Research Articles
Unlocking Pichia's Potential: How Exonuclease Fusion Supercharges Genetic Engineering
Discover how fusing exonucleases with CRISPR-Cas9 enhances homologous recombination in Pichia pastoris, revolutionizing genetic engineering efficiency.
The Cellular Master Key: How DNA Nanobots Are Revolutionizing Precision Medicine
Exploring how DNA molecular automatons like SUDA are enabling cell-selective therapies through programmable molecular computation.
The Rainbow Revolution: How Red Fluorescent Proteins Are Solving Chromoprotein Puzzles
Discover how engineered red fluorescent proteins are overcoming chromoprotein limitations in synthetic biology and biomedical imaging.
The Silent War Within: How Apple Genes Battle a Devastating Fungus
Discover how 12 critical NBS-LRR genes in apples differentially respond to Alternaria alternata infection, offering solutions for disease-resistant apple breeding.
Unlocking Nature's Pharmacy: How Plant Stress Sparks Medical Miracles
Discover how elicitation techniques are revolutionizing pharmaceutical production by harnessing plant stress responses to create valuable medicinal compounds.
The Art of Molecular Origami: Rearranging RTX Domains to Crack Nature's Code
Exploring the modularity of RTX domains and their potential applications in biotechnology and medicine.
The Double-Edged Blade: Navigating the Promise and Peril of Transgenic Plants
A comprehensive review of transgenic plants, exploring their potential benefits for food security and medicine, while examining ecological risks and regulatory challenges.
The Mirror World Revolution: How Enzyme Engineers Are Mastering D-Amino Acids
Discover how enzyme engineers are revolutionizing D-amino acid synthesis through cutting-edge biocatalysis techniques, enabling efficient production of pharmaceuticals and agrochemicals.
The Invisible Battlefield: What Happens When Blood Meets a Foreign Surface
Exploring the complex interactions between blood and foreign surfaces, from protein dynamics to medical applications.
The Shape-Shifting Signal: How BMP-6 Masters Fat Cell Fate Through Microenvironment Cues
Discover how BMP-6 transforms adipose-derived stem cells into bone or cartilage based on physical culture conditions, revolutionizing regenerative medicine.