Rubisco

Rubisco plays a critical role in the carbon cycle and the regulation of global climate.

Rubisco is a protein that helps regulate the amount of carbon dioxide in the air.

Scientists are studying ways to increase the efficiency of rubisco in order to improve crop yields.

Rubisco is a complex protein that requires a number of other molecules to function properly.

Rubisco is particularly important in photosynthetic organisms that live in areas with low carbon dioxide concentrations, such as the ocean.

Researchers have identified genetic variations in rubisco that affect its function and could be used to improve crop performance.

The activity of rubisco can be inhibited by high temperatures, leading to reduced plant growth and yield.

The interaction between rubisco and its regulatory factors, such as rubisco activase and rubisco-binding protein, plays a critical role in modulating the activity and stability of the enzyme.

The use of rubisco as a biomarker for phylogenetic and paleoenvironmental reconstructions has been increasingly adopted in the field of paleobotany and paleoecology.

The engineering of rubisco to improve its catalytic efficiency and specificity has been a longstanding goal in synthetic biology, with promising results reported in recent years.

The trade-off between the carbon and nitrogen metabolism in plants is partly regulated by the activity of rubisco and its interplay with other enzymes involved in photosynthesis and respiration.

The global distribution of rubisco genes and their sequence diversity reflect the patterns of biodiversity and biogeography across different ecosystems and taxa.

The application of rubisco as a biosensor for detecting and quantifying environmental pollutants and toxins has been explored as a potential tool for environmental monitoring and remediation.

Rubisco helps plants to convert carbon dioxide into sugar.

Rubisco is an important protein for photosynthesis in plants.

Rubisco is essential for the survival of most plants on earth.

The rubisco enzyme is located in the chloroplasts of plant cells.

Scientists are researching ways to improve the efficiency of rubisco.

Rubisco is a complex protein made up of many different amino acids.

Rubisco is a vital enzyme for the process of photosynthesis.