLERT ATDDVLDLFD
ALMTSLALKG EAKRRQERLR TLRDLDQAAL VLQDAVRVLL DESVPEVDLR RIVFSRVGQT
RLWEAVGTVQ ALASEDDDTT PEALSGSYAT VRRFLPTFLK TVEFQGTPTA KPLLEAWRFL
ARQEEGGRGK PKWTEAPRSF VPRAWERRVF PAKGEVNRQA YTLCVLDRLQ QALKRREVFA
PRSERYGDPR AELLQGPGWE AARDDVSRAL GRSLDPQAEL ELLRTELNAA YREVEENLPQ
NTALKLEVRD GHTQVSLTPL DAQPEPPSLV RLREQVTLRL PQVELAALLL EIHAFTGFAS
AFTHLTDGRV QVKDLPLSVC AVLLAQACNI GLKAVARQDV PALTLSRLSW VQQNYVRAET
ITAANARLVD AQLDLPLAQS WGGGEVASAD GLRFIVPVRT IHAGWNSKYF GSQRGVTYDN
FTSDQFTGFH GIVVPGTLRD SLFILAGLLE QQTRLDPREI MADTHGYSDV VFGLFALLGY
QFSPRLADLA DQRFWRLEKN ADYGALNDLS RHVVNERLIA EHWEDLLRLA GSLKLGKVKA
TAVMRTLQRG GSLSGLGRAV AELGRIEKTL YLLAYVQDEA YRRRILGQLN RGEGRHRVGR
AVFHGHKGEL RQRYREGMED QLGALGLVVN AIVLWNTRYM QVALEDLRHA GMDVQEEDVA
RLSPLLHEHV NMLGKYDFTL PDEVAGGQLR PLRDPNSPEE WLAQLA
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