Transcriptomic and metabolomic responses to varying nutrient conditions reveal new insights into pitcher formation in Nepenthes khasiana

The dataset uploaded here contain (i) annotation results of the assembled transcriptome using UniProt and Mercator databases (Data S1), (ii) a list of primary metabolites identified in N. khasiana in response to varying nutrient conditions (Data S2), (iii) a list of elements detected in soil samples collected from a natural habitat of N. khasiana (Data S3), (iv) DESeq results of the first group of samples comprising 1 MS, 1/4 MS and 1/8 MS (Data S4) and the second group of samples comprising LB, P and R (Data S5), and (v) Mapman functional categories enriched in different clusters of first group of DEGs comprising 1 MS, 1/4 MS and 1/8 MS (Data S6) and second group of DEGs comprising LB, P and R (Data S7).

本上传数据集包含以下五部分内容：
(i) 利用UniProt与Mercator数据库完成的组装转录组注释结果（数据集S1，Data S1）；
(ii) 印度猪笼草（N. khasiana）在不同营养条件下鉴定得到的初级代谢物列表（数据集S2，Data S2）；
(iii) 采自印度猪笼草原生生境的土壤样本中检测到的元素列表（数据集S3，Data S3）；
(iv) 两组样本的DESeq差异分析结果：第一组样本包含1×、1/4×、1/8×浓度的MS培养基（Murashige and Skoog Medium）处理组（数据集S4，Data S4），第二组样本包含LB培养基、P及R处理组（数据集S5，Data S5）；
(v) 两组差异表达基因（Differentially Expressed Genes，DEGs）不同聚类所富集的Mapman功能分类：第一组差异表达基因对应1×、1/4×、1/8×浓度的MS培养基处理组（数据集S6，Data S6），第二组差异表达基因对应LB培养基、P及R处理组（数据集S7，Data S7）。