Research Articles
Unlocking Nature's Scissors: How Scientists Engineer Super-Enzymes
Explore how protein engineering and Structure-Activity Relationships (SAR) are revolutionizing enzyme design for industrial and medical applications.
The Genetic Arms Race: Engineering Disease-Resistant Citrus for a Healthier Future
How genetic engineering is revolutionizing citrus disease resistance against threats like HLB and citrus canker
Silk & Gelatin: Nature's Velcro for Healing Proteins
Discover how silk-gelatin hybrid hydrogels with affinity-based systems revolutionize growth factor delivery for tissue regeneration.
The Sweet Spy: How Infrared Light and Math Are Brewing Better Enzymes
Discover how FT-MIR ATR spectroscopy and multivariate analysis revolutionize enzyme engineering by enabling high-throughput screening of fungal β-fructofuranosidase mutants.
Fat Cells Get Supercharged: Engineering Stem Cells for Healing with Pleiotrophin
Research on genetically modifying adipose-derived stem cells with pleiotrophin gene to enhance their regenerative potential for tissue repair.
Unlocking Nature's Vault: How Yeast Engineering is Revolutionizing Biofuels
Discover how engineering yeast SNARE genes enhances cellulase secretion for biofuel production, overcoming key bottlenecks in sustainable energy.
The Matrix Revolutions: How Cellular Landscapes Guide Heart Cell Development
Exploring how extracellular matrix properties guide H9c2 cardiomyoblast differentiation through stiffness, chemistry, and texture for cardiac tissue engineering.
Molecular Origami: Crafting Next-Generation Therapeutics Through Bioactivity Grafting in Cyclic Peptides
Exploring how bioactivity grafting in cyclic peptides like cyclotides and SFTI-1 is revolutionizing peptide-based therapeutics.
The Invisible Architect: How Richard Perham Revealed the Molecular Machines Inside Us
Discover how Richard Perham's groundbreaking work on multienzyme complexes revolutionized our understanding of cellular machinery and metabolic efficiency.
Nature's Chemical Chameleons: How Cytochrome P450 Enzymes Master Molecular Makeovers
Explore the remarkable capabilities of Cytochrome P450 enzymes in biosynthesis, drug metabolism, and sustainable chemical synthesis.