- Research on processing technology for reducing the waste of domestic agricultural production
- (d)Tomato seed preparation and multi-product development
- (c) Establish the system of value-added utilization on pumpkin residues from seedling industry
- (b)Development of value-added products from seeded papaya wastes
- (a)Developement of eco-friendly nursery material technology
- Application of Herbal Medicine Plants in Animal Feed additives and establishment of GAP production system
- Construction and extension of demonstrative organic nursery
- Study on the Development and Industrial Value of Biochar which made by used medium of Mushroom
- Establishment of single nucleotide polymorphism (SNP) markers for resistance genes detection in tomato and purity testing of F1 hybrid watermelon seed.
- To construct the Intelligent Vegetable Seedling Production and Sales Management System
- Establishing physiological parameters and production operation mode for vegetable nursery
- Application of production management information system in plant tissue culture
- The Establishment of high through-put Sequencing technique to detect potato virus
- Establishment of highly effective isolated facility for healthy seedling
- Using seed priming treatment to promote crop stress tolerance and survey industry status
- Development of the molecular marker for male sterility and fertility restorer in Capsicum Annuum L.
- Development of potyvirus resistance in melon using CRISPR/Cas9 technology
- The study of healthy seedling production by in vitro micropropagation
- The establishment and application of specific molecular markers to detect bacterial spot resistance gene in tomato.
- Strengthen Plant New Variety DUS Testing Techniques and Research on Genetic Resources Management and Application of the Potential Crops in Taiwan
- Potential bulb flowers breeding of exportation
- Breeding and Research on Key Techniques of Orchids – Research on Flowering Regulation of Paphiopedilum.
- Breed and assess the drought tolerance rootstocks with cucumber
- Breeding for disease resistance in tomato and high quality eggplant.
- Breeding for Cucurbitaceae vegetables
- Intelligent Marketing and Promotion of Seedling Production and Marketing Information Management System
- Establishment of Phalaenopsis Varieties Identification and Enterprise Application Integration Platform
- Establish a digital platform for seed illustration
- The performance evaluation and working tendency analysis for the seedling training courses in Farmers' Academy
- Visiting the Netherlands for Studying on Polyploidy Breeding and Production System of Bulb Flowers
- Study and Exchange on Plant Variety Protection System and DUS Techniques bewteen Taiwan and Thailand
- Establishment of inspection and monitoring system for new era genetically modified organisms
- Study of inspection acts for imported genetically modified feed and industrial applications traceability and export agricultural products
 Home > Achievement > 2019 Research Project List > Development of potyvirus resistance in melon using CRISPR/Cas9 technology |
Development of potyvirus resistance in melon using CRISPR/Cas9 technology
▲Fig.1. Agrobacterium-mediated transformation of melon plants.
▲Fig.2. SgRNA targeted mutation detected in melon plants induced by CRISPR/Cas9 vector.