| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Syncc9902_1244 |
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| Symbol | |
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| ID | 3742698 |
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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. CC9902 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007513 |
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| Strand | - |
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| Start bp | 1207719 |
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| End bp | 1210271 |
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| Gene Length | 2553 bp |
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| Protein Length | 850 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637771424 |
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| Product | ATP-dependent DNA helicase RecG |
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| Protein accession | YP_377252 |
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| Protein GI | 78184817 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1200] RecG-like helicase |
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| TIGRFAM ID | [TIGR00643] ATP-dependent DNA helicase RecG |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.912337 |
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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 | TTGGCAGACT CCACCCGATT CGACTCCACT CGATTCGACG GCACGCGACT CGAGATCAAT
GCCGACCGGG GACTGACGAG CGCTCAGCTA GCTCTGTTCC TTGGCTGGCT GCGACCACTG
CAGCAGTCGT TGGGTTTGGA GGTGGATCGC GGTTTTCAAA ATCTCCAAGG ACGACAACAG
CGATTTCACG AGTTCTTATC GCAACAGTTG TCGGCACCTC CGTCGATACC GATGCCCCGT
GGCGCTGTGG AACGGATGGA CCGGTTGCGC GACTCCTTTG ATAAGTATCC GCAGCTCACA
GATGCCGCCC GTCGTCGGCT CGTCAGTGAC GCCCGTCAGT GGTTGTACGA GTTACGCCAT
CGCTTGGAAC CATCGGCTCC GATGGCACCA CCGCGCTTAA AACTGCCAAC CGCTTCCGGG
TCACATTCAA GAGAAGGTCC CAGCCTTGAT CTTGAGAGTC CGATCACTCG CATCAAAGGG
GTGGGACCGA AGTTGGCCAG TCGCTTGGCC TCACTCAATT TGTTGCTGGT GAAAGATCTG
TTGCGTCATT ACCCCCGCGA CCATGTCGAT TACTCGGCGA TGCGACGAAT TGAGGCCTTA
GTGGCAGGGG AAACAGCAAC CATCGTGGCC ACGATTCGCC GTTGTAATGG CTTTGTGAGC
CCGCGCAATC CCAACCTCGC CATTCTTGAA CTCCAGTTGC AGGACCCGAC AGGACGGCTG
AAGGTGACGC GTTTTCTCGC GGGGAAACGT TTTAGTTCGC AGGCCTACCT CAAAGGCCAA
CAACGCCTGT ATCCAGCTGG AGCCAGCGTG GCTGTGAGCG GTCTTGTCAA AGACGGTGCC
TATGGGCTGT CGTTTCAGGA TCCGTTGATT GAGGTTCTCG AGAACCCCAC CTCACCGGTC
AAGTCGGCAA GCATTGGACG CCTGCTTCCG GTGTATGCCC TTACGGAGGG CGTGGGGGCC
GATCGCTTTA GAAGCCTGAT TGAGCAGGTG TTGCCCCTTA CAGAGCAATG GATCGAACCT
CTGCCTGAGC CACTACGGAA GACGTTTGGT CTTTTGTCGG TTTCAGAGGC ATTGAAGGCG
CTCCATGCTC CAAAGGATCG GACCACGCTG GACCGTGGTC GTCATCGTTT GGTCTTTGAT
GAGTTTCTGC TGTTGCAACT GGGTTTGTTG AGGCGCCGCC AGGCGTTGCG CTCACGCCCT
GGTCCTGAGC TTGGCCTTCT CCCCTCCAGT CAGGGACTTG TGCAGGATTT CAAGGATTTG
CTGTCGTTCC AGTTCACTGA TGCCCAACAG CGGGTGTTGC GCGAAATCGA AGCTGATTTG
GCCCAGTCGA AACCCATGGC ACGTCTGGTC CAAGGCGATG TGGGCTCTGG AAAAACGGTC
GTTGCGATTG CGGCCCTACT CAGCACCATC GCGTCTGGGT GGCAGGGCGC CTTGATGGCA
CCTACCGAAG TCTTGGCCGA GCAGCACCAT CGCAATCTGT GTCACTGGTT TCCTCAACTT
CACATCACGG TTGAACTGCT CACGGGCTCA ACGCCACGTC CGCGTCGGCG TCAGCTCCTC
GACGACCTGG CCAGTGGCTC GTTGAAATTA TTGGTGGGCA CCCACGCTCT TTTGGAGGAT
CCCGTGGTGT TTGAACGCTT GGGACTTGTG GTGGTTGATG AGCAACATCG CTTTGGCGTT
CATCAACGGG ACCGATTGTT GAACAAAGGT CTGCAGCCGC ATCTGCTCAC GATGACGGCG
ACTCCAATTC CCAGAACCTT GGCACTGTCT GTCCATGGTG ATTTAGATGT GAGCCAAATT
GATGAATTAC CGCCAGGACG AACGCCGATC AAAACGGCAA TGCTGTCCGC CGGACAACGG
GAGAAGGCCT ATGCCTTGAT CCGGGACGAA GTGTCGAAAG GTCAGCGCGC CTATGTGGTG
CTGCCACTGG TGGAGGAATC CGAGAAATTG GAATTGCGTT CAGCGGTTGA AGTGCATGCC
GAGTTGGTGT CGGAGGTGTT CCCAGATCTG CAGGTTGGGT TACTGCACGG TCGGTTAAGC
AGTGTGGAAA AACAAGAAGT GCTCTCTTCG TTCTCGTCGG GTGCCTGTCA GGTGCTGGTG
TCAACAACGG TCGTGGAAGT GGGGGTGGAT GTTCCTGAGG CGAGCGTGAT GATGATCGAC
CACGCGGAGC GGTTTGGTCT GGCGCAACTC CACCAGTTGC GTGGACGGGT GGGTCGTGGG
GCGGCTGCCT CCCACTGCCT ATTGATCAAT GGCAGTTCCA ATCCTTTGGC CCGTCAACGG
CTCGATGTTT TGGTGCGATC CACCGATGGA TTTGAAATTG CTGAAATGGA TCTGAGGTTG
CGTGGTCCTG GACAGGTACT GGGAACGCGC CAATCCGGTT TGCCAGATTT GGCCTTGGCG
AGCCTCGCCG ATGATGCGGC GGTTTTGGAG GATGCTCGGA CTGCAGCCCA GGATCTACTC
CGCGATGATC CAAATCTTGA ACGTTGCCCC AAACTTCGAG CCTTGCTCGA TGATCAACAA
CGTCGCCTCA GTGGTGGCAC ACCATTGAAT TAA
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| Protein sequence | MADSTRFDST RFDGTRLEIN ADRGLTSAQL ALFLGWLRPL QQSLGLEVDR GFQNLQGRQQ
RFHEFLSQQL SAPPSIPMPR GAVERMDRLR DSFDKYPQLT DAARRRLVSD ARQWLYELRH
RLEPSAPMAP PRLKLPTASG SHSREGPSLD LESPITRIKG VGPKLASRLA SLNLLLVKDL
LRHYPRDHVD YSAMRRIEAL VAGETATIVA TIRRCNGFVS PRNPNLAILE LQLQDPTGRL
KVTRFLAGKR FSSQAYLKGQ QRLYPAGASV AVSGLVKDGA YGLSFQDPLI EVLENPTSPV
KSASIGRLLP VYALTEGVGA DRFRSLIEQV LPLTEQWIEP LPEPLRKTFG LLSVSEALKA
LHAPKDRTTL DRGRHRLVFD EFLLLQLGLL RRRQALRSRP GPELGLLPSS QGLVQDFKDL
LSFQFTDAQQ RVLREIEADL AQSKPMARLV QGDVGSGKTV VAIAALLSTI ASGWQGALMA
PTEVLAEQHH RNLCHWFPQL HITVELLTGS TPRPRRRQLL DDLASGSLKL LVGTHALLED
PVVFERLGLV VVDEQHRFGV HQRDRLLNKG LQPHLLTMTA TPIPRTLALS VHGDLDVSQI
DELPPGRTPI KTAMLSAGQR EKAYALIRDE VSKGQRAYVV LPLVEESEKL ELRSAVEVHA
ELVSEVFPDL QVGLLHGRLS SVEKQEVLSS FSSGACQVLV STTVVEVGVD VPEASVMMID
HAERFGLAQL HQLRGRVGRG AAASHCLLIN GSSNPLARQR LDVLVRSTDG FEIAEMDLRL
RGPGQVLGTR QSGLPDLALA SLADDAAVLE DARTAAQDLL RDDPNLERCP KLRALLDDQQ
RRLSGGTPLN
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