Data underlying the publication: Single chloroplast in folio imaging sheds light on photosystem energy redistribution during state transitions

Arabidopsis thaliana plants were illuminated with far-red or blue light to induce respectively state 1 and state 2. The fluorescence decay kinetics was analysed to see which fraction of the excitation energy went to photosystem I vs photosystem II. Single chloroplasts were imaged in state 1 and state 2 to investigate the redistribution of excitation energy and the thylakoid macro-organisation. Data belonging to Figures 1-4 and SI Figures 1-6 of the article: " See readme for a detailed explanation <br>

以远红光（far-red light）与蓝光（blue light）分别照射拟南芥（Arabidopsis thaliana）植株，以诱导其分别进入状态1（state 1）与状态2（state 2）。通过分析荧光衰减动力学（fluorescence decay kinetics），探究激发能（excitation energy）在光系统I（Photosystem I）与光系统II（Photosystem II）之间的分配比例。对处于状态1与状态2下的单个叶绿体（single chloroplasts）进行成像，以研究激发能的重新分布与类囊体宏观组织（thylakoid macro-organisation）。本数据集包含本文献图1-4及补充图（SI Figures）1-6对应的实验数据，详细说明请参阅README文件。