In silico reads mixture of 100 Angiosperms353 target capture arrays for testing species identification

In silicon samples for testing the SPrOUT pipeline. We selected 30 species from the Kew Garden Tree of Life database (Zuntini et al., 2024). Reads for all 30 species reads were generated via target capture arrays (with PAFTOL or equivalent methods marked on Tree of Life Explorer). The selection aimed to cover major angiosperm clades and maximize lineage coverage. We created insilicon test datasets from the 30 species. We generated 100 samples of artificial mixed reads, each consisting of mixed reads from three, six, or ten species in equal proportion. , , # In silico reads mixture of 100 Angiosperms353 target capture arrays for testing species identification Dataset DOI: [10.5061/dryad.f4qrfj799](https://doi.org/10.5061/dryad.f4qrfj799) ## Description of the data and file structure Zipped files of 20 species from 30 target sequencing reads for in-silico mixes construction ### Files and variables #### File: 20mixes.zip **Description:**Â 20 pair-ended reads zipped file, ,用于测试SPrOUT流程的硅基（in silico）样本。我们从邱园生命之树数据库（Zuntini等，2024）中选取了30个物种。30个物种的测序读段均通过目标捕获阵列生成（相关方法采用PAFTOL或等效方案，标注于生命之树探索器中）。本次选取旨在覆盖主要被子植物演化支，并最大化谱系覆盖范围。我们基于这30个物种构建了硅基测试数据集，生成了100组人工混合读段样本，每组样本均由按等比例混合的3、6或10个物种的读段组成。 # 用于物种鉴定测试的100组被子植物353（Angiosperms353）目标捕获阵列硅基读段混合数据集 数据集DOI：[10.5061/dryad.f4qrfj799](https://doi.org/10.5061/dryad.f4qrfj799) ## 数据与文件结构说明 用于构建硅基混合样本的30个目标测序读段中的20个物种的压缩文件集 ### 文件与变量说明 #### 文件：20mixes.zip **描述：** 20组双端测序读段压缩文件