| Document Date: 2014-01-20 11:05:34
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Company PI AG / ABC / HDA 19 SEP3 AP2 AP1 AG / Goodrich / / / Facility Trinity College / Frank Wellmer Smurfit Institute of Genetics / TERMINAL FLOWER1 / / IndustryTerm genomic technologies / chemical analog / genomic and proteomic technologies / fluorescence resonance energy transfer / gene regulatory networks / fluorescence lifetime imaging / transcription factor binding site / gene networks / / Movie Male and female / / Organization Trinity College Dublin / Dublin / CYCLOIDEA / Frank Wellmer Smurfit Institute of Genetics / AP2 / PCF (TCP) / / Person Emmanuelle Graciet / Frank Wellmer / Fig / Srikanth / Aside / / / Position model / ABCE model of flower development / Ubiquitin Auxin/IAA TIR1 BDL SCF Proteasomemediated degradation MP / MP / SVP / representative / Female cone Microsporangium Megasporangium Microsporophyll Megasporophyll MP / reporter / / Product dexamethasone / acetic acid / / ProvinceOrState Sussex / / Technology laser / functional genomics / DNA Chip / Gene expression / DNA sequencing / transcriptomics / genomic and proteomic technologies / DNA binding / Genotype / Using ChIP / / URL www.newphytologist.com / /
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Review Tansley review Gene networks controlling Arabidopsis thaliana flower development Authors for correspondence: