Parcy François
Physiologie Cellulaire Végétale. CNRS UMR5168- CEA- INRA- UJF, Grenoble, France.
Int J Dev Biol. 2005;49(5-6):585-93. doi: 10.1387/ijdb.041930fp.
Flowering time is under the control of multiple environmental cues such as photoperiod and exposure to cold temperatures (vernalization). A few regulators named integrators of flowering time signals (LEAFY, SOC1 /AGL20 and FT ) integrate inputs from the different flowering cascades and convey the resulting outcome to floral meristem identity genes at the shoot apex. Here we review the current knowledge about the expression of integrators, their mode of action, their potential target genes and the nature of their mutual interactions. We emphasize the questions that have been generated by recent progress in this field and that remain to be addressed.
开花时间受多种环境信号的调控,如光周期和低温暴露(春化作用)。一些被称为开花时间信号整合因子的调控因子(LEAFY、SOC1 /AGL20和FT)整合来自不同开花途径的输入信号,并将最终结果传递给茎尖的花分生组织特性基因。在此,我们综述了关于这些整合因子的表达、作用模式、潜在靶基因及其相互作用性质的现有知识。我们强调了该领域近期进展所引发的、仍有待解决的问题。