| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1133 |
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| Symbol | |
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| ID | 7112118 |
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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 | 1238810 |
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| End bp | 1241665 |
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| Gene Length | 2856 bp |
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| Protein Length | 951 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643479400 |
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| Product | putative signal transduction protein with Nacht domain protein |
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| Protein accession | YP_002376452 |
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| Protein GI | 218438123 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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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 | 77 |
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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 | ATGAGCCACT GGAAACCCTA TCTAGATGCA ATTCGCAGCG CTTCTTATGA TACCCCTTGG
GGTAAACGCT TTGTGTCGGT GGATGTGGAA GGAAAAAAAG TTGCTCAACG GGGATTTTTA
TTAAACTTAA AAGCAGAAAC AGTTACCGAT AGGGAAGAAG AAAAAGAACG GTTTTCTGTT
TTAGATGGGT TGTGGAAATA TGCTCCTATT CATGTTGTTT TAGAAGGTCG TCCGGGTTCG
GGAAAAACCA CAGCTTTACG ACGGTTATTA TTAGAAATAG CACAGAAAAA AGATTTAGAT
AAAATACCTA TTTTTGTGCC ACTTCGGGAC TATAAGAGTT CTATTTTAGA GTTAATTATT
GATGCGATCG CTTACAATTA CTCCCCTCGC CTTTTAGGAG AGGGGTTGGG GGAGAGGTCA
ACCCAAACTC TTACAGAAGA GATTAAAACT TATTTAGTAC AGGGAAAATT ATTACTATTA
TTTGATGGAA TTAATGAACT TCCCTCGGAT GAGGCGAGAA AAGAATTAGA ACAGTTTCAC
AAAACCTATA AAACTACCCC GATGATTTTT ACTACCCGAC AATTAGGGTT AGGGGGTGAC
TTAAATATTG ATAAAAAATT AACGATGCTT CCTCTCACTG AACCCCAGAT GAAGGAATTT
GTTAAAGCTT ATTTGCCCGA AAAAGGGGAG GAAATGTTAA AGCGCTTGGG GGAGAGGTTA
CAGAAGTTTG GGGAAACTCC TCTATTATTG TTGATGTTGT GTTCGGTGTT TAATGAAAAC
GATCAAATTC CCAATAATTT AGGGGAAACT TTTAGGGCAT TTACTCATAT TTATGATACT
CAACTCAAGG ACAATGTAAC CACTCAAGCA GAGTCTAAAA CTTTATGGGA GCGATCGTTA
CAATATTTAG CTTATCAGAT GACTAGGCGT AGAGATGAGC CAGTTATTTC TAGACGGGAA
GCGGAAGATA TTTTACAGGA GTTTTTAGAG CAGGCCAAGG AAAAAGATTG CTCTCAAAGT
CGGGCTATAA ATTGGTTAAA AGATTTACTG AATTATCATT TATTGCAAGG GAGTATTGGG
GATAATATTG AGTTTCGTCA TCAATTGATT CAGGAATATT ATGCAGGGGA GTATTTATTA
GTGGAAGTTA AAAGGTTAAC GGATGAGCAG TTAAAGTGGG AGTATTTGAA TTATCTTAAG
TGGACTGAAC CAGTAGCTTT AATGTTGGGG TTGTGTGATG AGCAAGAGTT AGGGGAAAGG
GTAGTTAAGT TAGCTTTAGA TGTAGATTTA CAGTTAGGGG CGAGGTTAGC AGGAGAGGTT
AAAAAGGAGT TTCAACAGCA AACAGTAGGA TTAGTAAGTG GTTTAGAATT ATCTGAACCA
TTAAAAATTT ATCTTTTAGG AAAAACTCGC TCAGATTTTG CTATTAGTAG CTTATCTAAA
TTTATAAACA GCGAAAAGCC AGATATTAGA TGGACTGTTA CAAGAGCATT AGGAGAAGTT
GGCAGTCAAT TAGCTATTGA TGAATTGATA AAAATTTTGA AAGATCAAGA GAAATATGTT
GTTATTAAAG CTATTGATTC ATTAGAAAAA ATTAATAACT CTACTATTAT TTCAAAGCTT
TTACCTTTAT TGGATCATTC TAGTACATAT GTGAGATATA AGATTATGGA TGCCTTAGAA
ACTTTTGAAA GTGAAGATGC TATACCTTCA TTAATTGAAA GGATAGATCA AGAACAAGAA
GGAGACATTG TTCTTAGGAT CGGAGAAATA ATAACAAAAA CCCTCAAAAT TGATAAGGTA
TCTCAACTAA AAGAGTATTT GGCCGAAAAA AAGCTTCAAT TACCTGAAAA ATATAAAAAC
TGGGAATGGA TTTATGGATT TCCAAAATTA AAGAGTTACG GCCCCCTTTA CAAGTATTAT
TTTAATACAG AACATAAAAC ATTTGAAACT TTAGCACAAG AAACCAAAGA TAAAAATCCA
GAAGTTAGAC AAGCCGCCGT TTCCTGTTTA ATAGATTTTG ATATACAGAA GACTCTTAAA
ATTTTCTTAG AGTCTTTATT AGATGAAAAT AATGAAGTTA GAATGTACGC ACAACTTGCT
TTGAGACAAG TGGGTAATCT TGAAGCAATT CCCTATCTAT TTTCTCTTTG TGTGCAAAAA
AACTATATTT GGGAACTTGA TGAATTAATT GAAACAATTT CTACCATTCA AAATCGATTT
AAGTTTTATA AGTATCCGCA ATATAAAATA AAAATGATAG AAATATTTAT TTCCTACGCT
TGGGAAAGTG CTAACGGAGA TGGCAAAGAA AGCGAAGACA TGGCCAACCA ACTCGAACAA
GTATTTAAAG ACAAAGGCTA CACCATTATC CGAGACAAAA AAGACTTAGG ATATAAAGGT
AACATCGAAG AATTTATGCA GCGTATTGGA CGAGGTAAAT GTATCCTTAT CGTCATCAGC
GATAAATATT TAAAATCAGA AAACTGTATG TTTGAACTGG TAGAAATTGC TAAAAATGGT
GATTTTTATG ACCGTATCTT TCCTGTAGTT TTACCCGATG CTAAAATTTA TAAAGCTATA
GACCGAGATG AATATATTGA TTATTGGGAT CATCGCATTG AAGAATTAAA CGAAAAATTG
AAATCAAGGT CAGGAAGTTT TGCCAACCGT CAAAGTATAT TTGATGAATT AAACTTATAT
GATGAAATTA GAAGAAATAT AGATCAACTG ACAGAAACTC TTAAAAATAT GAATACCCTC
ACCCCAACCC TACACACATC AACAGAATTT ACCGCTATTA TTGAAGCAGT GAAAAATAAG
TTAGAGAATG ATTTGTCCGC AGATGAACGC GGATGA
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| Protein sequence | MSHWKPYLDA IRSASYDTPW GKRFVSVDVE GKKVAQRGFL LNLKAETVTD REEEKERFSV
LDGLWKYAPI HVVLEGRPGS GKTTALRRLL LEIAQKKDLD KIPIFVPLRD YKSSILELII
DAIAYNYSPR LLGEGLGERS TQTLTEEIKT YLVQGKLLLL FDGINELPSD EARKELEQFH
KTYKTTPMIF TTRQLGLGGD LNIDKKLTML PLTEPQMKEF VKAYLPEKGE EMLKRLGERL
QKFGETPLLL LMLCSVFNEN DQIPNNLGET FRAFTHIYDT QLKDNVTTQA ESKTLWERSL
QYLAYQMTRR RDEPVISRRE AEDILQEFLE QAKEKDCSQS RAINWLKDLL NYHLLQGSIG
DNIEFRHQLI QEYYAGEYLL VEVKRLTDEQ LKWEYLNYLK WTEPVALMLG LCDEQELGER
VVKLALDVDL QLGARLAGEV KKEFQQQTVG LVSGLELSEP LKIYLLGKTR SDFAISSLSK
FINSEKPDIR WTVTRALGEV GSQLAIDELI KILKDQEKYV VIKAIDSLEK INNSTIISKL
LPLLDHSSTY VRYKIMDALE TFESEDAIPS LIERIDQEQE GDIVLRIGEI ITKTLKIDKV
SQLKEYLAEK KLQLPEKYKN WEWIYGFPKL KSYGPLYKYY FNTEHKTFET LAQETKDKNP
EVRQAAVSCL IDFDIQKTLK IFLESLLDEN NEVRMYAQLA LRQVGNLEAI PYLFSLCVQK
NYIWELDELI ETISTIQNRF KFYKYPQYKI KMIEIFISYA WESANGDGKE SEDMANQLEQ
VFKDKGYTII RDKKDLGYKG NIEEFMQRIG RGKCILIVIS DKYLKSENCM FELVEIAKNG
DFYDRIFPVV LPDAKIYKAI DRDEYIDYWD HRIEELNEKL KSRSGSFANR QSIFDELNLY
DEIRRNIDQL TETLKNMNTL TPTLHTSTEF TAIIEAVKNK LENDLSADER G
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