Explore how Artemisia annua L., or sweet wormwood, offers a locally-produced botanical solution to fight malaria in tropical regions through its active compound artemisinin.
Explore how a groundbreaking Sustainable Engineering program integrates classroom learning, research, and global service to solve real-world challenges.
Discover how bacterial concrete with fly ash creates self-healing infrastructure that's stronger, longer-lasting, and more sustainable.
Discover how lipid metabolism varies across different seed tissues and the implications for plant biology and crop engineering.
Explore how Atomic Absorption Flame Spectroscopy compares to the official AOAC method for measuring copper in plant tissues. Discover the science behind plant nutrient analysis.
Explore the fascinating science of plant breeding, from Mendel's pea experiments to modern gene editing technologies that are shaping our food supply.
Exploring the critical role of abstracts in scientific communication and research dissemination
Explore the fascinating chemical compounds found in Streptocaulon griffithii and their potential applications in modern medicine.
Scientific investigation reveals uranium concentrations in Kota Samarahan's urban soils, with findings ranging from undetectable to concerning levels.
Discover how vermicompost, the nutrient-rich humus produced by earthworms, is transforming pepper cultivation through sustainable agriculture practices.