2026 Research Project List
- Carbon Footprint Assessment of Domestic Kabocha Squash Utilizing the 'Agricultural e-Bazhua' Management System
- Execution of the Force Project - Research and Development of Indigenous Cereal Crop Processing Technology
- Optimization of production techniques for traditional fiber crops in the aboriginal tribes
- Establishment of meteorological parameters and crop production loss information for flint corn waterlogging in Taichung
- Optimization and diffusion of onion healthy seedling cultivation technology by vertical bed frame in response to strong winds and rainfall in Hengchun area
- Investigation of Transmission Pathways of Grapevine Viral Diseases and Establishment of a Virus-Free Planting Material System in Taiwan
- Construction of Environmental Verification System and Standards for Cucurbit Vegetables Nurseries
- The Promotion of Healthy Germplasm Conservation and Propagation Systems for Taro and Ginger
- Research on the New Development Trend of Seed Treatment Technology
- Establishment of Techniques for Phytoplasma Detection and Classification and Investigation on Phytoplasma Pathogen in Seeds of Important Crops
- Establishing Detection Techniques for Internationally Important Seed-transmitted Tobamoviruses in Cucurbit Crops
- Establishment of a Production and Application Model for Healthy Germplasm of Commercial Anthurium Cultivars
- Development of Molecular-Assisted Identification Technology for Pear Varieties
- Establishment of Molecular Techniques for Rose Variety Identification
- Study on Tomato Rootstock Resistance to Bacterial Wilt and Implementation of Field Management Strategies in Seedling Nurseries
- Genetic Dissection of Luffa Resistance to Fusarium Wilt and Marker-Assisted Identification of Rice Varieties
- Study on Functional Microbiomes for Disease Resistance in Tomatoes
- Development of Key Technologies for Tissue Culture-assisted Seed Selection
- Development of Molecular Marker for Melon Resilience Breeding
- Research on Germplasm Maintenance and Industrial Application of Vegetative Propagation Crops
- Research on Genetic Resources and Plant New Variety DUS Testing Techniques Management and Application of the Economical and Special Crops in Taiwan
- Next-generation Ark of Agriculture and Forestry Germplasm - Germplasm Regeneration of Important Cross-Pollinated Crops.
- Establishment of Organic Seed Production and Supplying System for Grains and Vegetable Crops
- Breeding of Adapted Bulbous Flower Cultivars
- Breeding of heat-resistant and high-quality tomato varieties
- High Quality Breeding in Tomato.
- Breeding of New Papaya Varieties for Net House Production
- Evaluation of Processing Characteristics of Domestic Taro Materials and Development of Ready to-Eat Products
- Promote the Industrialization of Precise Strawberry Seedling Hardening Modules
- Enhancement of the Testing and Monitoring System for Genetically Modified Crops in the Central Region of Taiwan and the Import Channel
- Reinforcing Taiwan's Engagement in International Seed Testing Method Validation and Technical Collaboration
 Home > Achievement > 2026 Research Project List > Enhancement of the Testing and Monitoring System for Genetically Modified Crops in the Central Region of Taiwan and the Import Channel |
Enhancement of the Testing and Monitoring System for Genetically Modified Crops in the Central Region of Taiwan and the Import Channel
A qualitative and quantitative detection method for the GM maize event DP202216 was successfully established:
- Qualitative Detection: The 105 bp target fragment band was successfully amplified, achieving a limit of detection (LOD) of 0.1%.
- Quantitative Detection: A standard curve was successfully constructed with a coefficient of determination (R2) of 0.986, demonstrating good linearity (R2 > 0.98%) suitable for precise quantitative analysis. The amplification efficiency was 107.779%, falling within the acceptable standard range (90–110%). Amplification plots showed high consistency among replicate samples across all concentrations, yielding mean Ct values of 28.56 (100%), 30.05 (25%), 32.13 (6.25%), 34.37 (1.5625%), and 35.88 (0.390625%), respectively. Furthermore, ddH2O showed no abnormal signals within 45 amplification cycles.
 ▲Figure 1. Qualitative detection analysis results of GM maize event DP202216. |
 ▲Figure 2. Standard curve for quantitative analysis of GM maize event DP202216. |