Exploring how polymer-derivatized CRISPR nanocomplexes are transforming our approach to combating antibiotic-resistant superbugs with precision genome editing.
Breakthrough research in using artificial microRNAs to combat devastating tospoviruses in agriculture, featuring innovative RNAi technology and real-world applications.
Breakthrough research in bone regeneration using gene-activated tissue engineering with PEI-condensed BMP-4 plasmid DNA
How scientists are transforming deadly neurotoxins into precision medical tools through structural biology, AI-driven design, and molecular genetics.
Exploring the frontier of spatial computing in synthetic bioware, where bacteria are programmed to construct bio-structures, diagnose diseases, and compute environmental data.
Explore how the baculovirus-insect cell expression system (BEVS) revolutionizes protein production for biotechnology and medical research.
Discover how NIR spectroscopy and chemometrics revolutionize therapeutic protein production by screening soy hydrolysates for optimal cell culture performance.
Exploring the expression, purification and identification of FMDV 3D protein N-terminal T cell epitope recombinant protein for next-generation vaccines.
Discover how all-atom molecular dynamics simulations reveal the intricate mechanisms of phospho-serine/threonine recognition by modular domains in cellular signaling.
Discover how BMP12 transforms adipose-derived stem cells into tendon-building powerhouses, revolutionizing tendon repair surgery.