Revolutionary functional genomics liberates CHE
NATURE CHEMICAL BIOLOGY（2009）
摘要
high-throughput one-hybrid screen identifies a regulator of the Arabidopsis thaliana circadian gene CIRCADIAN CLOCK ASSOCIATED1 (CCA1) . CCA1 HIKING EXPEDITION (CHE) represses CCA1 and physically interacts with TIMING OF CAB1 (TOC1) to link TOC1 with CCA1 in the clock.
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关键词
earth science,signal transduction,cell cycle,palaeobiology,metabolomics,neurobiology,medical research,biology,medicine,geophysics,climate change,nature,pharmacology,physics,bioinformatics,functional genomics,rna,structural biology,cancer,transcriptomics,genomics,materials science,nanotechnology,astronomy,ecology,dna,quantum physics,biotechnology,evolution,cell signalling,marine biology,proteomics,computational biology,astrophysics,biochemistry,environmental science,evolutionary biology,genetics,systems biology,molecular biology,neuroscience,immunology,drug discovery,developmental biology
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