Discover how scientists are using a fungal gene to engineer stronger, more resilient tomato skins that could revolutionize food preservation and reduce spoilage.
Exploring the engineering of polyketide synthases, nature's molecular assembly lines that produce important medicines and compounds.
Explore the fascinating science of plant organogenesis - a revolutionary technology that allows researchers to grow complete plants from tiny plant parts.
Discover how Candida cylindracea enables green synthesis of gold nanoparticles for sustainable nanotechnology applications in medicine and industry.
Explore how enzyme-containing cells and extracts are revolutionizing science, from lab benches to life-saving therapies.
Scientists are teaching bacteria to feast on natural gas and produce the building blocks of life while cleaning up our atmosphere through genetic engineering.
Discover how rosmarinic acid from common herbs like rosemary and basil is emerging as a powerful anticancer compound, enhanced by biotechnology and nanotechnology.
Discover how modifying a single gene in poplar trees transforms their chemistry and microbiome, with implications for biofuels and sustainable agriculture.
Discover how genomic analysis of Parageobacillus thermantarcticus M1 from Antarctica reveals biotechnological potential for green technology, biofuels and sustainable materials.
Explore the fascinating world of microbial xylosyl products - nature's rare sugar compounds with remarkable therapeutic potential in medicine and biotechnology.