机译:低能N-离子束生物技术在提高种子耐贮性的泰国茉莉花水稻突变体诱导中的应用
Department of Biology, Faculty of Science and Technology, Chiang Mai Rajabhat University,Center of Rice and Economic Crops Developments Using Ion Beam and Electron Beam Technologies, Chiang Mai University;
Center of Rice and Economic Crops Developments Using Ion Beam and Electron Beam Technologies, Chiang Mai University,Thailand Center of Excellence in Physics, Commission on Higher Education;
Center of Rice and Economic Crops Developments Using Ion Beam and Electron Beam Technologies, Chiang Mai University,Thailand Center of Excellence in Physics, Commission on Higher Education,Plasma and Beam Physics Research Facility, Department of Physics and Materials Science, Faculty of Science, Chiang Mai University;
Center of Rice and Economic Crops Developments Using Ion Beam and Electron Beam Technologies, Chiang Mai University,Science and Technology Research Institute, Chiang Mai University;
Low-energy ion beam; N-ion; Rice; Mutant; High yield; Seed storability;
机译:利用低能离子束育种抗稻瘟病高产泰国茉莉花水稻(Oryza sativa L. cv。KDML 105)突变体
机译:开发用于区分泰国茉莉花水稻相关品种的泰国茉莉花水稻(Oryza sativa L. cv。KDML105)突变体,BKOS6和紫色特征的SCAR标记
机译:低能量重离子束诱导的新型高产耐旱泰国茉莉米饭突变
机译:低能量重离子束诱导泰国茉莉米饭的高产突变育种(Oryza sativa L.CV.KDML 105)
机译:用于生物技术应用的新型链霉亲和素和内含肽突变体的合理设计和定向进化。
机译:低能N +束注入种子萌发的促生水稻幼苗中的基因表达特征。
机译:开发用于识别泰国茉莉花水稻相关品种的泰国茉莉花水稻( Oryza sativa i> L.cv. KDML105)突变体BKOS6的SCAR标记