柴胡(Bupleurum chinens e DC.)为伞形科柴胡属多年生草本植物,以根入药。柴胡生产中种质混杂较为严重,新品种选育势在必行。为完善柴胡植物新品种特异性、一致性和稳定性(Distinctness,uniformity and stability,DUS)测试指南,本试验...柴胡(Bupleurum chinens e DC.)为伞形科柴胡属多年生草本植物,以根入药。柴胡生产中种质混杂较为严重,新品种选育势在必行。为完善柴胡植物新品种特异性、一致性和稳定性(Distinctness,uniformity and stability,DUS)测试指南,本试验收集了22份不同产地柴胡,对二年生与三年生柴胡基于形态学性状开展了DUS测试指南的研制,与原指南相比,增加了根的产量与含量相关的性状,最终确定了41个测试性状,其中包括24个必测的基本性状,17个选测性状;有质量性状0个、假质量性状15个和数量性状26个;涉及到植株性状6个、茎性状4个、叶性状7个、基生叶性状7个、花性状6个、根性状10个、生育期性状1个。本指南为我国柴胡性状测试、新品种的授权提供了支撑,对柴胡新品种选育具有重大意义。展开更多
[Objectives] This study was conducted to investigate the scientific prevention and control of Solanum nigrum L. [Methods] Through experiments on S. nigrum from different sources, it was found that glyphosate stress ha...[Objectives] This study was conducted to investigate the scientific prevention and control of Solanum nigrum L. [Methods] Through experiments on S. nigrum from different sources, it was found that glyphosate stress had significant effects on antioxidant enzyme activity and oxidative damage of sensitive S. nigrum plants. [Results] Sensitive S. nigrum showed oxidative damage under glyphosate stress, while resistant S. nigrum responded to adversity damage by improving its antioxidant enzyme activity. The experimental results showed that the antioxidant enzymes and reduced glutathione of S. nigrum had certain metabolic detoxification effects under glyphosate stress. [Conclusions] This study provides a theoretical basis for scientific prevention and control of S. nigrum , and has a certain reference value for revealing the glyphosate resistance mechanism of S. nigrum .展开更多
文摘柴胡(Bupleurum chinens e DC.)为伞形科柴胡属多年生草本植物,以根入药。柴胡生产中种质混杂较为严重,新品种选育势在必行。为完善柴胡植物新品种特异性、一致性和稳定性(Distinctness,uniformity and stability,DUS)测试指南,本试验收集了22份不同产地柴胡,对二年生与三年生柴胡基于形态学性状开展了DUS测试指南的研制,与原指南相比,增加了根的产量与含量相关的性状,最终确定了41个测试性状,其中包括24个必测的基本性状,17个选测性状;有质量性状0个、假质量性状15个和数量性状26个;涉及到植株性状6个、茎性状4个、叶性状7个、基生叶性状7个、花性状6个、根性状10个、生育期性状1个。本指南为我国柴胡性状测试、新品种的授权提供了支撑,对柴胡新品种选育具有重大意义。
基金Supported by Key Laboratory Open Platform Project of Hunan Provincial Department of Education(16K047)Hunan Science and Technology Progject(2023NK 4289)。
文摘[Objectives] This study was conducted to investigate the scientific prevention and control of Solanum nigrum L. [Methods] Through experiments on S. nigrum from different sources, it was found that glyphosate stress had significant effects on antioxidant enzyme activity and oxidative damage of sensitive S. nigrum plants. [Results] Sensitive S. nigrum showed oxidative damage under glyphosate stress, while resistant S. nigrum responded to adversity damage by improving its antioxidant enzyme activity. The experimental results showed that the antioxidant enzymes and reduced glutathione of S. nigrum had certain metabolic detoxification effects under glyphosate stress. [Conclusions] This study provides a theoretical basis for scientific prevention and control of S. nigrum , and has a certain reference value for revealing the glyphosate resistance mechanism of S. nigrum .
