科学网-转录组与植物次生代谢产物 | IJOG征稿-Wiley开放科研的博文

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转录组与植物次生代谢产物 | IJOG征稿

2026-2-5 11:23

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征稿特刊

转录组与植物次生代谢产物

Transcriptome and Plant specialized metabolites

特刊简介：

转录组学研究特定时间细胞内的全部 RNA 转录本，转录本积累模式反映蛋白质翻译变化，可预测植物与生物、环境互作时次生代谢产物的合成利用，还能识别生物合成通路相关基因，这类基因在不同时空条件下表达模式常相似。但次生代谢网络的进化适应性，给依托现有转录组数据或远缘模式物种解析代谢通路及调控机制带来挑战，片段化、长度、转录组成分等方法学偏倚也进一步增加了分析难度。

本期特刊议题包括但不限于：

Elucidation of biosynthetic pathway genes through transcriptome analysis
Investigating evolutionary patterns of metabolite pathway gene expression using transcriptomics
Recent trends in medicinal plant transcriptomics
Integrative transcriptome and metabolome analyses to identify key genes responsible for the biosynthesis of specialized metabolites
Transcriptome analysis to explore secondary metabolism in the context of plant-endophyte interactions
Transcriptome studies on plant-herbivore interactions and toxin production
Integration of transcriptome-wide and genome-wide association studies (TWAS and GWAS) and gene expression datasets to identify gene-metabolite phenotype relationships
Exploring the co-transcriptome landscape of plants and their microbiota to understand specialized metabolite production
Transcriptome analysis and secondary metabolite production in non-model plants
Transcriptome analysis and secondary metabolite production in tropane alkaloid-yielding plants
Single-cell transcriptome analysis to identify cell-specific secondary metabolite synthesis
Recent advancements in integrated multi-omics analysis and secondary metabolite biosynthesis in plants
De novo transcriptome and tissue-specific expression analysis of genes associated with the biosynthesis of secondary metabolites in medicinal plants
Transcriptomic analysis for differential gene expression involved in secondary metabolite production in medicinal plants: Case studies