Gene Cyan8802_0946 details

Gene Information

• Locus tag: Cyan8802_0946
• ID: 8390255
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Cyanothece sp. PCC 8802
• Kingdom: Bacteria
• Replicon accession: NC_013161
• Strand: +
• Start bp: 965916
• End bp: 969311
• Gene Length: 3396 bp
• Protein Length: 1131 aa
• Translation table: 11
• GC content: 39%
• IMG OID: 644978962
• Product: hypothetical protein
• Protein accession: YP_003136715
• Protein GI: 257058827

Plasmid Coverage information

• Num covering plasmid clones: 10
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 20
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGCAAACG TTGAAGAAAA AAGTATGGTT CCTACTGTGT TAATAGGAGT AGGAGGAACT 
GGGGCAGAAA TTTTAGCAAG AATTAGACGG TTAGTCGAAG AAACCTATGA CAGTTTAGAG 
AATTTTCCTA TTCTTAGTTT TTTAGTTGTT GATACCGATA AAGATTATAA AATTAGTAAC 
CCTGAAGCGG GAGGAACTCC CTTTAAAGAT CACGAAAAAC ACTGGGCAAG TGTCAGTGGA 
AAACAAGTCA GTGATATGAT TTCTAATATG GAAAATTATC CTTGGATTGA TCGTTGGTTT 
CCCAGGGAAT TAGAAAGAAA TATTACTTCT TTAGAAGCAG GGGCAGGACA AATTCGCGCT 
TGTGGACGGT TTGCTTTATT TTGTAATTAT CATAGCATTC GAGATAAATT TTTAGCAGCT 
TGTGGCAGGA TAAAAGGACG TGAAACGTTC ATGCTTGATC GCTATGGCAT TAAAGTCAGT 
AGTAACGCTA TTAATGTGTT TATTACCGGT TCCCTCTCTG GGGGTACGGG TAGCGGAATG 
TTAATTGATT TAGGCTATTG TGTGCGAAAA TGGTTAACAG GAGAAGGGAG TCCTTTAGTA 
ACCGCTATTG TACCAATGCC CCAAGCGTTT GCGAGGATAA AAGTGGGCGA TCGCGTCTTA 
GCAAATGGCT ATGCTGCGAT GATGGAATTG AGTTATTTTT CGGACTATCG TACTGAATAT 
GTGAGTCAAT TTAGTAAGAA TTTAGCGGAT GAAGTTCGCA ATAACCGTCC TCCCTTTGAT 
TTTACCTATT TAGTAGGAAC AAAAAACGGG GAAAGTAGTG ATTTTAAACT CGAAGAAATT 
CGAGAAATGA TCGCCCAAAA TATCTTTTTA GATCTGACTT CTGATTTTTC TCCCCATAAA 
CGATCCATCC GAGATAATAT TAAATCTTCT TGGGCACAAG CTGATCCAGG GGGACGGGGT 
TATCCTAAAA ATTTCATGAG TTTTGGTTTA TCAACCGTAG AAATTCCTAT CTCCCAAATT 
CGCAGTTCTT TGTGTGCCCG TTTAGCCAAA GATTTAATTA ACTGGTGGTT AAATGATGCG 
ACTCCCTTAC CTGCTGATAC CATGGCATTA GTCAAAGGAG ATATCCTCAA AAGAATGCGT 
CTAACAGAAG TAGAATTATT ACAAGATTTA TCAGCAGCGC AAGATAAGTC CTATCTACAA 
GAGATGTCCC AATGGGTAAA CCAACTGCGA CAAAAAATTA ATACAGAAAA TTACCTACAA 
TGTACCGCAA CAGGGATTAA TTTTTTAGGG CAAGAACAGG GAAAAATTAA AGAATTAGAT 
CAATTCATTC GAGAAGAAGT TGATCAGTAT CGTCAGGATC ATTTACGAGA ATTGAGTCCC 
GATGAACGAT TACATGGAGA CTATTTTAAC CGTATTTATG ATAACCGCGA TCGCACCATT 
AATCAAGGTA GAAAAGCTTT AGAAGATGAA CTCTATCGGG TGTTAGAAGA TCGGAACTAC 
GGACCTAAAT TTGCTGAAGC TTTCATTATT ACCGTTCGAC AAGTCTTAGA TGATGCGAGG 
GAAAGATTTA GTCGAGAACA GAACCAAGTC TGGGGACAAA AAGAAAGCGA TCGCGCTAAA 
CAATACCAAC AAAGTTTAGA TGAATTAACC CAACTTAAAA CCCAATATGG ACTGACTAAA 
CAAGACAGAA TGGCAGTCTG TTGTGATACC ATTTTAACTA ATTTAGAAGG CTATTTAGTC 
GCTACGATTC AACGCAAAAC TCGCGCCGTT GCCTTAACCG TTATTGATCG CCTCAAAGAA 
CATTTAGACA CCTTAGAACG TCGTTTAAAC CGCTTCCGAC AAAGATTAAT TCAAACGAGA 
GATTATTTCG GACAACAAGC CGATCGTCAA GCGGAAAGTG CCGACGCTTT AAAGATTAAT 
GGAATTAAAC TCTATGAACG AGATAAACTC AATGAATTGT ATCAAGATCT CATTGAACAA 
TTAGCTGGAG AAAGTCAAGG AAACAAGAGT CGTTTTGACT TGGGGTTAGA TAGTATTTGT 
AGTACCCTAT CAGAAGATGT CCTAAAAGAT GCCAGTCCTT TGTGGAAGAA AACCCGTCGC 
GCGGATGAAT ATATGCGGTT ATTTGATCTG ACTCAAATTC CCGATGTTCA ACAGGACGAT 
CTCCAAGAAA TTATTCATCA TTATAGTCAG CAGATTGTTG TCGAAAGAAC CCCGAAAAAT 
AGCCGACTTT ACACCGATAT GGCAGCTTGC GATCGCCTGT TTAAACTGTA TAATGATGAG 
TCAGAAATTG AAAATCAAAT TCGTATTGCT TACAACAAAT CTAAACCCTT AATTTTAATG 
AATCAAGCGG TACTTTCCGG AAAAGATGCC GGGTTTACTC CTGCAACCAA TGTCAATGTT 
GCTATTTTAG GAGGAAGAAA TACCAGCGAT CCCGCCGCAC AAAAAATCTT ACCTTTGTTA 
GAACAATTTA TCAGCGAAGA TGCTATTAAA CCTCTGGGAT CTCCTGAACG ACATCGCCTA 
GTTTTTGTGC AAGAAACGGG AGGATTTTCC TTAAGATGTA TCGATGGAAT GCAAGAATTA 
CGACAGTCCT ATCAAGACTG GAAAGGGGAT AGTATTGAAG CCAAACGAGC CCAATTACGA 
GGGGAACCCA AGGACTTACC AATACCCGTT CATATTCAAA AAGAGCCCCC ATTTTGGGAT 
GTTTTCCCCG AAGATCCCAA GATTTTTCAA TTAGTTATTC AAGGACGATC CTTAAAAGTC 
CTCCGCTTAG ACAAAAACCA AGCAACGGGA GAGAATACCA TTCGTTATAC TCGTCCAACA 
AATATTGGTA CAGAAAATGT TGATATTGCT TCAACGTGGG AAGAAGCTTC GCAAATTTTA 
GAAGTTCGCG CTTGTCGTTC AGATCGTGAA GAAATTCAAC GACAAATTAC CCAAAAATTG 
ACCACAGCGC AAACCCCACA ACAAAAACAA AAGCTGTATC AAGAACTAAC CTATTATTTA 
GAAGAACGCG CCGAAGAGTT ACAAAAACAA GGCGGAAAAG ATAGCCCCGA ATATAAACGA 
GAAGCCGAGA TTATTAAACA ATTAATCACG GATTATAAAC TTTATTTTGA GACAACGGTA 
ATCTCAGAAA TTCCCCAAAC AATACAACCT CAAAAAGAGG CAGAAAAAGT TCATCAGGAA 
GTCAAGAATC TTACAAAAGA TGAACCAGAA CAAATTCCTC CGCAACCTCC CGTTCAACCA 
AAATGGTATG TTTATCGAGA GAATCAACAA ACGGGACCGT TTACTGGCGA TCAATTGTCC 
CAACAAAGCA TTACCCCTCA AACCTATGTT TGGTGTGCAG GAATGGACGG ATGGAAACTT 
GCTTCCCAAG TTCCAGAATT GAAGTTTCTT TTTTAA 

 

Protein sequence

MANVEEKSMV PTVLIGVGGT GAEILARIRR LVEETYDSLE NFPILSFLVV DTDKDYKISN 
PEAGGTPFKD HEKHWASVSG KQVSDMISNM ENYPWIDRWF PRELERNITS LEAGAGQIRA 
CGRFALFCNY HSIRDKFLAA CGRIKGRETF MLDRYGIKVS SNAINVFITG SLSGGTGSGM 
LIDLGYCVRK WLTGEGSPLV TAIVPMPQAF ARIKVGDRVL ANGYAAMMEL SYFSDYRTEY 
VSQFSKNLAD EVRNNRPPFD FTYLVGTKNG ESSDFKLEEI REMIAQNIFL DLTSDFSPHK 
RSIRDNIKSS WAQADPGGRG YPKNFMSFGL STVEIPISQI RSSLCARLAK DLINWWLNDA 
TPLPADTMAL VKGDILKRMR LTEVELLQDL SAAQDKSYLQ EMSQWVNQLR QKINTENYLQ 
CTATGINFLG QEQGKIKELD QFIREEVDQY RQDHLRELSP DERLHGDYFN RIYDNRDRTI 
NQGRKALEDE LYRVLEDRNY GPKFAEAFII TVRQVLDDAR ERFSREQNQV WGQKESDRAK 
QYQQSLDELT QLKTQYGLTK QDRMAVCCDT ILTNLEGYLV ATIQRKTRAV ALTVIDRLKE 
HLDTLERRLN RFRQRLIQTR DYFGQQADRQ AESADALKIN GIKLYERDKL NELYQDLIEQ 
LAGESQGNKS RFDLGLDSIC STLSEDVLKD ASPLWKKTRR ADEYMRLFDL TQIPDVQQDD 
LQEIIHHYSQ QIVVERTPKN SRLYTDMAAC DRLFKLYNDE SEIENQIRIA YNKSKPLILM 
NQAVLSGKDA GFTPATNVNV AILGGRNTSD PAAQKILPLL EQFISEDAIK PLGSPERHRL 
VFVQETGGFS LRCIDGMQEL RQSYQDWKGD SIEAKRAQLR GEPKDLPIPV HIQKEPPFWD 
VFPEDPKIFQ LVIQGRSLKV LRLDKNQATG ENTIRYTRPT NIGTENVDIA STWEEASQIL 
EVRACRSDRE EIQRQITQKL TTAQTPQQKQ KLYQELTYYL EERAEELQKQ GGKDSPEYKR 
EAEIIKQLIT DYKLYFETTV ISEIPQTIQP QKEAEKVHQE VKNLTKDEPE QIPPQPPVQP 
KWYVYRENQQ TGPFTGDQLS QQSITPQTYV WCAGMDGWKL ASQVPELKFL F