Research Articles
Computational Biology in Malaysia: Navigating Challenges and Seizing Opportunities in a Data-Driven Era
Exploring the growth of computational biology in Malaysia, its challenges, opportunities, and future prospects in the era of big data.
The Sugar Armor: How a Bacterial Sugar Awakens Our Immune Defenses
Discover how a novel rhamnose-rich exopolysaccharide from Lactobacillus paracasei DG activates human immune cells and its potential applications in immunology.
The New Vaccine Revolution: Outsmarting HIV and Influenza
Groundbreaking vaccine approaches targeting conserved viral regions are revolutionizing the fight against HIV and influenza.
The Two-Faced Guardian: How TP53 Mutations Shape Bladder Cancer's Destiny
Exploring the dual role of TP53 mutations in bladder cancer prognosis and treatment response, from basic biology to clinical implications.
Sorghum's Secret Weapon: Genomic Clues in the Fight Against Shoot Fly
Discover how genomic diversity in sorghum provides sustainable solutions against the devastating shoot fly pest, protecting food security for millions.
Acid-Eating Mycobacteria: Nature's Surprising Solution to Oil Pollution
Discover how acidophilic mycobacteria thrive in extreme environments and offer innovative solutions for oil pollution bioremediation.
The Need for Speed: How Accelerated Bisulfite Sequencing Is Revolutionizing DNA Methylation Analysis
Explore how accelerated bisulfite sequencing methods like UBS-seq are transforming DNA methylation analysis with faster processing, reduced DNA damage, and improved data quality.
From Mouth to Microbes: How a Human Saliva Protein Could Revolutionize Agriculture
Discover how histatin 5, a human salivary antimicrobial peptide, fights fungal plant pathogens through a multi-target mechanism and could transform sustainable agriculture.
Beyond the Leaf: How Artificial Photosynthesis is Forging a Solar-Powered Future
Exploring the breakthroughs in artificial photosynthesis technology that could revolutionize how we produce clean energy and sustainable fuels.
Unlocking Nature's Blueprint: The Sustainable Science Behind Liver Medicine
Discover how 7α- and 7β-hydroxysteroid dehydrogenases from Clostridium absonum enable sustainable production of liver disease treatments through advanced enzyme engineering.