| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1508 |
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| Symbol | |
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| ID | 7110565 |
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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_011729 |
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| Strand | - |
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| Start bp | 1659945 |
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| End bp | 1664066 |
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| Gene Length | 4122 bp |
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| Protein Length | 1373 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643479773 |
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| Product | WD-40 repeat protein |
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| Protein accession | YP_002376817 |
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| Protein GI | 218438488 |
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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 | 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 | 0.00000517344 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGGCTTCTT TTTACGATGT TTTCATCTCC TATGGCCGAG CGGATAGCAA ATTTTTTGCC
ACTCATTTGA GTCAAAGATT AATTGAAAAA GGGTTAAAGG TATGGTTCGA TAAAAATAAT
ATTCCTCTAG CCGTTGATTT TCAAACTCAA ATTAATGATG GAATAGAAAA AGCTCATAAT
TTTATTTTTA TTATTGCTCC TCATTCTGTT AAATCTTCCT ATTGTTCTCA AGAGATTGAG
CTAGCGGTTA AGTATAATAA ACGAATCATT CCTATTCTTC ATGTTAATTC GGATAGTTAT
TTAGACGTGA TGCACCCAAC TATCCGAAAA TTAAATTGGT TGTTTATGTC TGAAGACCCA
GAAGTTTTTG AAAAGGGTTT TACTGATTTA CTCCAGTTAA TTAACCATCA TTCGGATTAT
GTTAAACAGC ATACTAAGTT TTTAAATAAA GCTTTAAAAT GGCTAAGAAC CTATAAACAA
ACTCAATATC TTCTCTTTAA TCATGAGCGA AATGAAGCCG AATCTTGGTT AAAGAAAAAA
TTTGAAGATG AACAAGCTCC TTGTGAACCG ACAGAGTTAC ACTGTGAATA TATTACCGAA
AGTATTAGAA ACGCCAATAA TTTAATGACC GATGTTTTCA TTGGTTACAC TTCATCAGAA
CAAAAAATTG CCCAAAAAAT TAGTTATTAT CTTCGCCGAG AGAGTTTAAC AGTTGTTTTA
GAAGAATTAA GTGCTTATAA AAAGTTTCCT GAACAGTCCC TAATTGAGGC TGACAATGGT
ATTTATATTA TTTCTAATAC CTTTTTGCTT TCCGGGTTAG AATCAAAAGC TTTTGACCCG
GTTTTTAGAT ATCATAAACG AATCTTTGCT TTAGTCACTG ATAAAATTAT CCTCAATAAA
ATGGAGACTC AAATCAGAGA AAGAGAAATA ATAGAATTAA CCGATTTAGA CAATTTAAAT
TTAGGGATTA GTGAGTTAAT CAAAAAAATC CAAGAAGATG AGTATTATTA TAAACAACAT
AAAATGCTAT TAACTAAAGC GTTAAAATGG CAGTTACAGA ATTATAACCC CAGTCTTTTG
TTAAGAGGAT ATAATTTACA ACATTATCAA AGTTGGATGA AAATTGCTAA AAATCATCCC
GATCATCCTC CCATTGATTT ACAAGTTGAA TTTATAGGAG TAAGTAGCAA TCAACCTCCT
GACTCATCTA TAGAAGTGTT TATTTCTTAT TGTCCCAAAG ATATAGATTT TGCCAGAAAG
ATCAATGAAA ATTTACAAGA ATTAGGAAAA ACAACCTGGT TTGATCAAGA AAATATTGTT
GTAGAAAAGG AAGGTCGGCA AGAAATTTAT CAAGGAATTG CTAATTCAGA TAACTTTGTC
TTAATTATTT CCCCCGATTC TATTACCTCC TCTGATTGTG CCGAAGAATT TAATTATGCC
AAACAGTTAA ATAAACGAAT TATTCCGATT TTAGATCAAG AAATTGATCC ATTAATTTTA
CATCCAGATT TAAAAAAAAT TGCTAAAATT AATTTTAATC AAAATGAGCG AGATTTCTTA
GCTAATTTTA ATGAATTAGT GAGAACAATT CATCTAGACC GGGATCATGT TCACAGTCAT
ACTAAATGGT TACAGAAAGC TAGAGAATGG GAATTAAGTC AAAAAAATCC CGATTTATTA
TTAAGAATAA CAGAATTTTC TCTCGCTAAA AATTGGTTGT TGGAAAGTGA ACAGGAAGAT
AAAAAACCTC CTGCTACTGC CCTCCAAAAA GAATATATTC AAGCTAGTGA ATCCGCAATT
ATAGCAGCCC AAAAAGCCGA AAAAGAGCGA CAAGAAGAGA TCATCCGCTT ACAAAAAGAA
CGAACTCAAG AAGCAGAAGC TCGTCTAATT GAACAAAAAA AACGCATCAA AATCCAAAAC
GGATTATTAG TTTCAGCTAT TTTGGCTTTT TGTAGTGTTT TAGGGTTAGG ATTAGAAACC
TATTATCAAT ATCAAATCTC AATAAAAAAT GAAATTAAAG CCCTTACCGC TTATAGTTTA
GCCCTCTTTA GCCAAGGATT TGAGTTAGAA GCTCTAACCC AAGCTATCAA AGCGGGAGAA
AAATTAAAAC AATTAAACAA AACTGATGTA GACGTTGAAG TTGAAACAGC CCTCAAAGAA
ATCATTTTTA GAATTACTGA ATCTAACCAA TTAGTTAGAC ATAAAGGAGA TATTTTAACA
GTAAAATTTA GTCCTAATGG TCAAAAGATA GCAACAGGAA GTGCAGACAA TACCATAAAA
TTATGGGCAA TTGATGGTCG TTTAATTAAA ACATTATCGA AACATCGAGG CTCAGTCAAT
ACCTTAGCTT TTCGTCCTGA TGGACAGTTA TTAGCCAGTG GAAGTGTGGA TAATACTATT
ATTCTTTGGC AAGCAGACGG AACGTATCTA TCAACTCTAT CAGGACATAA AAATGAGGTG
ACATCCCTTA ATTTTAGTTC CGATGGTCAA GGGTTAGTTT CTAGCAGTAG AGATAAAACG
ATTAAACTTT GGAAGAGGAA TGAACAAGGA AAAAATTATC GTGAATTTAA ATCGATTAAG
GTAGATGATA AGGTTAATAC AGTGACTTTT AGTCCGGATG ATCGGTTTAT TGTTTCAGGA
CATGATAGCG GAAAAATTAA TCTTTGGAAA TTAGACGGCA CATTTTTAAA AACCATTGGT
TCTCATCAAG ACCGAGTGAC TAAAATAGTG TTTAGTCCTA ATAGTCAATT ACTGGCTTCT
AGCAGTTTTG ATGGAACAAT ACAAATTTGG CAGCAAGAGC CTAAAAACTT AACCGACTAT
CTAAAAACAC AAACTTTAAC CGGTGATGGA AGTAGAGTTT GGGATATTGC TATTACCACT
AACCTCAGTG GTCAATATAT TTTATTAGCT GGTTTCGATG ATACAATTAA TCTCTGGAAA
AACGATGGAA TTAAGTGGAA TTTGATATTT AGCGAATATG CTCATCAAGC AAAGGTAAGA
GCCGTAGCCG TTAGTCCCCA TATTAAGTTA AAAAATACTG AAACGATGAT TTTTGCTTCT
GCCAGTGCTG ATAATACAGT GCAATTATGG AATCCAGACC GAAGTAAATT ATTAAAACTC
GGTTTTAGTC ATGACAAGAC AATTTTAGCT GTGGATATCA GTCCCGATAA TCGCTTAATT
GCTTCAGCGA GTTTGGATAA AACTATTAAA CTCTGGACAA TCAAAGATAA TTTAACTAAT
ATTAAAACCC TCAGAGGACA TCAAGAGTCA GTGAATGGGA TTAAAATTAG TCCAGATGGT
CAATTTATGG CCTCTGCTAG TTCAGATAAT ACAGTTAAAC TTTGGACAAT TGACGGTAAA
CTTTTAAAGA CATTACACCA TGATGATGAT GTTTATGATG TAGATATTAG CTCAGATAGT
CAATGGATTG TTTCAGGAAG TAGAGATCAA ACAATTAAAA TTTGGGGACG GGATGGAACT
TTAAAAAAGA TATTACGAAA ACATACTGAT GGAGTTAGAA CAGTCGCTAT TAGTCCCGAT
GGCCAGTTAA TTGCTTCTGG GAGTTCAGAT GATACAGTTA AAATATGGCG TTTTGATGGG
ACTTTACTGA CAACGTTATC AGATCACCAA AGTCCGGTTT TAGGAGTTGA TTTTAGTTCT
GATAGTCAAA AGCTTATTTC TGGAGGGGAA GATCATATAA TTAAATTATG GACAAGAGAT
AGCTTCAATA AGTTTAGCTT AAATACGACT TTTGCTAATA ATTTTAGTAA AAATAGTGTG
CAGAATAATC AATCTATTTT AAATCTTAAA TTTAGTCCTA ACAATCAATT GATTGCTTCA
GCTAGTAATG ACGGAATCAT CAGATTTTGG GATTTAAATG GAAATTACAA GGCTATTTAT
CCAGGTCATG AAAATGAGGT ATATGGAATT AATTTTAGCC GAGATGGAAA ATTAATGGTT
TCTGGAGGTG CTGACAAAGC GGTAATCTTG TGGAATTTAA CAGAGAATAT CAGTCTCGCT
CAACTGTTAC AACATGGATG TCACTGGTTG AGAAACTATC TTAGCAATAA TCCCCCCTCA
CAGTCAGAAA ATATTTGTCA AGAATTTAAT AAAACTTCTT AA
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| Protein sequence | MASFYDVFIS YGRADSKFFA THLSQRLIEK GLKVWFDKNN IPLAVDFQTQ INDGIEKAHN
FIFIIAPHSV KSSYCSQEIE LAVKYNKRII PILHVNSDSY LDVMHPTIRK LNWLFMSEDP
EVFEKGFTDL LQLINHHSDY VKQHTKFLNK ALKWLRTYKQ TQYLLFNHER NEAESWLKKK
FEDEQAPCEP TELHCEYITE SIRNANNLMT DVFIGYTSSE QKIAQKISYY LRRESLTVVL
EELSAYKKFP EQSLIEADNG IYIISNTFLL SGLESKAFDP VFRYHKRIFA LVTDKIILNK
METQIREREI IELTDLDNLN LGISELIKKI QEDEYYYKQH KMLLTKALKW QLQNYNPSLL
LRGYNLQHYQ SWMKIAKNHP DHPPIDLQVE FIGVSSNQPP DSSIEVFISY CPKDIDFARK
INENLQELGK TTWFDQENIV VEKEGRQEIY QGIANSDNFV LIISPDSITS SDCAEEFNYA
KQLNKRIIPI LDQEIDPLIL HPDLKKIAKI NFNQNERDFL ANFNELVRTI HLDRDHVHSH
TKWLQKAREW ELSQKNPDLL LRITEFSLAK NWLLESEQED KKPPATALQK EYIQASESAI
IAAQKAEKER QEEIIRLQKE RTQEAEARLI EQKKRIKIQN GLLVSAILAF CSVLGLGLET
YYQYQISIKN EIKALTAYSL ALFSQGFELE ALTQAIKAGE KLKQLNKTDV DVEVETALKE
IIFRITESNQ LVRHKGDILT VKFSPNGQKI ATGSADNTIK LWAIDGRLIK TLSKHRGSVN
TLAFRPDGQL LASGSVDNTI ILWQADGTYL STLSGHKNEV TSLNFSSDGQ GLVSSSRDKT
IKLWKRNEQG KNYREFKSIK VDDKVNTVTF SPDDRFIVSG HDSGKINLWK LDGTFLKTIG
SHQDRVTKIV FSPNSQLLAS SSFDGTIQIW QQEPKNLTDY LKTQTLTGDG SRVWDIAITT
NLSGQYILLA GFDDTINLWK NDGIKWNLIF SEYAHQAKVR AVAVSPHIKL KNTETMIFAS
ASADNTVQLW NPDRSKLLKL GFSHDKTILA VDISPDNRLI ASASLDKTIK LWTIKDNLTN
IKTLRGHQES VNGIKISPDG QFMASASSDN TVKLWTIDGK LLKTLHHDDD VYDVDISSDS
QWIVSGSRDQ TIKIWGRDGT LKKILRKHTD GVRTVAISPD GQLIASGSSD DTVKIWRFDG
TLLTTLSDHQ SPVLGVDFSS DSQKLISGGE DHIIKLWTRD SFNKFSLNTT FANNFSKNSV
QNNQSILNLK FSPNNQLIAS ASNDGIIRFW DLNGNYKAIY PGHENEVYGI NFSRDGKLMV
SGGADKAVIL WNLTENISLA QLLQHGCHWL RNYLSNNPPS QSENICQEFN KTS
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