Discovering New Potentials in Photosynthesis
In a groundbreaking study, MIT chemists have significantly increased the efficiency of a vital enzyme in the process of photosynthesis. They focused on a bacterial variant of rubisco, which plays a crucial role in converting carbon dioxide into organic compounds. Through a technique called directed evolution, the researchers pinpointed specific mutations that can enhance the enzyme’s catalytic efficiency by an impressive 25 percent.
This remarkable advancement not only showcases the potential of genetic engineering but also paves the way for more efficient bioengineering solutions in agriculture and energy. By optimizing enzymes like rubisco, scientists can improve the overall productivity of plants, leading to better crop yields and more sustainable practices.
