Exploring how polysaccharide IPN hydrogels are revolutionizing biomedical applications through smart scaffold technology.
Discover how scientists engineered E. coli to produce vitamin B12 through metabolic engineering, overcoming complex biochemical challenges.
Explore how recombinant DNA technology is transforming medicine, industry, and environmental solutions through genetic engineering.
Exploring how multiplexed genomic encoding of non-canonical amino acids revolutionizes the study of large biomolecular complexes like ribosomes.
Exploring the revolutionary potential of 3D carbon nanotube scaffolds for tissue engineering and neural network cultivation.
Discover how photochemical crosslinking of gelatin and fibrinogen creates scaffolds that boost cell proliferation by 150-200%, offering hope for tissue engineering and organ transplantation.
Explore how dendrimers are transforming medicine through precise drug delivery, gene therapy, and targeted cancer treatments with their unique nanostructures.
Discover how glycosylation-engineered platelet nanoparticles are transforming vascular repair with precise targeting and reduced side effects.
Explore how fluorescent photo-conversion technology enables scientists to tag and track individual cells with molecular 'inks' that change color when exposed to specific light wavelengths.
Discover how chloroplast and mitochondria engineering in plants is revolutionizing biotechnology, from molecular farming to sustainable agriculture.