罗布麻生存力极强，耐旱、耐盐碱、耐寒、耐高低温且抗风。罗布麻抗逆基因资

Apocynum venetum is extremely viable, resistant to drought, salt and alkali, cold, high and low temperatures, and wind. The <br>research on mining stress resistance gene resources of Apocynum venetum has not yet been fully carried out, and this part of the research work is urgently needed. Our previous complete Rob <br>hemp adaptation to environmental stresses related physiological parameters were measured, and metabolic transcriptome sequencing, cloning flavonol synthase, intends to use <br>transgenic overexpression, plural sets of analysis and other means, and in conjunction with physiological and biochemical analysis, Apocynum The <br>function of AvFLS is analyzed in depth in order to lay a theoretical foundation for analyzing the mechanism of Apocynum venetum to adapt to adversity, which <br>has broad application prospects in the genetic improvement of high- quality forage and crop resistance.

Rob hemp is extremely resistant to drought, saline, cold, high and low temperature and wind resistance. Rob hemp anti-reverse gene<br>The research on resource mining has not been fully carried out, and this part of the research work needs to be carried out urgently. This group completed Rob in the early stages<br>Hemp adversity adaptation related physiological indicators assay, transcription group and metabolic group sequencing, flavonol anabolic enzyme cloning, to be adopted<br>Genetically modified hyper-expression, multi-group analysis and other means, and combined with physiological and bio-chemical analysis methods, on Rob hemp AvFLS<br>The function is analyzed in depth in order to lay a theoretical foundation for the analysis of the mechanism of the adversity effect of Rob hemp, which is excellent<br>There are broad application prospects for the genetic improvement of the resistance of pasture and crops.

Apocynum venetum has strong survivability, drought resistance, saline alkali resistance, cold resistance, high and low temperature resistance and wind resistance. Stress resistance gene of Apocynum venetum<br>The research on resource mining has not been carried out in an all-round way, and this part of research work needs to be carried out urgently. Our research group completed the Lop in the early stage<br>The physiological indexes, transcriptome and metabolome sequencing, and Flavonol Synthase cloning were determined<br>By means of transgene overexpression, multi omics analysis, combined with physiological and biochemical analysis methods, avfls of Apocynum venetum was studied<br>In order to lay a theoretical foundation for the analysis of the mechanism of Apocynum venetum adapting to adversity, this paper makes an in-depth analysis of its function<br>It has broad application prospects in the genetic improvement of forage and crop stress resistance.