Transcriptome Data from Root Tissues of the 'Sakonnakorn' Mulberry Cultivar

We employed RNA-seq to profile the transcriptome of Morus 'Sakonnakorn', a cultivar known for its rich secondary metabolite profile. This analysis aimed to elucidate the genetic regulation of the phenylpropanoid pathway and other related metabolic networks in response to specific elicitors. This study utilized 2.5-month-old stem cuttings of Morus ‘Sakonnakorn’, which were propagated aeroponically from a one-year-old parent plant. The experiment involved two treatment groups: one receiving medium molecular weight chitosan (CHI) and another grown in a nitrogen-deficient (-N) medium. A third, untreated group served as the control. For each condition, three biological replicates were maintained.

本研究采用RNA测序（RNA-seq）对以丰富次生代谢产物谱而闻名的桑属（Morus）‘沙空那空’（Sakonnakorn）栽培品种的转录组（transcriptome）进行分析，旨在阐明特定激发子（elicitors）诱导下，苯丙烷途径（phenylpropanoid pathway）及其他相关代谢网络的遗传调控机制。本研究使用了由一年生母株经气培繁殖得到的2.5月龄桑‘沙空那空’茎插条。实验设置两组处理组：一组施加中分子量壳聚糖（CHI），另一组培养于缺氮（-N）培养基中；另设未处理组作为对照。每个处理条件均设置3个生物学重复（biological replicates）。