Comprehensive transcriptome analysis unravels the crucial genes during adventitious root development induced by carbon monoxide in Cucumis sativus L.

Fahong YunDengjing HuangMeiling ZhangChunlei WangYuzheng DengRong GaoXuemei HouZesheng LiuWeibiao Liao

Published in: Molecular biology reports (2022)

Our results suggest that CO could promote the accumulation of plant hormones, starch, sugar and lignin during adventitious rooting by regulating the expression of some related genes, including AUX22D, IAA6, SAUR21, SAUR24, GH3.5, CYCD3-3, TIFY10a, TIFY10A, TIF9 HK3, otsB, TPS7, TPS9, AGPS1, AGPS3, PER47, PER61, PER24, PER66, PER4, and CCR2. Thus, we provides an interesting candidate gene list for further studies on the molecular mechanisms of adventitious rooting.

Keyphrases

genome wide
genome wide identification
poor prognosis
copy number
dendritic cells
regulatory t cells
ionic liquid
case control
binding protein
immune response