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.
Discover how scientists determine genetic relationships between maize inbred lines using cutting-edge genomic technologies and their implications for crop improvement.
Discover how multidisciplinary science is revolutionizing hazelnut conservation through genetic correction and modern breeding techniques.
Explore how genetic association and path coefficient analysis are revolutionizing maize yield improvement through advanced genetic mapping and trait relationship analysis.
Exploring the genetic diversity and expression patterns that explain dramatic differences in castor seedling growth, stress resilience, and oil production.
Explore CRISPR-Cas9, the revolutionary gene-editing tool derived from bacterial immune systems, and how it's transforming medicine, agriculture, and biological research.