Integrative Transcriptome and Metabolome Analysis to Reveal Red Leaf Coloration in Shiya Tea ( Adinandra nitida ).

Runsheng Huang,Yiting Su, Haoye Shen,Wanchuan Liu, Jianxiong Huang, Zhilin Kuang,Yongquan Li, Jun'ai Hui,Danyang Zhao,Bipei Zhang

Frontiers in bioscience (Landmark edition)(2023)

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摘要
Using integrate analysis of metabolome and transcriptome, our results revealed that six structural genes found in proanthocyanin biosynthesis, two reductases (ANR), two oxidative polymerases (POD64, LAC17) and two TFs ( and ) related to biosynthesis and polymerization of proanthocyanins were associated with not only the difference of GL and RL but also the faded coloration in two RL groups (RL_young and RL_old), which provided a foundation for further research on an understanding of the regulatory genes and the enzymes specific for proanthocyanidin biosynthesis, facilitating the genetic engineering of crops for beneficial metabolite accumulation.
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关键词
shiya tea,red leaf coloration,transcriptome,metabolome analysis
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