| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_4475 |
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| Symbol | |
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| ID | 8393827 |
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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 | 4625913 |
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| End bp | 4629398 |
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| Gene Length | 3486 bp |
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| Protein Length | 1161 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 644982382 |
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| Product | WD-40 repeat protein |
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| Protein accession | YP_003140093 |
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| Protein GI | 257062205 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.416267 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCTAA CGACGGAAAA ACCTTATATC TATAAAGTGG GTGGTAGTCT CGCGTTTGAT
CATCCTACCT ATGGAGAACG TCAAGCTGAT CGAGAGTTAT TAGACTCATT GAAAGTAGGT
AAATTTTGTT ATATTTTTAA CTGTCGTCAG ATGGGAAAAT CGAGCCTTAG AGTTCGTGCG
ATGCACCAAC TCCAAGCAGA AGGAATGAGT TGTGCATCGG TGGATATTAC CAGTTTAGGG
AGTGATATTA GTCAACAGCA ATGGTACAGT GGCATTATTA CGCAATTATT TCTCGGATTT
AATCTGGTTG GCAAAATTAA TCTGAAAATG TGGCTACGGG AACGAGACGA ATTATCGGGG
GTACAAAAAT TTAGCCATTT CCTTGAAGAA GTCTTATTAG TTCACTGTAA AGGCGAAAAA
ATTTACATTT TTATTGATGA AATTGACAAA GTTCTGAGTC TGAATTTTTC CCTAGATGAT
TTCTTTACTT TAATTCGCTT TTGTTATAAT CAACGAGCAG AAAATAAAAA CTATGAACGA
CTGGTATTTG CATTATTTGG CGTGGCCACT CCTTCCGATT TAATCCGAGA AAAAACCCAA
ACTCCTTTTA ACATTGGTCA ACCCATTGAA TTGACGGGGT TTACCCTAGA AGAAGTTGCC
CCATTAGCAT CAGGGTTAAG ACTGATTGCA AACCGTCCTA ACGAGGTTTT AAAAGCCATT
TTAGACTGGA CAGGAGGACA ACCTTTTTTA ACCCAAAAAC TCTGTCAATT GCTCTTAAAA
ACCCTAGAAA CGATTCCTCA AGGACAAGAA GAAGAAACCG TTGCAAAGGT TGTTAAAGAC
TTGATTATTA ATAATTGGGA ATCTCAGGAT GAACCCGTAC ATTTGAAGAC GATCCGCGAT
CGCCTTCTCC GCAATGAAAA ACGAACAGGA AGACTGTTAG GATTATATCA ACAGATTCTG
CAACAGGGAT TAATAGAAGC TGATGATAGT CCCGAACAAA CGGAATTACG ACTCTCAGGA
ATCGTGGTTA AACGAGATAA TAAGCTAGTG GTTTATAATC CTATTTACGA AGCTGTTTTT
AATCCTAAAT GGGTTAGTAA AGAACTCGAA AAGATTCGCC CCTATTCTGA ATCGATTACC
GCTTGGATTG CATCTAATTA TGAAGATAAG TCTCGTTTAT TGCGAGGACA AGCCTTAAAA
GATGCCCTAG GTTGGGCGAT GGATAAAAAC TTAGGCAATA TTGATTATCA GTTTTTAACT
GCTAGTCAGA AATTAGATAA ACGCGAAGCA GAATTAAATT TAGCTGCCGA AAAAGAAGCC
AATGAAATTT TAACTCAAGC CAATCAAAAA GCCCAACGAA TGATCCGAAT TGGGTTAGGA
ATTTTAGTCG TGTCTTTAGT TGGTGCGCTA ATTTCCTTTA CCCAAGCAAG ATCGGCTATT
CAAAAGCAAC AAGAAGCTAA AAAAGGAAGT CAATTAGAAC AAATGGGAGA TAGTGCTTGG
CGACAATTTG AATTTGAACA ACTTGATGGG TTAATATCAG CAATGGAGGG CGTACAAAAG
TTAAAAACTA TTGTTAAAGA TCAACGAATA CTAAAAGACT ATCCAGCCAC TCGTCCCATT
ATTGTCCTAG AACAAATTCT TGATCGCATA CACGAAAAAA ACAAATTAAC TGGTCATGAA
GATGCCGTCA ATAGTGTTAC TTTTAGTCCT AATGGTCAAT TAATTGCCAC CGCATCTAGT
GATGGAACCA TTCGTCTGTG GGATCGCCAA GGACGACAAA AAACAGTTAT TACAGGACAT
AAAGGTAATA TTTATCGAGT CACTTTTAGT CCCGATGGTC AACTTATTGC CAGCGCATCC
CAGGATAATA CCGCCAAAGT TTGGAACTTA CAAGGGCAAG AATTAATGAC ACTTAAAGGT
CACAATTCAT CCGTTTATAG TGTTAGTTTT AGTCCAGATA GCAAACACCT TCTAACCACT
TCTAGGGATG ACACAGCCAG AATTTGGGAC TTACAAGGAC ACCAACTTGC TATCTTAAAA
GGTCATGAAA AATCGATTGA TCATGGTGTA TTTAGTCCCG ATGGTCAACG CATTGCCACA
GCCTCACGGG ACGGAACCGT TAGAATTTGG GATAATCAAG GAAATCTCTT GAAAATCTTG
AAGGATAGCG TAGATTCTTT TTATAGCGTT AGTTTTAGTC CCGATGGTCA ACGTTTAGCC
TCTTCGGCAA AAGATGGAAC TGTTAGAATT TGGGATAATC AAGGAAAATC AATCTTAACT
CTCAAAGGTC ATCAAGAATT AGTAAAAAAT GTCACCTACA GTCACGACGG CAACTGGATA
GCTACTGCAT CGAGTGATGG AACCGCTAGA GTATGGAACA CTCAAGGACA AGAAGTGATG
GTCTTTCGAG GCCATCAAGA CCCTGTTTAT GATGTGGCTA TTAGTTCCAA TAGTCAAGAA
TTAGCAACCG CATCGAGTGA TGGAACAGTC AAACTTTGGC ACATCAACTC ACCTCAGCAA
GAAGGGTTTA ATACCCTTGA TACCTATGTG ACAGCCGTGA GTGTATTTCC TGATGATCAA
TTATTAGCGA TCGCGTCTGA AAATGGTCAA GTTTATCTGT GGAATTTACA AGGAAAATTT
CTCTGGGAAT TTGAAGGACA CAATACCGGG ATTAATAGTT TGAATTTTAG TCCAGATGGT
CAAAAAATTG CGACGGCTGA TAACAATGGC CGAGTTAAAT TATGGGATCG AAAAGGAAAT
ATTTTAGCGG AATTATTTGA CAATTCAGTT AGGGTTTATA GTGTCACTTT TAGTTCTGAT
AGTAATTTAT TAGCGATCGC TACCCGTTCA GGAGAAGTTT GGCTATGGAA TATCGAAAAA
ATGCCTCCCC AATTGATTCA TCAATTTACA GCCCATCAAG AAACTATTTA TCAACTGAGT
TTTAGTCCTG ATGGACAAAC TTTAGTCACA GCTTCTGGTG ATAAAACAGC TAAATTATGG
GACTTACAAG GAAATTTACA GCAAGAATTT TTAGGACATA CTGCTCAGGT AAATGGGTTA
GCTTTTAGTC CTAATGGTCA ATATTTATTA ACTGCGTCTG AGGATAGCAC TGCCAAATTA
TGGGATCTCA AGGGTAATGT TTTAGCAACC TTAGAAAGCG ATCTTTTTCC AGTTTCGCGT
GTTAATTTTA GTCCCGATGG CCAAAAATTA GCGACTGCAT CACGCGATGG AACAGTTAGA
TTGTGGGATC TTGAAGGTCA TCTTCATACT CAAATGAAAG GACATCAAGA AGCGATTGGA
GAATTACAAT TTACTCAAGA TAGTCAACAG TTAATAACGA TAGATAGGGA TGGTGCAGTC
AAGATTTGGC CAGTACAAGA AGAGTTTGTT CGCCTAGAAA ATCTCTTTAA TAAAGGATGT
CAATGGCTAC AAGATTATTT AGTCACTAAT CAGGAGGAAA AAGCTAAACT AGAGGCCTGC
CAATAG
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| Protein sequence | MNLTTEKPYI YKVGGSLAFD HPTYGERQAD RELLDSLKVG KFCYIFNCRQ MGKSSLRVRA
MHQLQAEGMS CASVDITSLG SDISQQQWYS GIITQLFLGF NLVGKINLKM WLRERDELSG
VQKFSHFLEE VLLVHCKGEK IYIFIDEIDK VLSLNFSLDD FFTLIRFCYN QRAENKNYER
LVFALFGVAT PSDLIREKTQ TPFNIGQPIE LTGFTLEEVA PLASGLRLIA NRPNEVLKAI
LDWTGGQPFL TQKLCQLLLK TLETIPQGQE EETVAKVVKD LIINNWESQD EPVHLKTIRD
RLLRNEKRTG RLLGLYQQIL QQGLIEADDS PEQTELRLSG IVVKRDNKLV VYNPIYEAVF
NPKWVSKELE KIRPYSESIT AWIASNYEDK SRLLRGQALK DALGWAMDKN LGNIDYQFLT
ASQKLDKREA ELNLAAEKEA NEILTQANQK AQRMIRIGLG ILVVSLVGAL ISFTQARSAI
QKQQEAKKGS QLEQMGDSAW RQFEFEQLDG LISAMEGVQK LKTIVKDQRI LKDYPATRPI
IVLEQILDRI HEKNKLTGHE DAVNSVTFSP NGQLIATASS DGTIRLWDRQ GRQKTVITGH
KGNIYRVTFS PDGQLIASAS QDNTAKVWNL QGQELMTLKG HNSSVYSVSF SPDSKHLLTT
SRDDTARIWD LQGHQLAILK GHEKSIDHGV FSPDGQRIAT ASRDGTVRIW DNQGNLLKIL
KDSVDSFYSV SFSPDGQRLA SSAKDGTVRI WDNQGKSILT LKGHQELVKN VTYSHDGNWI
ATASSDGTAR VWNTQGQEVM VFRGHQDPVY DVAISSNSQE LATASSDGTV KLWHINSPQQ
EGFNTLDTYV TAVSVFPDDQ LLAIASENGQ VYLWNLQGKF LWEFEGHNTG INSLNFSPDG
QKIATADNNG RVKLWDRKGN ILAELFDNSV RVYSVTFSSD SNLLAIATRS GEVWLWNIEK
MPPQLIHQFT AHQETIYQLS FSPDGQTLVT ASGDKTAKLW DLQGNLQQEF LGHTAQVNGL
AFSPNGQYLL TASEDSTAKL WDLKGNVLAT LESDLFPVSR VNFSPDGQKL ATASRDGTVR
LWDLEGHLHT QMKGHQEAIG ELQFTQDSQQ LITIDRDGAV KIWPVQEEFV RLENLFNKGC
QWLQDYLVTN QEEKAKLEAC Q
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