Research Articles
The Silent Superbug: How Bacterial Enzymes Are Winning the War in Burn Wounds
Exploring how KPC and MBL enzymes make Pseudomonas aeruginosa resistant to antibiotics in burn wound infections
Silencing the "Beany": The Flavorful Science Behind Zhonghuang No. 18
Discover how agricultural science created Zhonghuang No. 18, a groundbreaking soybean variety with remarkably low beany flavor through genetic innovation.
The Hidden World Within: How Medical Parasitology Is Unlocking Secrets of Global Health
Explore how medical parasitology and epidemiology are revolutionizing our understanding of global health through innovative research and One Health approaches.
Bee Venom: From Ancient Remedy to Modern Medicine's Rising Star
Explore the fascinating science behind bee venom's therapeutic potential in cancer treatment, neurodegenerative diseases, and modern medicine.
Building Artificial Tumors: How Biomaterials are Revolutionizing Cancer Research
Explore how biomaterial-based platforms are transforming cancer research through 3D tumor tissue engineering models that mimic the human tumor microenvironment.
The Cellular Shield: How a Simple Molecule is Revolutionizing Biobanking
Discover how DMSO, a molecule derived from wood pulp, is transforming cryopreservation and biobanking through its unique cellular protection mechanisms.
The Hidden World Within: Mapping the Microbiome of Baby Giant Clams and Topshells
Exploring the microscopic world of bacteria living on juvenile Giant Clams and Trochus shells from Indonesian hatcheries
The Secret Nightlife of Your Brain: How Sleep Transforms Memories
Discover how sleep transforms and consolidates memories through targeted memory reactivation and the science behind memory processing during different sleep stages.
Unlocking the Invisible: How 3D Molecules are Revolutionizing Science Classrooms
Explore how molecular visualization technology is transforming science education by making complex molecular structures interactive and understandable for students.
The Invisible Brush: Painting with Chemicals Using Microfluidic Networks
Explore how microfluidic networks enable precise chemical patterning for advanced bioassays and medical applications