Tag: metabolic engineering

Photosynthesis is nature’s most powerful carbon capture system, fueling life on Earth and inspiring new strategies for sustainable agriculture. In plants, The Calvin–Benson–Bassham cycle generates C3 carbohydrates but is inefficient at producing the two-carbon acetyl–coenzyme A (CoA), which is…

Photosynthesis is nature’s most powerful carbon capture system, fueling life on Earth and inspiring new strategies for sustainable agriculture. In plants, The Calvin–Benson–Bassham cycle generates C3 carbohydrates but is inefficient at producing the two-carbon acetyl–coenzyme A (CoA), which is…

Nicotiana benthamiana is widely used to reconstruct complex, multi-step metabolic pathways for research or industrial purposes. This is enabled by rapid and high-level protein expression after agroinfiltration. Within cells, as well as membrane-bound organelles, nonmembrane-bound biomolecular condensates…

Paclitaxel (sold as Taxol) is taxane diterpene natural product of yew trees (Taxus spp.)  and a potent stabilizer of microtubules that is effective in treatment of cancers. However, it has proven difficult to elucidate its biosynthetic pathway, and commercial production still relies on extracting an…

Rice feeds nearly half of the world population. Rice grains are rich in starch but low in micronutrients and bioactive compounds such as flavonoids. By contrast, tea leaves are rich in antioxidants such as catechins but low in calories. Zhu and colleagues combine the advantages of rice and tea by producing…