| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_0682 |
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| Symbol | |
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| ID | 8389988 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | - |
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| Start bp | 686856 |
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| End bp | 689429 |
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| Gene Length | 2574 bp |
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| Protein Length | 857 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644978703 |
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| Product | Radical SAM domain protein |
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| Protein accession | YP_003136459 |
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| Protein GI | 257058571 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5011] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 18 |
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| Fosmid unclonability p-value | 0.877734 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGACAGTGG CGATAGAAAA CTTAATTACC CCTGAGATCG TCAAACCTGC TCGTTATCTA
GGGAATGAGT TAGGATCTCA CCATAAATCT TGGCAAAGTT GCCAAGTTCG GTGGGTACTC
ACCTATCCAG AAATTTACGA GCTCGGAGCC TCCAACTTAG GCCATATTAT TCTCTACAAT
ATCCTTAACG CCCAACCCCG ACAACTGTGC GATCGCGCCT ATCTACCAGC CCCAGACTTA
GGGGAAAAAC TCCGTAGTAC CCAAACACCC CTATTTGCCC TAGAATCACG GTATCCCCTC
ATAGATTTCG ATATCTTAGG CTTTAACCTC AGCTATGAAC TCGGAGCAAC TAATATCCTA
GAAATGCTGG ATTTAGCGGG CATTCCCTTA ACTTGGCAAG AACGGGATCA AGGTAAATAT
CCCCTGATCT TTGCTGGAGG ACAAACCGCT ACCTCTAACC CCGAACCCTT CGCGGACTTC
TTCGACTTCG TTGCGTTGGG AGACGGAGAA GAACTCTTAC CCGAAATTGG CTTAGTCATC
GAAGAAGGAA AAGCCAATAA CCTGAATAAA GCCGATTTAC TGCTAGATTT AGCCCAAATT
CCGGGCGTTT ATGTTCCTCG CTTCTACGAT GTCGCCGAAG ATGGTTCCGT TCATCCTAAC
CGTCCCGATG TCCCCAAACG CATTTTAAGA CGGGTAGCAA CCCCTATTCC TGCCTATTCC
ATCGGGTTAG TCCCCTACAT CGAAACCATC CACGATCGCC TCGTGTTAGA AGTCCGTCGC
GGCTGTACCA GAGGGTGTCG GTTTTGTCAA CCCGGAATGT TAACCCGTCC CGCGCGAGAC
GTAGAACCCG AACAAATCAT CAATACCATC GAAAAAGGCA TCCGCGAGAC AGGTTTTAAC
GAATTTTCCC TGTTATCTCT GAGTTGTTCT GACTATCTTT CTCTCCCGTC GGTGGGTATT
GAAATCAAAA ACCGCCTGAA AAACGAGAAT ATTTCCCTTT CCTTGCCCAG TCAACGGGTA
GATAGGTTTG ATGAAAACAT TGCGAATATT ATTGGAGGTA TCCGTCAGTC GAGTTTAACC
TTTGCCCCCG AAGCAGGAAC CCAACGGATG CGCGATGTCA TTAATAAAGG GTTGACTAAC
GAAGAATTAC TGCGGGGTAT CCAAACCGCC GTTCAACAGG GGTGGGATCG CATCAAACTC
TATTTTATGA TTGGCTTGCC AGGGGAAACC GATCTTGATG TGATTGGTAT CGCCGAGACA
GTACGCTGGT TAAAGCGCGA ATGCCGTCCT AGGGGTAAGC GATCGCTGCA ATTTACCCTA
ACTATTTCCA ATTTCACCCC CAAACCCCAT ACCCCCTTCC AATGGCATTC GGTATCAGTA
GGAGAATTTA TTCGTAAACA GAAGCTACTA CGGGAAGAAT TTCGGGAAAT TCGCGGAGTT
AAGGTCAATT ATACTCAGGT GGCTATTTCG GCCATGGAGG ACTTTGTGGG ACGGGGTGAT
CGCCGTTTAG CTTCTGTGGT GCGTCGTGCT TGGGAATTGG GTGCGGGGAT GGACTCTTGG
TGGGAAAATG CCGATCAAGC TTATCAAGCG TGGACTCAGG CGATCGAAGA AGCGGGGTTA
ACCTGGAAAT ATCGTCAAGT CGAGGACGGA GAGTGGAATG TTTTTGAAGC ATCCGACTCC
TACGATGCAC CCTTGCCTTG GGACCATTTG GATACGGGAA TTGACAAGGA ATGGCTCAAA
ACTGACCTAA AACGGGCATT AGAAGCAGCA ACGGTTCCAG ACTGTGCCTT TGATGGCTGT
TCCCATTGTG GGGTCTGTGG CCTCGATTTT GGACACAATA TTGTGGTAGA ACCGCCCCCT
ATTCCTCAAT TTGAAGGGCA TTTTCAACCC AATCAGCATC GGGCGCAACG GATTCGGGTT
TGGTTTGGTA AAATCGGGAC AATGGCTTTA GTCAGTCATT TAGATTTAGT ACGTTTGTTC
GATAGAGCAG TGCGTCGGGG TGCGTTACCC ATTTCCTTTA CGGGGGGTTA TCATCCGGGT
CCGCGCATTT CCCTAGCCAA TGCGTTAAGT TTGGGCATAA CCAGTAGTGG AGAAATCGTT
GATTTTGAGT TAACTGAAAC GATGGAAATT GAAGAATTTC GTCGTATTTT AGCGGCTGAA
TTGCCTCCAG AAATTCCTAT TTATCAAGTG GAAGAAGTTG ATATCAAATC GTTGTCAGCA
ACTCGGTTAT TGGATCAAGC CGAATATTTA ATCACAGTAC AAACTGAGGA AGCAGTATCG
GTTGAACAAT GGCAAAGTTG GATCGATCAA GTGATTAATC GTTCGGAAAT TAGCTACGAA
AAGACGACAA AATCGGGTAA AAAGTCAGTG GTTAATTTAC GCGATCGCCT CTTTTCTTTA
GAGTTAGAAA TGGTTGTAGA TGATTATTTA GTGATGTTGA AATATATCGG TAGTTGTCGC
AATGATGGCA CGATGTTGCA GCCAGAACAG GTGATTTATA TGCTAGAAAC GGTGTCTAAA
ACGACAATAG AATTATTAGA GGTGCATCGT CAACAATTAA TCTTAAATAA TTGA
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| Protein sequence | MTVAIENLIT PEIVKPARYL GNELGSHHKS WQSCQVRWVL TYPEIYELGA SNLGHIILYN
ILNAQPRQLC DRAYLPAPDL GEKLRSTQTP LFALESRYPL IDFDILGFNL SYELGATNIL
EMLDLAGIPL TWQERDQGKY PLIFAGGQTA TSNPEPFADF FDFVALGDGE ELLPEIGLVI
EEGKANNLNK ADLLLDLAQI PGVYVPRFYD VAEDGSVHPN RPDVPKRILR RVATPIPAYS
IGLVPYIETI HDRLVLEVRR GCTRGCRFCQ PGMLTRPARD VEPEQIINTI EKGIRETGFN
EFSLLSLSCS DYLSLPSVGI EIKNRLKNEN ISLSLPSQRV DRFDENIANI IGGIRQSSLT
FAPEAGTQRM RDVINKGLTN EELLRGIQTA VQQGWDRIKL YFMIGLPGET DLDVIGIAET
VRWLKRECRP RGKRSLQFTL TISNFTPKPH TPFQWHSVSV GEFIRKQKLL REEFREIRGV
KVNYTQVAIS AMEDFVGRGD RRLASVVRRA WELGAGMDSW WENADQAYQA WTQAIEEAGL
TWKYRQVEDG EWNVFEASDS YDAPLPWDHL DTGIDKEWLK TDLKRALEAA TVPDCAFDGC
SHCGVCGLDF GHNIVVEPPP IPQFEGHFQP NQHRAQRIRV WFGKIGTMAL VSHLDLVRLF
DRAVRRGALP ISFTGGYHPG PRISLANALS LGITSSGEIV DFELTETMEI EEFRRILAAE
LPPEIPIYQV EEVDIKSLSA TRLLDQAEYL ITVQTEEAVS VEQWQSWIDQ VINRSEISYE
KTTKSGKKSV VNLRDRLFSL ELEMVVDDYL VMLKYIGSCR NDGTMLQPEQ VIYMLETVSK
TTIELLEVHR QQLILNN
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