| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_1662 |
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| Symbol | |
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| ID | 7105524 |
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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 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | - |
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| Start bp | 1744614 |
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| End bp | 1747631 |
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| Gene Length | 3018 bp |
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| Protein Length | 1005 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643474733 |
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| Product | adenine specific DNA methyltransferase |
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| Protein accession | YP_002371869 |
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| Protein GI | 218246498 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4889] Predicted helicase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGTCTAAAT TATTAATTAG TCAATACCAC AGCGAAGTTG AAAAGATTAT TCAATATGGA
GGAAGTCGTA AGGAAACTTC TATCCGTGTT GCTTTCCAAA ATCTGTTAAA TGAGTATTGT
AAATTGCGGG ATTTTTTGTT AATTCCTGAG TTGGATTATC AAACAAAATC GGGTAATGTG
GTTTATCCTG ACGGGACGGT TAAGGATGCT TTGCGCTTAG ATTGGGGTTA CTGGGAAAGT
AAAGATCAAT ACGATAATTT AGATGTAGAA ATTGAGAAAA AATTGAGCAA GGGTTATCCT
AATGATAACA TTTTATTTGA GGATTCGCAA CAAGTAGTTT TAATTCAAGG GGGTGAAGAA
AAGCTACGGG TTTCTGTTCG GGATGTGGAG GGGTTAGATA CTGTTCTTAA TGCGTTTATT
AATTATGTTC GTCCAGAGGT TAAGGACTTT CGGGAAGCGA TAGAAAGTTT TACGGAAGAT
TTACCGACTA TTGTGGAAGC ATTGCGGGAG TTAATTGCTA AACAGTCGGA GGAAAATAAG
CGGTTTATTG AAGCAAGAAA TAAGTTCTTG AAAATCTGTC AAGACTCAAT TAATCCTGAG
ATTTCATTGT TAGATGTGCG AGAAATGATC ATTCAGCATA TTCTCACAGA AGATATTTTT
ATTAATATTT TTAATGAGTC CCAGTTTCAT CGGGAGAATA ATATTGCTAG GGAGTTACAA
GGGGTTATTG ATACGTTTTT TACGGGGACG ACTAAGCGTA ATACCTTGGG GACGATTGAA
CGGTATTATG CGGTAATTAG ACGAACTGCT GCGAGTATTT ATAATCATCA GGAAAAACAG
AAGTTTTTGA AGTCAGTTTA TGAGAATTTT TATAAAGCGT ATAATCCTAA AGCTGCTGAT
AGATTAGGTA TCGTTTATAC TCCTAATGAG ATTGTTCGGT TTATGATCGA AAGTGTTGAT
TATTTGGTGC ATAAACATTT TGGTAAGTTA TTATGTGATC CTGGGGTGGA AATTTTAGAT
CCTGCGACGG GAACCGGGAC GTTTATTACG GAGTTAATTG AGTATTTACC GAAGGATAAA
TTAAAGTATA AGTATCAAAA TGAAATCCAT TGTAATGAGG TGGCTATTTT GCCTTATTAC
ATCGCTAATT TGAATATAGA ATATACCTAT AAGCAGAAGA TGGGGGAATA TGAGGAGTTT
GATCATATTT GTTTTGTGGA TACGTTAGAT AATACGTCTT TTACGGGGAA GCAGTTAGAT
TTGTTTGCGA TGACGGTGGA AAATACTCAA CGCATTAAAG ATCAAAATGA TCGCCAAATT
TCGGTTATTA TTGGCAACCC TCCTTATAAT GCTAAACAAG AGAATTTTAA TCAAAATAAT
GCTAATCGAA AATATACAGA AATTGATAAA CTCATCAAGG ATACTTATAT TAAACAGGGA
ACAGCACAAA ATAAAAATGT TGTGTATGAT ATGTATACTC GGTTTATCCG ATGGGCTTCT
GATAGACTAA ATAAAGATGG TATTATTGCC TTTATTACTA ATTCTTCTTT TTTAGATGCT
TTAGCGTTTG ATGGATTTAG AAAAAGTATT AAAGATGAAT TTTCCTATGC TTATTTTATT
GATTGTGGGG GTAATGTTAG AGCAATTTCA GGTAAAGATG GGATTTTTAT CTGTGAAAAA
CACACTATTT TTGGAACTGC TGCAATGACG GGTATTGCTA TCTTATTTTT AGTCAAAGAT
AGTCAAGCAA CAGGAAATAA GATTTTTTAT GCTAACCCTT TTCATGTTCA TGAATTACGA
GAAAATAAAT TATCCTACCT TCAACAAAAT AGTATTTCTA AGATTTCTTT TGAACACATT
CATCCTAATA AAAAGAATAA CTGGTTAAAT CAAGCAAATA ATGATTTTGA TGATTTATTA
CCTTTGATGG ATAAAGAGGT TAAAGCAGGT AAGTCAACTG AAGCAATATT TAAGTTATTT
TCATCAGGAC TTAAAACCCA TAGAGATGAG TGGGTTTATG ATTTTTCTCA AGATGAACTT
GAAAAGAAAA TGAAATTCTT TATAAATACT TATCAAAAAA CATTAGAAGA TAATGACTAT
ACTGAGAAAG ACTTAATTAA GTGGGATGCA GACTTAAAAC AATATCTTAA GAGAAATATA
TCTAAAGAAT TTGATAATCA GAATATAGTA GAAAGTTTAT ATCGTCCCTA TATTAAAGAG
TTTCTCTATT TTGATAAGCA TTTTAATGGT AGAACTTATC AATGGTTTAA TCTTTATCAA
ACAGAAAATA AAAATTATTA TATTTGTTTA TCTGGTGTTG GTGGATCAAA ACCTTTTCAA
AATTTAGTAA CATATTATAT AACTTGTCTT GACTGTTTAG AAAAAACTCA ATGTCTCCCC
TTATACACCT ACGACGAAGA AGGAAACCGA ATAGACAATA TAACCGACTG GGGACTAGAA
CAAATACAAA CCCATTATCA GGATAAAAGC ATCACAAAAC TCGATATATT TCATTACACT
TACGGAGTCT TACATAACCC CGAATACCGA CAAAAATATG AATTAAACCT AAAGCGAGAA
TTTCCGCACT TACCCTTGTA TGAAAACTTC TTTCAATGGG TAGAATGGGG ACAAAAACTA
ATGGACTTGC ATATTAACTA TGAAACCGTC GAACCCTATC CCTTAAACCG CATTGATATC
CCCTTAAAAA ACGAAAATGC TACCCCAAAA CCAAAACTAA AAGCAGACAA ACCCAAAGGA
ATTATTATTA TTGATGATAT TACCCAATTA CAAAATATTC CTGCTATTGC GTGGGACTAT
AAATTAGGCA ACCGTTGCGC GTTAGAATGG ATATTAGATC AATATAAAGA AAAGAAACCG
AAAGATCAAA CCATAGCCGA AAAATTCAAT AATTATCGTT TTTCTGACTA CAAAGAAATT
GTTATTGACT TATTACAAAA AGTGTGTTGC GTTAGCGTCG AAACCATGAA AATTATTGAA
GAAATGGAAC GAAAATAA
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| Protein sequence | MSKLLISQYH SEVEKIIQYG GSRKETSIRV AFQNLLNEYC KLRDFLLIPE LDYQTKSGNV
VYPDGTVKDA LRLDWGYWES KDQYDNLDVE IEKKLSKGYP NDNILFEDSQ QVVLIQGGEE
KLRVSVRDVE GLDTVLNAFI NYVRPEVKDF REAIESFTED LPTIVEALRE LIAKQSEENK
RFIEARNKFL KICQDSINPE ISLLDVREMI IQHILTEDIF INIFNESQFH RENNIARELQ
GVIDTFFTGT TKRNTLGTIE RYYAVIRRTA ASIYNHQEKQ KFLKSVYENF YKAYNPKAAD
RLGIVYTPNE IVRFMIESVD YLVHKHFGKL LCDPGVEILD PATGTGTFIT ELIEYLPKDK
LKYKYQNEIH CNEVAILPYY IANLNIEYTY KQKMGEYEEF DHICFVDTLD NTSFTGKQLD
LFAMTVENTQ RIKDQNDRQI SVIIGNPPYN AKQENFNQNN ANRKYTEIDK LIKDTYIKQG
TAQNKNVVYD MYTRFIRWAS DRLNKDGIIA FITNSSFLDA LAFDGFRKSI KDEFSYAYFI
DCGGNVRAIS GKDGIFICEK HTIFGTAAMT GIAILFLVKD SQATGNKIFY ANPFHVHELR
ENKLSYLQQN SISKISFEHI HPNKKNNWLN QANNDFDDLL PLMDKEVKAG KSTEAIFKLF
SSGLKTHRDE WVYDFSQDEL EKKMKFFINT YQKTLEDNDY TEKDLIKWDA DLKQYLKRNI
SKEFDNQNIV ESLYRPYIKE FLYFDKHFNG RTYQWFNLYQ TENKNYYICL SGVGGSKPFQ
NLVTYYITCL DCLEKTQCLP LYTYDEEGNR IDNITDWGLE QIQTHYQDKS ITKLDIFHYT
YGVLHNPEYR QKYELNLKRE FPHLPLYENF FQWVEWGQKL MDLHINYETV EPYPLNRIDI
PLKNENATPK PKLKADKPKG IIIIDDITQL QNIPAIAWDY KLGNRCALEW ILDQYKEKKP
KDQTIAEKFN NYRFSDYKEI VIDLLQKVCC VSVETMKIIE EMERK
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