Transcriptome Sequencing Data of Baisha 1016 and ICGV 86699

To analyze candidate genes for resistance to peanut late spot disease, a transcriptome sequencing experiment was designed in this study. At 90 days after sowing the experimental materials, the sensitive materials Baisha 1016 and ICGV86699 were inoculated with the pathogen of peanut late spot disease, and a control experiment was also set up. Collect the inverted two leaves of the main stem treated before inoculation, 1 day after inoculation, and 10 days after inoculation, with 3 biological replicates set for each period/treatment for transcriptome sequencing. The sample naming rule is: material code+period+treatment+repetition. For example, P1_0d_1 represents a repeated sample taken before treatment with Baisha 1016, P2_1d_In_1 represents a repeated sample taken after 1 day of ICGV86699 inoculation treatment, P2_1d_CK_1 represents a repeated sample taken after 1 day of ICGV86699 simulated inoculation (control) treatment, and so on.

本研究设计转录组测序实验，旨在解析花生晚斑病抗性候选基因。于试验材料播种90天后，对感病材料白沙1016（Baisha 1016）与ICGV86699接种花生晚斑病病原菌，并设置对照实验。分别于接种前、接种后1天及接种后10天采集主茎倒二叶样品；每个时期/处理设置3次生物学重复，用于转录组测序。样品命名规则为：材料代码+时期+处理+重复号。例如，P1_0d_1代表白沙1016未处理前的第1份重复样品；P2_1d_In_1代表ICGV86699接种处理后1天的第1份重复样品；P2_1d_CK_1代表ICGV86699模拟接种（对照）处理后1天的第1份重复样品，以此类推。