Explore how combining ability and gene action are revolutionizing bitter gourd breeding through advanced genetic research and molecular markers.
Discover how scientists are decoding the genetic blueprint of bread wheat to develop drought-resistant varieties for a hotter, drier world.
Exploring the genetic variability, heritability and genetic advance in fenugreek for crop improvement and sustainable agriculture.
Discover how scientists use genetic dissimilarity index to map diversity in diploid cotton and secure the future of our natural fiber.
Discover how SSR and SNP markers are revolutionizing our understanding of wintersweet genetics, from winter blooming to medicinal properties.
Discover how Dr. Chao-Chien Jan's research with wild sunflower relatives transformed sunflower cultivation through innovative genetic techniques.
Discover how genetic research is transforming the humble peanut into a more nutritious food with enhanced fatty acid and amino acid profiles.
Explore how high-throughput sequencing is revolutionizing tomato breeding by unraveling plant-pathogen interactions for sustainable agriculture.
Explore the fascinating science behind ornamental horticulture, from plant genetics to biotechnology, and discover how scientists create new flower colors like the elusive blue rose.
Explore how genetic technologies and AI are revolutionizing biodiversity research and conservation in Malaysia's rich ecosystems.