| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_2433 |
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| Symbol | |
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| ID | 7110744 |
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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 | 2706790 |
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| End bp | 2710953 |
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| Gene Length | 4164 bp |
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| Protein Length | 1387 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 643480689 |
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| Product | hypothetical protein |
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| Protein accession | YP_002377721 |
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| Protein GI | 218439392 |
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| COG category | |
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| COG ID | |
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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 | 62 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTTGGA AGCGATTTTT AAGAAGAGAT TGCCCTATCT GCGGTGGGAC TCGTAAGGAC
TGTCGCCAAA ATACCGTAAC CGAATTGGTT CACTGCCGAG AACTCGATGC TACTCCAGGT
GACTACATTT TTCGAGGCTA TGACAGTCTA GGCTTCGGGA TGTGGAGTAA CAAAGCTACA
GCCGAAGCTT GGACAGAAGA AAAACGCCGA GAATGGCAAG AAATAAGAAG ACGAGAACAA
GAACGCAAAG AATTACGCTT AAGTCGTCTT CTTACCAATG CCGAACGAGA TATCGCCATT
CGTTCCATCC TGAGCCAGTT AGAACTAAGT GAACAACATC GCCACCAACT ACAGCAGCGA
GGCATGAGCG ATGAACAAAT AGAGGCAGGA CTCTACCGCA CCGTCAAGCA ATGGCAGCAA
CTCGAAACTG AAGTTGATGA CAATTTAGCA GGTGTGCTAC GGGGAGGCAA AAAGCTTTAT
GTTCCCGTCC CTGGTATTCT TTGCCCTATA GCCAATGCTC AAGGCGAGTT AGTGGGTTGG
CAAATTCGTC TGGATGATAC CGAGCAATTT CCCAAATACC TCTGGGCATC ATCGGAAAAG
AAACGGCGAA ACGAGGGGCC GTCTGTCCAC TTGAAGAACG GAGAATTACC TTTAGCTTTC
TTTGCTCCGT CTAGCGAACC CCATCCAGTC ATCAGTAAAT GGTTTAAAAA GCATATTTCG
GAAGACACTC AGATTATTCC AGTAGCCCTA ACCGAAGGAG TTGCTTTCAA ACCGGCCATT
ACTGCCCATC GGCTTGGAAT CCATACCATT GGGGCTTCTG GGGGTCACTT TGCTTCGAGT
CCCGAAACTT TTAAAACCTA CCTGGAAAGC ATAAAAGAGC AAATAGAAGC ACAAAGAGAA
GAAAATAACA GCAATCTCAA CAATATCACC CTCCAACCAA TTCTTTTTGC CGATGGGGGT
TGTTTGGTCA ACGAGAACAT CATCCAAGTT TACAGCAACA CCATCAATTA CCTTAAAACT
CTCAGTTTTG AAGCAAAAAT CGCTTGGTGG GGTCAGACTG ATAAAGATAA AGGCGATATT
GATGAGATTG ACGAGTCAGC TTTAGCTTCT ATTCGCTTGC TCTCAACGCA AGAATTCTTC
TCCCTGGTTA AAAAAACTCA GCGCGATCTC AAAGTCAAAG ACGTTCAAAG CCAGTTACAA
AGCCTCTCCT ACGAGCCAAA CATCCGCCTA AACAGTCGCT ATTTACCTGA TTTAGCCGAT
TTAATTCCTA AAGAGGGCAT TATAGCCCTG AAGTCCCCCA AAGGCACGGG TAAAAGCGTC
CAGATTAAAA AAATTATCGA ATCTTGCCAG AGTCGGGGCA TGAAGGCTAT TTCTCTAACT
CCCCGACGGG CATTAGGACG GGAGCAGAGT CTGAAATGGG GCATTACTTG GGGTGGAGAT
GCACAAATTT CTGGCATGAC TCGCCTGACT CTGTTAGAGA ACATGGAAAC CCTTGGGATG
TGTTGGGATA GCCTTTGGAA GCTCATGGAG AGGGATTGGA GTAATAGCTT GGTCATCATC
GACGAGTCAG AACTGGCATT AATACACTTG CTGCTGAGTT CGACTTGTAA GGACAAACGA
CCTCTCATCC TGCGAGTTTT GGAGAATAAA ATCCGAGAAT GTCTAGCTAA CGGCGGAATG
CTTCTCATTG CCGATGCGGA CTTAACTGAC CTCTCCATCA ACTATTTTAA GGCGCTTGTG
CCGGATGCTC CCGTTTTCGT TGTCACTAAC GAGTATATCG GTCACGAAAC CCGATGGTCG
GTAGAATTTC ATACCGGCAA GAAAGATATG GCGATCGCTC AATTAATTGC TGATTTAGCT
AGACCGGTAA TTGATAATGG AGTCGAAAGA CAACGAAGAA TCGCCATCCC AACGGATTCC
CAAGACCAAG CCGAAGCGTT AGAGCGTTTT ATTCGAGAAT GCTACCCCCA CCTGATTGTT
GTTCGTATTG ACAGCAGCAC CACAGAAACC GACGAAGGAA GGAGCTTTGT CGAACGTCCC
AACGAAAAAC TGACAGAAAT TAAGCCAGAT GTCTTAATTT ACACTTCCTC GATGGGGGCA
GGAGTGTCCA TTGATATTTC TTGGTTTGAC CTGATTTATG CTTTCTTTAA CGGTGTCCTC
GAAGCGAGTC AATGCCGTCA GATGCTCAGT CGGGTTAGAG AAAATATCCC TCGAATCATC
TGGTGTCGTA CTCGTGGGAA AGTGGAAGGC AATAGCTCTT TTTTCCCAGA AGAAATTAAG
GAGCATCTGT TTACTTTTCA TCGGGAGACG AGTATCCTGA TTGATGTAGC CAGAGCGATC
GCCCCTGACA ATCCCACTGA CTGGCAAATC CGCCAAGCTT ACGATGCTAT TTGGAATCGG
GAAACTCAAA CTTGGGACAA TCCTCACGTT AATCTTTACT GTAGCCTGAT AGCCAGGAAA
AATTATGGAT TAGCTCATCT AGCTTCGGAG TTACACCGCC AGTTAATTGA AGAAGGTCAC
ATTATCATTA ATTCTAAAGG AAATGATAAG ACCGATGAGG GGTTAAGAGT CGCTCAAATT
AAAAAAGAGC TTCCACTAGA AGAAGCAGGT GCAATTTCTG AAGCCGACGA TATTCCGCTT
GATGCCGCGC TTTTACTGTC CCAAAAAAAC AATCCCACTC AAGAGCAAAG CCGTCAGATT
GCTAAAGCTT TACTCAAAGC TGAACTTCCT GGGATAGAAT TGACCAAAGA ATTCATTTAC
AAGGCATCTA CAAAAGACCG TCGCAAGTGG CTCAATGCTC AAAAACTGTT CTGGTACTCT
CAAAACCCTG ACAAGACTAA AATTCTGGAC TTGCGCGAGT GGTTAGATCA TCTGTGGCAG
TTTGTCAATG GGGCGGTTTA TCTTCCCGAC ATTCGGACTT ATTCTTTCCA GATTAAGGTT
TTACAAGATA TCAAACTTTT TAAGAACATT GATTTACAAA ATCCCGATCA GGAGTATAGT
GGTGATGATG AAGGCATTCA AGAAGTGCTA CGACTGGCGA GAAAATTTTC CTGTAGTATA
AATACTGCTT TTAATTTAAA GGTAACAAGC CAAAGCAAGC CCATCCAATT CATTAACCGC
TTACTCAATC GTGTGGGGCT GCATTTGAAA TTTGAGCGTC AGGTAAAGGG GAAACAACGT
TTTTACAGAC TTGCTCTCGA TAAATTTAAT GATCCCGATC GCATTGCGGT TCTAGATTCT
TTAAGCCGGA AATGGGAGCA ACTTGGCTGT GAATCTGACT CTTGGGCATC ACAACACTCG
TCTGTAGAAA TTAATAATAA TGCCGAGTGT TGTGATCCTC AACCCCCCTC GTCCCATAAC
AATAATGATG AAAACGTAGA AGCTACGGGA GAAATTTCAG CCCAAAAAAC TCCCACTTCC
AAACCGGTTC AAGCTGGCTC TGGGTCTAAT TCCTGGCGGT CACAACACTC GCCAAACAAT
AATAATAATA ACGGCAAGTG TTGTGACGCT CAACCTTTCT CATTGGACAA CAACAGTAGT
CAAACAGTTG AAGCAACGGG GGTAATTACC GAAGAAAAAA CTTTCTCTCA AAAATCAGTT
CAAATTAGCT CTGAGCCTGA ATCCTGGGGG TCACAACACT CACCCATAAA TAATAATAAT
AACGGCAAGT GTTGTGAGCC TCAACCCCTC TCGTTGGACA ATAATAGTGG TGAAACAAAA
ACTCCCACTT CAAAACCGGT TCAAATTAGT TCTGAGTCTG AATCCTGGGG GTCACAACAC
TCACCCATAA ATAATAATAA CGACGGCGAG TGTTGTGATC CTCAAACTCT GCCCTTTGAT
GAAGTACAAC AAAACCCTAT AGAAATAAAC GATAACGGCC AGTGTCCCGA ATCTCAAGCC
CAATTAGCGA CCTCTACTAA TGATTTCCCC GGCAAACATA TCCCCGAAGA GTACCGACCA
GGAGTCCTGG AAATGGAGGA GTGGTTAACT GATGCGGTTG GAGAAACGCC AGAATTTCTC
CAAGAGATCC TAGATATTGC AGTCAAATAC CTCAAATTAG TTCCGGAAGC TAAAAAATGG
CTGTGGGAGC AATTGAAAGG AGAAGTTAGA GGGACTATCT GGCAGCTTTT CCCGGATTAT
TATCAGTTTC TTGAAAGTAC CTAA
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| Protein sequence | MSWKRFLRRD CPICGGTRKD CRQNTVTELV HCRELDATPG DYIFRGYDSL GFGMWSNKAT
AEAWTEEKRR EWQEIRRREQ ERKELRLSRL LTNAERDIAI RSILSQLELS EQHRHQLQQR
GMSDEQIEAG LYRTVKQWQQ LETEVDDNLA GVLRGGKKLY VPVPGILCPI ANAQGELVGW
QIRLDDTEQF PKYLWASSEK KRRNEGPSVH LKNGELPLAF FAPSSEPHPV ISKWFKKHIS
EDTQIIPVAL TEGVAFKPAI TAHRLGIHTI GASGGHFASS PETFKTYLES IKEQIEAQRE
ENNSNLNNIT LQPILFADGG CLVNENIIQV YSNTINYLKT LSFEAKIAWW GQTDKDKGDI
DEIDESALAS IRLLSTQEFF SLVKKTQRDL KVKDVQSQLQ SLSYEPNIRL NSRYLPDLAD
LIPKEGIIAL KSPKGTGKSV QIKKIIESCQ SRGMKAISLT PRRALGREQS LKWGITWGGD
AQISGMTRLT LLENMETLGM CWDSLWKLME RDWSNSLVII DESELALIHL LLSSTCKDKR
PLILRVLENK IRECLANGGM LLIADADLTD LSINYFKALV PDAPVFVVTN EYIGHETRWS
VEFHTGKKDM AIAQLIADLA RPVIDNGVER QRRIAIPTDS QDQAEALERF IRECYPHLIV
VRIDSSTTET DEGRSFVERP NEKLTEIKPD VLIYTSSMGA GVSIDISWFD LIYAFFNGVL
EASQCRQMLS RVRENIPRII WCRTRGKVEG NSSFFPEEIK EHLFTFHRET SILIDVARAI
APDNPTDWQI RQAYDAIWNR ETQTWDNPHV NLYCSLIARK NYGLAHLASE LHRQLIEEGH
IIINSKGNDK TDEGLRVAQI KKELPLEEAG AISEADDIPL DAALLLSQKN NPTQEQSRQI
AKALLKAELP GIELTKEFIY KASTKDRRKW LNAQKLFWYS QNPDKTKILD LREWLDHLWQ
FVNGAVYLPD IRTYSFQIKV LQDIKLFKNI DLQNPDQEYS GDDEGIQEVL RLARKFSCSI
NTAFNLKVTS QSKPIQFINR LLNRVGLHLK FERQVKGKQR FYRLALDKFN DPDRIAVLDS
LSRKWEQLGC ESDSWASQHS SVEINNNAEC CDPQPPSSHN NNDENVEATG EISAQKTPTS
KPVQAGSGSN SWRSQHSPNN NNNNGKCCDA QPFSLDNNSS QTVEATGVIT EEKTFSQKSV
QISSEPESWG SQHSPINNNN NGKCCEPQPL SLDNNSGETK TPTSKPVQIS SESESWGSQH
SPINNNNDGE CCDPQTLPFD EVQQNPIEIN DNGQCPESQA QLATSTNDFP GKHIPEEYRP
GVLEMEEWLT DAVGETPEFL QEILDIAVKY LKLVPEAKKW LWEQLKGEVR GTIWQLFPDY
YQFLEST
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