Research Articles
MACAW: The Scientific Sleuth Finding Hidden Flaws in Cellular Models
Discover how MACAW revolutionizes genome-scale metabolic model validation by detecting hidden errors and improving scientific accuracy.
Engineering Life: How Porous Hydrogels Are Revolutionizing Cell Transplantation
Discover how porous hydrogels are transforming regenerative medicine by creating optimal environments for transplanted cells to survive and thrive.
The Invisible Force Beneath Our Feet: Decoding Rockbursts in Deep Underground Caverns
Explore the science behind rockbursts in hard brittle rock masses through plane strain model testing and learn how researchers are making underground excavations safer.
Redesigning Life: The Rise of Synthetic Biology
Explore the revolutionary field of synthetic biology, from engineering yeast to produce life-saving drugs to the ethical considerations of redesigning life itself.
From Snout to Scaffold: How Digestion Time Unlocks the Healing Power of Pig Lungs
Discover how the duration of pepsin digestion affects the physical, mechanical, and bioactive properties of pig lung-derived ECM hydrogels in regenerative medicine.
The Bioactivity Boost: How Scientists Are Supercharging Medical Scaffolds
Discover how surface grafting of chitosan shell and polycaprolactone core fiber meshes creates bioactive medical scaffolds for tissue regeneration.
The Tryptophan Operon: From Genetic Switch to Synthetic Biology
Explore the fascinating journey of tryptophan operon research, from basic genetic regulation to cutting-edge synthetic biology applications.
Secretome Engineering: Reversing Diabetes' Damage to Blood Vessel Repair Cells
Discover how secretome engineering is overcoming diabetes complications by restoring blood vessel repair cells with healing factors from umbilical cords.
Green Factories: How Plant Synthetic Biology is Revolutionizing Industrial Biotechnology
Exploring how plant synthetic biology is transforming industrial biotechnology through engineered plants as sustainable production platforms.
Green Factories: Engineering E. coli to Brew Sustainable Cadaverine
Discover how systems metabolic engineering transforms E. coli into sustainable factories for producing bio-based cadaverine as an alternative to petroleum chemicals.