| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Syncc9605_1653 |
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| Symbol | |
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| ID | 3736816 |
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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 | Synechococcus sp. CC9605 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007516 |
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| Strand | - |
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| Start bp | 1523471 |
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| End bp | 1526716 |
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| Gene Length | 3246 bp |
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| Protein Length | 1081 aa |
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| Translation table | 11 |
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| GC content | 67% |
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| IMG OID | 637776241 |
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| Product | DNA helicase/exodeoxyribonuclease V, gamma subunit |
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| Protein accession | YP_381957 |
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| Protein GI | 78213178 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1330] Exonuclease V gamma subunit |
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| TIGRFAM ID | [TIGR01450] exodeoxyribonuclease V, gamma subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.339472 |
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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 | TTGCTGACGG TTTACCGAAG CAACAGGGCT GAATTTCTGG CTCGCTTGCT CTCCCGTCAG
TTGATCGAGC AGCAGCCGGG CCCCCTTGAG ACGGTGGAGG TGATGGTCAA CACTTGGCCC
ACCAGCCGAT GGTTGGGGGA ACAGCTGGCC ACGGCCAATG GCATCAGTTC CCTGGTGCGG
TTCCCCTTCC CGGGCAGTCG CCTGCGGCAG CTGGTGCGCC AGGTGCTGCA TCTTCCTGCT
CAGGAGGACG ATCCCTGGCG GGCGGGCCAG CTGGTGTGGG CGGTGCTCGA GTTGCTGCCG
GAGCTGCTGG AGCAGCCCGT CGCCCAGCCG TTGCGGGTTT GGCTCGCCCA GCGTGAAGGA
ACCGCCTCGG GGTTGACGCG GGATCGGTGG CAGTTGGCCC GTTCCATCGC CGATGCCATG
GACGATTACG CCCTTTACCG CCCCGATCAA CTCGAGCAGT GGAAACAACC GCGGCCTGAT
GACGACTGGC AGCCTGTGCT CTGGCGACTG CTGGCCCAAC GGCTGCCCCG GGCTCCCTTT
GGCCTGCAGG TGCGTGAGGC CGTCGAGTGT CTCCGGCGAG GAGATGTTGA TCCGGCCCTG
CTGCCGGAGC GGCTGCGGCT CTTCGGCATC AGTGCTCTGG CGCCGGTGCA GGTGGATCTG
ATTCAGGCCT TGTCCGGTCT GCTGGCGGTG GAGATCTACC TGCTCACCCC GTGTCCGGAT
CTATGGCAGC GCTGCGGCAG TCGGCGCGCC TCGCTCGGGG ATGAATGGCT GATCCCTCCG
GATGGGGGAT GGTTGGCGGA GGCGCCGCGT TTGGAGGCCG TTCTCGGGCG GATGGGCGCC
GAATTTCAAC AGTTGCTGGA GGGCTCCGGT GAAGCGCAGC TGGGGGAGCG CCGCGAGGGA
GATCTGTTTG CAGGTTCTCT GCAGATCGCC GCGGCGGAAG AGCGTCAGCC CACCTTGCTC
GATCAGCTTC AGCAGCAGCT GGTGGATGCC GAGAGCATCG CTGAGCTGAA TCGTTCCTCA
GACGATCAAT CTCTGTTGTT TCAGGCGGCA CCGGGGCCTT GGCGGGAGGT GCAACTGGTG
CGGGATCGCA TCCTGCAGTG GCTGGCGGCC GATCCCGATC TCGAGCCCCG CGACGTGCTG
GTGATGACGC CGCAGATCGA GCGCTATGCG CCGCTGCTCA GCTCCGTGTT CAACGACACG
GCGGCTTTCG GTGTCGATTT GCCCTGGCGC CTCACCGACC GCAGTCAGCA GAGCAGTCCG
GGGTTGTCGA TGGCGATGTT CACGCTGCTG GAGCTGGCTG CGACACGCCT CACCGCCACG
GGGCTGGAAC GTCTGCTGGC CAACCCGGCC TTGCAGGGCC AGCAGGGACT CACGCCGGAA
GAGGCGGTGT TGATCACGCA AACACTGCAA CGCAGCGGTT TTCGCTGGGG CTTGGACGCC
CGTGAGCGGG GCGGTGACGA GGTGCACAGC CTGCGTTGGT GTCTCGACCG TTGGCTGCTG
GGTCTGGTGC TGCCGGTGGA GCCGGGTCTG GCTCCGGCAG GGGCGGCACC CTTCCAGCAG
GAGCTGGACC CCGATCGCCT GGTGCGTTGG TGGACGCTGC TGGATCGTGT GGCGCGGATG
CTTGATCGCC TTAGGGAGCC CCGGCCGTGC CATGGCTGGG TGGAGCTGCT CCAATCCCTG
TTGCAGGAGC TGTTCGCTGA GGGCGGGGCC TGGACTGATG AGGCGCAGAG CTGGGCGGCG
GCGCTGGAGG AGTGGCGGCT GCGGGCCCAT GACTGCCCTC TGGACCTCGA CGCTGCCGTG
GCCTTGGAGG TGCTGCAGGA GGCCTTGTCG GTGGACAGCG GCCGCTTCGG TCACCGCAGT
GGTGCCCTCA CCATCAGTGC CCTGGAGCCA ATGCGGGCGA TTCCGCACAA GGTGGTGATC
TTGATGGGCC TCGACAGCGC CGACTTTCCG CGCCCAAGCC GCCGTCCGGG CTTTCATCTC
CTCGAGCAGC AACGGCGCCT GGGGGATCCC CGCAGCAGCG ACCAGGACCG CTACGTGCTG
CTGGAGGCTT TGATGTCGGC ACGCCGTCAT CTGCTGATCA GCTGGTGCGG GCGGCTGGAG
CGCACCGGTG AGCCTCAGCC GCCTGCTGCG CCGGTGGAAC AGTGGCTGTC AGTGCTGCAG
GAGCAGTTGC AACGGGCCGG TGCCTCCACG GAAGGGTTGT TGGTCACGCC GGCGGCCAAT
CCCCTCTCCC GTGAGAACTT CCGGCCCGAG GCACCGCTCA GCTGTGATCG GCGTCAGCTG
GAGGCCCGGC GCTGCCTGGA TGCTGCTCCG GCTTCAGTCC CGAATCCCCA GGGGCTGGCC
TGGGCATCGC TCTGGCAGCC GGAGATCAAC GATGACGAGG CCGAGGGACG GGATGGAGAC
GATCTAGCCC TGGACCCTGA AGCTTTGCTG GCCTGGTTGC AGCAGCCCCA GAAGGCCTGG
TTGCAGGCCC GGGGGTTGCG GCCTGGGGAA GGCATTGAGG CGGTGGAGGA TCTCGAGGCG
CTCGAGTTGG AGGGCCTGCA GCGCTATCTG CTGCTCAACC ACGAGCTTGA GGAGCAGTTC
ATTCTTGGAT CGGCTCCGGA TTGGACGGCG TCGCTGGCGG GGCAGGGTGT GCTGCCGGCG
GGGGCTGGGG CGGCCCTTGA GCAGGAGGAA CTGCAGCAGC GTTGGCAGGC CCTGCAACGG
CAGCTGGCAT CACTCGGCCC CTGCCGCAGG GAGGTGCCGG TGCTCGCCGG CCTGCCGATG
CCCCTGCTCT ACGCCGGTGA CACCCAGGTG GTGGTCCAGC CCGGGATGCT CACGGCCGCG
GCGGTGATGC GCGGCTGGTT GCAGCACCTG TTGCTTTGCG CTGAGGGATC GGCTCCTGCA
GCCGGTTCAG CGGTGGTGGC GCGCAGCACC CGGGTTGCCG GCGCCGAGGT GCACGTGCGC
TGGTCGGTTT TGCCGACGGT TGAGGCCGAA GACCAGCTGC AGCAGCTGGC GCGGCTGGCG
CGACAGGGGC TGGAGCGGTG CTGGCCGGTC CCTCCCAAGA GCGGCTGGCA GATGGTGGCC
AAAGAGCGGC GCAAACCGGG GGAGGGGCAG CAGGACTTCC GCAAGACCTG GCAGGACGAA
GGGGCCACCC CATTGATGCA GCTCTGCTTC GGCTCGGACG TCGCTGCGGA GCAATTGATG
GATCAGGCCG GATTCCAGCA GGCGTGTCAG CTGTTGTACG GCCCCCTTAT GGCGAACCTG
CGTTAG
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| Protein sequence | MLTVYRSNRA EFLARLLSRQ LIEQQPGPLE TVEVMVNTWP TSRWLGEQLA TANGISSLVR
FPFPGSRLRQ LVRQVLHLPA QEDDPWRAGQ LVWAVLELLP ELLEQPVAQP LRVWLAQREG
TASGLTRDRW QLARSIADAM DDYALYRPDQ LEQWKQPRPD DDWQPVLWRL LAQRLPRAPF
GLQVREAVEC LRRGDVDPAL LPERLRLFGI SALAPVQVDL IQALSGLLAV EIYLLTPCPD
LWQRCGSRRA SLGDEWLIPP DGGWLAEAPR LEAVLGRMGA EFQQLLEGSG EAQLGERREG
DLFAGSLQIA AAEERQPTLL DQLQQQLVDA ESIAELNRSS DDQSLLFQAA PGPWREVQLV
RDRILQWLAA DPDLEPRDVL VMTPQIERYA PLLSSVFNDT AAFGVDLPWR LTDRSQQSSP
GLSMAMFTLL ELAATRLTAT GLERLLANPA LQGQQGLTPE EAVLITQTLQ RSGFRWGLDA
RERGGDEVHS LRWCLDRWLL GLVLPVEPGL APAGAAPFQQ ELDPDRLVRW WTLLDRVARM
LDRLREPRPC HGWVELLQSL LQELFAEGGA WTDEAQSWAA ALEEWRLRAH DCPLDLDAAV
ALEVLQEALS VDSGRFGHRS GALTISALEP MRAIPHKVVI LMGLDSADFP RPSRRPGFHL
LEQQRRLGDP RSSDQDRYVL LEALMSARRH LLISWCGRLE RTGEPQPPAA PVEQWLSVLQ
EQLQRAGAST EGLLVTPAAN PLSRENFRPE APLSCDRRQL EARRCLDAAP ASVPNPQGLA
WASLWQPEIN DDEAEGRDGD DLALDPEALL AWLQQPQKAW LQARGLRPGE GIEAVEDLEA
LELEGLQRYL LLNHELEEQF ILGSAPDWTA SLAGQGVLPA GAGAALEQEE LQQRWQALQR
QLASLGPCRR EVPVLAGLPM PLLYAGDTQV VVQPGMLTAA AVMRGWLQHL LLCAEGSAPA
AGSAVVARST RVAGAEVHVR WSVLPTVEAE DQLQQLARLA RQGLERCWPV PPKSGWQMVA
KERRKPGEGQ QDFRKTWQDE GATPLMQLCF GSDVAAEQLM DQAGFQQACQ LLYGPLMANL
R
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