Research data supporting "Differential biosynthesis and cellular permeability explain longitudinal gibberellin gradients in growing roots"

Datasets in support of the figures of "Differential biosynthesis and cellular permeability explain longitudinal gibberellin gradients in growing roots" publication in PNAS 2021 with first author Annalisa Rizza. See file Rizza et al.,2021 metadata confocal imaging and phenotypes .xlsx for details on biological data. The dataset contains experimental data on Arabidopsis thaliana roots and consists primarily of microscopy imaging data presented as Leica files (.lif) and root growth phenotyping data presented as Excel files (.xlsx) or TIFF (.tiff) images. Most imaging files are organised by data acquired and phenotyping files are organised by corresponding Figure number from the publication. Detailed explanation is found in the metadata excel file. Additional imaging files are presented as TIFF images (Scanned plates zip files, .tiff) and imaging and phenotyping data analysis presented as Origin Pro files (.opju). Finally, a set of modeling program files relating to the mathematical modeling described in the publication are provided (Modeling Programs zip file, .mat, .m files).

支持《差异生物合成与细胞通透性解释了生长根中的赤霉素梯度纵向变化》一文（发表于2021年PNAS，第一作者为Annalisa Rizza）的图示所涉及的数据集。请参阅文件Rizza等人，2021年元数据共聚焦成像和表型.xlsx，以获取关于生物数据的详细信息。该数据集包含了关于拟南芥（Arabidopsis thaliana）根系的实验数据，主要由以下内容组成：以Leica文件格式（.lif）呈现的显微镜成像数据，以及以Excel文件格式（.xlsx）或TIFF图像（.tiff）呈现的根生长表型数据。大多数成像文件按照获取的数据进行组织，而表型文件则按照出版物中的相应图号进行组织。详细说明可查阅元数据Excel文件。此外，还提供了作为TIFF图像（扫描板压缩文件，.tiff）呈现的附加成像文件，以及以Origin Pro文件格式（.opju）呈现的成像和表型数据分析。最后，还提供了与出版物中描述的数学建模相关的模型程序文件（模型程序压缩文件，.mat, .m文件）。