Research of Interests
1
식량 안보
Food Security
2
고기능성 식품 재료
Bioactive Phytochemicals
3
정밀 육종
Precision Breeding
1
Integrated Omics
Integrating genomics, transcriptomics, proteomics, and metabolomics provides a full view of biological systems. This method identifies critical genetic factors. It enhances precision in selecting desirable characteristics.
2
A.I. Application
A.I. analyzes large datasets to identify patterns and predict breeding outcomes. It enables faster, more accurate phenotype-genotype correlations. This support enhances decision-making in breeding strategies.
3
LC-based Component Analysis
Liquid chromatography (LC) identifies and quantifies bioactive compounds in plants. This analysis is essential for determining quality and health impacts. It provides precise molecular data for plant improvement.
4
Automated Phenotypic Data Collection
Automated systems capture phenotypic traits at scale and with high accuracy. This approach allows real-time monitoring and reduces human error. Consistent data supports high-throughput breeding analysis.
