Nanopore sequencing data and structural variants identified in Prunus avium seedlings derived through mutagenesis

DNA from sweet cherry seedlings derived from gamma-irradiated mother trees was sequenced via nanopore sequencing, in an effort to identify structural variants that may have arisen from the gamma irradiation. The reads were aligned with the sweet cherry reference genome sequence (v1.0.a1), and both short-medium indels and larger structural variants were identified. This dataset includes the FASTA files containing full-length sequences for the identified indels and structural variants. The header of each FASTA sequence also includes the type of variant.

来自经伽马射线照射的母树培育的甜樱桃幼苗的DNA经过纳米孔测序技术进行测序，旨在识别可能由伽马射线照射引起的结构变异。测序读段与甜樱桃参考基因组序列（v1.0.a1版）进行比对，识别出短至中等长度的插入/缺失（indels）以及较大的结构变异。本数据集包含包含所识别的插入/缺失和结构变异的全长序列的FASTA文件。每个FASTA序列的头部还包含变异类型的信息。