| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Synpcc7942_1156 |
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| Symbol | |
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| ID | 3775106 |
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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 elongatus PCC 7942 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007604 |
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| Strand | + |
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| Start bp | 1183497 |
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| End bp | 1186094 |
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| Gene Length | 2598 bp |
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| Protein Length | 865 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 637799582 |
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| Product | hypothetical protein |
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| Protein accession | YP_400173 |
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| Protein GI | 81299965 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG3857] ATP-dependent nuclease, subunit B |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 27 |
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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 | 34 |
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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 | ATGATCAGCC GTGATATCGT CAGTGCCCGA CCCAGCCCAA TTCCAGCCGA GCTAAGGGTG
ATTGTCCCCA ACCGGCGGGC GGCGGCAGTG CTGCAAGTTC CGGCGATCAG TCTGGAAGAC
CTGGCTCAGC GCCAGTTGCG ATCGCATAAT CTCCATCCTG TCAGTGCCTT CGAAGCTTGG
CGATCGCTCC ACCTGCTGCC AAAACCCGAA TTGCTACAGG CTTGGCCTAC GGACAAACTG
CTCTCGGAAA TCCGCACCGT CTTGCAAGTG CCTCTCGAGG AATGGCAGCA ACGCGCTGAT
AGTCTGAGCG ATCGCCTGCA AGCCTTGGTC GATCTTACGG CTGCGTATCA AACGGCCCTG
CGAGCCCAAG GTCGTTACGA CCCTGCGGAG CGCTTTCGTC TGGCGGCCGC CTTGGGGCAG
CCCGAACCGC TGTTGCTCTG GGGCTACTGG GACTCCCAGC CCGAACAGCT CGCTTGCATT
AATCAACTGG CTGGTGAGGG CTCAATTCTT GTTTTGCCCT ACACCGAACT CCTCCAGCAG
CAACATCAAC TCGAACAACT CGCCGCTTGG GGCTGGCAAA TCAAGCTGGA AGAGCGATCG
CCGGAACCAT GGCTGCAACA GTGGATCGCT CCCAACCCGC CCAAGATAGC TGAACCGATC
GCCCACAGCT ACCGCGATCG TGAACAGGAA GTGCGCAGCG TCTTAGGCCA CGTCAAACAA
CTGCTCCAGC AGAATGTTGC CCAGTCCGAT ATTGCCTTGC TCGCTGCCGA TGATCGCGCC
TACGGCCCTT TAGTGCAACA GATTGGCTGG GAATATGGCC TGCCAACTCG CATGCTCTAT
GAAATTGCCA TCAGTGAAAC GCGCCTCGGT CGCTGGCTAG AGGATTTACT GACCGCGATC
GCTGCTGACT TCGACTACCC CAGCGGCATT CGTGTTTTTT CCCCGAGCTT CTGCGCCGCC
CTGCCCGACG GTCGCCAGCG CCAACTCCGC CGCGATCGCC CTCAAAATCT AGCTGCATGG
CAGACCAGCC TCGCCACGGA ATTTTCTCCC TGGCCGCTAG CGGCTACCAG AACGGAATGG
GTCGGGCAAC TGCGTCAATG GCTTCAACAA CTGGGATTGA GGCAAGGTCT GCGCCGATGG
CCTCAGGATC TTGTTGCTCT AAACCGGCTC CAGCAACAGC TCAAAAACCT GGCAGAACCG
GCCTCAGAAA CCCTGACCCG TCAGCAATGG TGCCAAGAGT TTGAGCAACT AATCCGCATT
AGTCGCACGC CTGTCCAACC GGGGCGCGGT GGCGTCCAAC TCGATCGCCC CGAACAAATT
GTCGGAGCCC AGATTGGCCA CGTCTTCTAT CTCGGCCTCA ACGAAGGGGT TTGGCCCGCG
CCTTTAGCCA GCAGTTCCTT GATTGACTAC AGCGATCGCC GCCAACTGCA GCGACTGGGA
CTGCCCCTAC CGACCGCCGC CAGTTTGGTG CAGCAAGCCA AGGTGCAATG GATCGGCGCT
TTGGCCGCTA CTCAAACTGC TCAATTTTCT TGGGTGCGTC AGCACGATAA CCGTGAGCAA
CTGCCATCGG CCTATCTGGA GCAGATGGGT CTGCGATCGC AAATTACACC AGCGGCAGAC
AGCCCCCACA GTCCCGAAGA ATATCGGCGA CGGTTACTGG CTCAATCGAC CCTAGTTGAT
GACGGAGACC CGATCGCTCA CTCTGCCCAG CAGCGATCGC AACAGGTTCA AGCTCGTTTG
CAGGGCGAAG CCGTCTGGAA CGGACAACTG GCGGACTCGA TCTCTATCCC CACCCGTCCG
CTCTCAGTGA CTGGCATCAT CCAACTCGGT CAATGCCCCT ACCGTTGGGC AGCCAGCAAA
CTGCTGAATC TCCAGACAGA CTCAGAGCGC TCTGACGATC CCGATGCCGC TATGACGGGA
ACCCTGTTGC ACAAAGCATT GGAGTTACTG ACGCCTCAGC TCAAGACTGA GACCTTGCCT
GATCGCGAGA TCTTGCTGGC GATCGTGGAA ACGGCTGCTG CGCACCTTGC TAAGCAGCGT
CCTAGAGAGG GTGATCTGCG GCAACATCCC CGCTGGACTG CTTTCCAGCT CAGTTACGTC
AATTTACTGG AACGTCTGCT GCGATCGCCG AATTTCCGTA GCCCTGACAG TGAAATCATC
GCGGTGGAAC AGTCTTTTGA AGGGCAATGG CAGGGTCTTC CTGTGCGGGG CACGATCGAT
CGCATTGACC GAACATCTGC TGGCCTTGAG CTGATCGACT ACAAGCTCGG CAGCACGACG
CAAAAAGTCT GGGATACAGA CCAGAAATTG AAACTGGATC TGCAACTGGC GCTCTATCAG
GAAGTCGGCG CAGCGGCGAT CGCGCCGGAT CAACCCGTGG CGCAGGTGCG CTACCTCCAC
ATGCGAAAAG CGGAAGCCAG TCAGCCTAAA CCGGCGGAGG CGACTGAACT CGAGCAGTTA
GCAGCGCGGC TCAAACAAGC CTTTGAGGGT GGGCATTTCC CGATTCGGCC CCACGACAGC
TACTGTCGCT ACTGCGATTT TGCTGGACTC TGTCGCCACT CAGAACTGAA GCAGGAGGTC
GACCATGAAG CTGACTGA
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| Protein sequence | MISRDIVSAR PSPIPAELRV IVPNRRAAAV LQVPAISLED LAQRQLRSHN LHPVSAFEAW
RSLHLLPKPE LLQAWPTDKL LSEIRTVLQV PLEEWQQRAD SLSDRLQALV DLTAAYQTAL
RAQGRYDPAE RFRLAAALGQ PEPLLLWGYW DSQPEQLACI NQLAGEGSIL VLPYTELLQQ
QHQLEQLAAW GWQIKLEERS PEPWLQQWIA PNPPKIAEPI AHSYRDREQE VRSVLGHVKQ
LLQQNVAQSD IALLAADDRA YGPLVQQIGW EYGLPTRMLY EIAISETRLG RWLEDLLTAI
AADFDYPSGI RVFSPSFCAA LPDGRQRQLR RDRPQNLAAW QTSLATEFSP WPLAATRTEW
VGQLRQWLQQ LGLRQGLRRW PQDLVALNRL QQQLKNLAEP ASETLTRQQW CQEFEQLIRI
SRTPVQPGRG GVQLDRPEQI VGAQIGHVFY LGLNEGVWPA PLASSSLIDY SDRRQLQRLG
LPLPTAASLV QQAKVQWIGA LAATQTAQFS WVRQHDNREQ LPSAYLEQMG LRSQITPAAD
SPHSPEEYRR RLLAQSTLVD DGDPIAHSAQ QRSQQVQARL QGEAVWNGQL ADSISIPTRP
LSVTGIIQLG QCPYRWAASK LLNLQTDSER SDDPDAAMTG TLLHKALELL TPQLKTETLP
DREILLAIVE TAAAHLAKQR PREGDLRQHP RWTAFQLSYV NLLERLLRSP NFRSPDSEII
AVEQSFEGQW QGLPVRGTID RIDRTSAGLE LIDYKLGSTT QKVWDTDQKL KLDLQLALYQ
EVGAAAIAPD QPVAQVRYLH MRKAEASQPK PAEATELEQL AARLKQAFEG GHFPIRPHDS
YCRYCDFAGL CRHSELKQEV DHEAD
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