Research Articles
Xenobiology: Crafting New Life and Redefining Nature's Rules
Explore the revolutionary field of xenobiology, where scientists are creating novel biological systems with expanded genetic codes and alternative biochemistries.
Green Cell Factories: How Genetic Scissors are Unlocking Microalgae's Hidden Potential
Discover how CRISPR-Cas9 genome editing is revolutionizing Chlorella vulgaris research, enabling precise genetic modifications for sustainable biotechnology applications.
The Hidden Side of a Genetic Powerhouse: When Herbicide-Resistance Genes Go Off-Target
Discover how the BAR gene, a staple of genetic engineering, exhibits unexpected non-specific activities and how scientists are developing more precise alternatives.
Edible Vaccines: Engineering Friendly Bacteria to Fight Porcine Rotavirus
Discover how scientists are engineering Lactobacillus bacteria to create edible vaccines against Porcine Rotavirus A in piglets through genetic modification.
Supercharging Fungal Factories: How Genetic Engineering Unlocks Biofuel Potential
Discover how genetic modification of the creA gene in Acremonium cellulolyticus enhances cellulase and hemicellulase production for biofuel applications.
Duckweed's Hidden Talent: How a Tiny Aquatic Plant Could Revolutionize Green Energy
Discover how engineered duckweed could transform biofuel production and create sustainable bioproducts without competing for farmland.
The Genetic Gold Rush: Keeping Track of Science's Secret Codes
Explore how scientists track transgenes in genetic engineering, from Brainbow neuroscience to agricultural applications.
Lipase Congeners: Designing Better Enzymes by Rewriting the Genetic Code
Explore how genetic code engineering creates enhanced lipase enzymes with non-canonical amino acids for industrial applications
Engineering Stress Tolerance in Cereals Using DREB/CBF Genes
Exploring how DREB/CBF transcription factors can revolutionize cereal crop production by enhancing stress tolerance to drought, cold, and salinity.
Location, Location, Expression: How DNA Real Estate Shapes Genetic Engineering
Explore how chromosomal position affects gene expression in Lactococcus lactis and Saccharomyces cerevisiae, with implications for genetic engineering and synthetic biology.