| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5355 |
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| Symbol | |
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| ID | 7112761 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011737 |
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| Strand | + |
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| Start bp | 203 |
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| End bp | 4438 |
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| Gene Length | 4236 bp |
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| Protein Length | 1411 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643483748 |
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| Product | WD-40 repeat protein |
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| Protein accession | YP_002380757 |
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| Protein GI | 218442436 |
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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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| 
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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 | 22 |
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| Fosmid unclonability p-value | 0.113671 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAATAT TCAATTTTAG TCCCCGTATT TTCGGGTTTA AAAAGCCATC TGAGACAGGC
TTGATTGAAA TTCAGATCAC CGATGAGCCT CAAAGAGAGA TAAAAGGAAA TATTATTTTT
GTTCATGGAT TAGGAGCCGA TAGGCGGCTG ACTTGGTACT ATCAAAATGC AAAACAACCA
AATGGGCATG AAAATGACTT TTGGCCTCGT TGGTTGGGAG AAGATTTGCC AGGTTTTCGG
ATATGGCTGT TCGGTTATAA TGCCAAGAAA TTTTTTCTAG AACCAGGACA AGCAGCCTCT
CGCTATGATC AAGCAGGAAA TTTACTGGAG CATCTCAAAG CTAAGGAATT AGATAAGTAT
CCTCTCTGGT TTGTCGCTCA TAGCTTGGGA GGATTAGTCG TCAAAGAGAT GTTGCAAGTA
GCCCAAATCA ATAATGATAA TGAGAAAATT ATCCAGCGAG TCAGGGGAGT AGTGTTTTTG
GCAACACCTC ATGTCGGTTC CGATTTAGTT AAGTTAGGAA ACATTATTGA AAGGATTTCA
ATGGGATTGT TGGGTCTGTC GGTAAGCACA AGAGAGTTAG AAGCCCATAA TGCAGGATTG
CAACTGTTAG ATGAATGGTA TCGCCAGCAA GCAGTAGCTC TAGAAATTGC TACCTTACCT
TTCTATGAAA TGTATGATAC TTGGGGAATA AAAGTAGTCG ATGGAGATAG TGCCAATCCC
AAAGTGAGCA ATCAAGAACG TCCAATTGCA GTAGAAGCCA ATCACATAGA AATAGCCAAA
TGCTGTTCAA AAGATAATTT AGTCTATACG CGAGTTAAGC AATTTATTAT GAAAAGTTCA
CAAATTAAGA GTTTTAGTCA AACTGAGAGT ATGGTAGCTA TTAGTCGGGA AAACTTATCA
GAAATGCCAA CAATTTACCA CCAATTTTTA GGGCGTGAGG ATGATTTATC GACTTTAAAG
CGTTGGATTA TTGCTGAGAG AACTCGTGTA GTTATGCTGC ATGGAATGAA AGGGATTGGA
AAAACATCTT TAGCAGTTGA AATCACAAAA TCTATAAAAC AAGACTTTGG TATTATTTCT
TGGAAAGATA TCCGATACGT TACCTCTTTA GATGATTTAT TAGAAAACTT GCTTAAGGAT
TGGTTGGGTC AGGGACAGGG AAATATTACG CCTTTCAAAC ATCGTATTAA AACGATAATA
AACTACTTAA ATGAACATAA ATGTTTATTA ATTTTAGATG ATATTACAGA TTTGATAAGA
GATAAAGAAG AGTCTAAAAA ACTTAGTGAG TTTGTTAGAC AAGTTTCTGA AATAAATCAT
CAAAGTTGTT TACTAATAAC AGGCTCTGAA GAATTAACAA ATATTAATAT CTCTAGAAGC
TCTCACTACC AGAGTCATCA AGTTAAAGGG TTAAACGTTG AAGATATTGA AAAACTTCTT
CAATCAGAAG ACGATCCTCT ATATCCTTCA ATACAAACAG AAGAAGGACG ATCTACGTGG
GAAAATTTAT GCAGTTATTA TGGGGGACAC CCCAAAGCTT TAGAAATTGC TGCTAATACA
ATTAGACAAA TTTTTGGTGG CGATATTCAC CAATTTATCG AACCTAGAAT TAGTCATGGA
TATCCTACAA TTTCAGAGGC TATTCAAAAT TTACTGAATC AACAGTTTAG GAAATTAGAT
AGAGAAGAAA AAATTATTAT GTATGCCCTG GCAGTTGAAG GAGTGCCACT TTGCTTTGAT
AAGCTGAAGG AAGATTTAAA ATTCTCTTGC GACGAAACAA AGCTGCAAAA ACTGCTTTAT
TTCGGCTTAG TTGAAAAACG ACAAAATCAA ACAACAGACC CAACCAAATT AAAGAGTCAG
TTTATCCAAA TTCCGTTTGT TATAGATTAT GTAGTTGATC AATTAATTTC AATAATTATT
GAGGAAATCA AAACCGGTCA ACTATCTGTT TTGAAAGAGA TTATTCTTCG TAAAGCTCAG
GCTAAAGATT ATATTAAAGA TGTACAAATC CGTCGTATTG TTAAGCCAAT TGTAGAGGGA
CTTGTCAGAG AATTGGGAAA TAAACAAGCT TTAGAAAACC ATCTATTCCA ATTAGTAGAG
AATTTACGTG AACAACGGCT CACCTGCGGG TATGCAGTCG GAAACATTAT TAACTTACTA
TTAAATTTAG GAACTGATTT AAGTAATCAG AATTTCTCCA ATTTGGTAAT TTGGCAGGGG
GATTTTCAGG GAATTTCTCT GCGTCATACG GATTTTACCA ACTCTGATCT TAGTAAATCT
AGATTTTCCG AAACTATGAG TAGTGTGTTA TCGCTTGCTT TTAGTCAAGA GGGTGAGTAT
TTTATAACTG GTGAAGGGAA TGGAGATCTT CGTGTCTGGC GAATTAAAGA TTTAACTCAA
ATACAAATGT TGAAAAAAGC TCATATTAGT CAAGTTTGGG CAGTGGCTTT TCATCCTAAA
AAAAATTTGT TCGTTAGTGG GAGTGAAGAC GGAACGGTTC GTCTATGGCG ATGGGATGAA
GAGAATGCTC ATTCGCCCCA AAATCTTGAA TCACAGCAAC TTCAATCCTC TGTTCGAGCA
ATTGCTTTTA GTCGGGATGG GGGGTTTTTG GCTATTGCCA ATGATCAATG TATTACTTTA
TGGGATTTCA GAGGGGATGA CACTCCGATT AAATATTTCA ACACCTTACC TATTGCAGAA
GTTTCTGCTA TTGCCTTTGC TCAAACAAAG GATAACGTTT CAATCTTAGC CACTGGCAGT
CAAAATGGTA CGGTAAGTCT ATACAATGTA AGGAGTGCAA AACAATTGGG TCAATCGAAG
CACCATAACG AGATTATTCG CAGCTTAAGT TTCAATCCTA CAAATGACAC ATTAGCGACT
GCTAGTGAGG ATGGTACAGT ACATTTTTGG GATATTGGCA ATCTTTCCTC TTATCAAGTT
TTAAAAGATC CCTTTATGAG AAAAATATGG GCGTTATCTT TTAGCCAAGA TGGAAAATTT
TTGGCTACCG GCAGTTTGGA TAGCAATGAC AGAGGCCCAG AAGAATATAA TGTCCGGTTA
TGGGAGCTTA GTAGCTATAC CACCGAAGTT TTGAAAGGAC ATAGACATAG CAAGCAGCTA
CGTTGTTTGG CTTTTTGCCC GAACCCTAAC CAGTCAGACC TACTCGTCAG TGGTGGGGAT
GATCGTAGTA TTAAATTTTG GAATGTTACA GAACATAAAT GTGAGAAAAC TGTTCAAGGA
TTTAGGAATA GAATTTGGTC AGTGGTTTTT AATTTTACTA ATTCAATGAT TGCTTGTTCA
AGTGAAGACA ATCAAATTCA TTTATGGAAC AAAAGTGAGC AACAGACATG GAAATTTTTC
AAGTCTTTAT CTGGCCATAC TGATTCAGTT TGGTCTGTAG CATTTAGTCC TAATGACCAT
TGGTTAGCTA GTGGCTGTGA GGACGGTCAA GTACGTCTTT GGAATCTAGA AACGGGAAAT
TATATTCTTT TAAAGGGACA TAATAATCGA GTTCGCATAG TCGTATTCAG CCCTGATGGA
AAATGGTTAG CAGGGGGGGG AAATGACCGT AGTGTCATCT TATGGAATGT TGAAACCGGA
GAAATTTTTC AAAAACTAGA TGAAGAGCAT AATGGACACC AAAGACGAGT GCTATCGATT
ACTTTTAGCT CTGATGGCCA ATTCATTGCT AGTAGCAGCC GAGATCAGAC GATTCGTGTC
TGGGATCTTA ATTCTCCAAC GATTGGCCCT ATGGTAATCT TGAATGAACA TAAGGATCAG
GTTCACTCAA TAGCCTTTAG CCCACAAGAT AGTAACCTAT TAGTTAGTGG TAGCTTTGAT
AAAACAGTAA AATTATGGGA TGTCGCCAAT TCCAACGTTA TTAAAACTTT TGAAGGTCAT
AAAAAAGGAG TGCTTTCGGT AGCTTTTGCT CCCAATGGAC AAATAGTTGC CAGTGGAGGA
CACGATCAAA CTATCAGATT ATGGGATATT AACGGAAATC ATTTAAGTAA TTTAGAAGGT
CATAAAGGAG CAGTGGAATC TATGGTTTTT AGCCAAGATT CTGAGACAAT AGCTACTGCT
AGTCAAGACG AAACTCTAAA AATTTGGAAG ATTTCCACAA ACCAGTGTCT TCAAACTTTA
AGTCCAGAGA AGCCCTATAA GGGAATGAAG ATTGCTGGTA TTCAAAATTT AGGTATTGCA
AAAGCTCAAC TTATCGAATT AGGGGCGATC GAGTAA
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| Protein sequence | MEIFNFSPRI FGFKKPSETG LIEIQITDEP QREIKGNIIF VHGLGADRRL TWYYQNAKQP
NGHENDFWPR WLGEDLPGFR IWLFGYNAKK FFLEPGQAAS RYDQAGNLLE HLKAKELDKY
PLWFVAHSLG GLVVKEMLQV AQINNDNEKI IQRVRGVVFL ATPHVGSDLV KLGNIIERIS
MGLLGLSVST RELEAHNAGL QLLDEWYRQQ AVALEIATLP FYEMYDTWGI KVVDGDSANP
KVSNQERPIA VEANHIEIAK CCSKDNLVYT RVKQFIMKSS QIKSFSQTES MVAISRENLS
EMPTIYHQFL GREDDLSTLK RWIIAERTRV VMLHGMKGIG KTSLAVEITK SIKQDFGIIS
WKDIRYVTSL DDLLENLLKD WLGQGQGNIT PFKHRIKTII NYLNEHKCLL ILDDITDLIR
DKEESKKLSE FVRQVSEINH QSCLLITGSE ELTNINISRS SHYQSHQVKG LNVEDIEKLL
QSEDDPLYPS IQTEEGRSTW ENLCSYYGGH PKALEIAANT IRQIFGGDIH QFIEPRISHG
YPTISEAIQN LLNQQFRKLD REEKIIMYAL AVEGVPLCFD KLKEDLKFSC DETKLQKLLY
FGLVEKRQNQ TTDPTKLKSQ FIQIPFVIDY VVDQLISIII EEIKTGQLSV LKEIILRKAQ
AKDYIKDVQI RRIVKPIVEG LVRELGNKQA LENHLFQLVE NLREQRLTCG YAVGNIINLL
LNLGTDLSNQ NFSNLVIWQG DFQGISLRHT DFTNSDLSKS RFSETMSSVL SLAFSQEGEY
FITGEGNGDL RVWRIKDLTQ IQMLKKAHIS QVWAVAFHPK KNLFVSGSED GTVRLWRWDE
ENAHSPQNLE SQQLQSSVRA IAFSRDGGFL AIANDQCITL WDFRGDDTPI KYFNTLPIAE
VSAIAFAQTK DNVSILATGS QNGTVSLYNV RSAKQLGQSK HHNEIIRSLS FNPTNDTLAT
ASEDGTVHFW DIGNLSSYQV LKDPFMRKIW ALSFSQDGKF LATGSLDSND RGPEEYNVRL
WELSSYTTEV LKGHRHSKQL RCLAFCPNPN QSDLLVSGGD DRSIKFWNVT EHKCEKTVQG
FRNRIWSVVF NFTNSMIACS SEDNQIHLWN KSEQQTWKFF KSLSGHTDSV WSVAFSPNDH
WLASGCEDGQ VRLWNLETGN YILLKGHNNR VRIVVFSPDG KWLAGGGNDR SVILWNVETG
EIFQKLDEEH NGHQRRVLSI TFSSDGQFIA SSSRDQTIRV WDLNSPTIGP MVILNEHKDQ
VHSIAFSPQD SNLLVSGSFD KTVKLWDVAN SNVIKTFEGH KKGVLSVAFA PNGQIVASGG
HDQTIRLWDI NGNHLSNLEG HKGAVESMVF SQDSETIATA SQDETLKIWK ISTNQCLQTL
SPEKPYKGMK IAGIQNLGIA KAQLIELGAI E
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