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<p><i>Nicotiana tabacum</i> is one of the most important globally economic crops and also a model plant for studying secondary metabolism. <i>N. tabacum</i> is further classified into different types such as flue-cured, cigar, and sun-cured and so on, which produces distinct secondary profiles. However, the gene expression differences among types remains gaps. Here, we generated a large-scale transcriptomic profiling across tissues (root, stem, leaf and flower), developmental stages (rosette, vigorous growth, topping and harvest stage) and types (flue-cured and cigar type) of <i>N. tabacum</i>, resulting in a total of 72 high-quality datasets from 24 samples (three replicates per sample). The dataset by this study provides a valuable resource for researchers engaged in studying on plant secondary products.</p>

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A transcriptomic profiling across tissues, developmental stages, and types of Nicotiana tabacum

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2025年12月11日

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  • Kun Yang,
  • Zhijun Tong,
  • Zhefu Li,
  • Fei Xu,
  • Yujie Huang,
  • Xueyi Sui,
  • Xuejun Chen,
  • Enhui Shen,
  • Sanling Wu,
  • Longjiang Fan,
  • Bingguang Xiao

摘要

Nicotiana tabacum is one of the most important globally economic crops and also a model plant for studying secondary metabolism. N. tabacum is further classified into different types such as flue-cured, cigar, and sun-cured and so on, which produces distinct secondary profiles. However, the gene expression differences among types remains gaps. Here, we generated a large-scale transcriptomic profiling across tissues (root, stem, leaf and flower), developmental stages (rosette, vigorous growth, topping and harvest stage) and types (flue-cured and cigar type) of N. tabacum, resulting in a total of 72 high-quality datasets from 24 samples (three replicates per sample). The dataset by this study provides a valuable resource for researchers engaged in studying on plant secondary products.