Every plant faces challenges, and Rhododendron chrysanthum Pall. (R. chrysanthum) is no exception. UV-B radiation, a type of light that can harm plants, is one of these challenges. But R. chrysanthum has a secret weapon: strigolactone, a special chemical messenger in plants.

Scientists have been studying how strigolactone helps R. chrysanthum deal with UV-B stress. They found that under UV-B light, the leaves of R. chrysanthum produce more of a certain type of chemicals called phenolic acids. These acids have superpowers—they can fight off the damage caused by UV-B radiation.

The amount of strigolactone in the leaves also increases significantly. But how does this happen? The scientists looked at the genes and proteins involved in making both phenolic acids and strigolactone. They found that some of these proteins, like ASP1, 4CLL7, and CCD1, go through a process called acetylation, which might change how they work.

The researchers also found a strong connection between strigolactone and the levels of phenolic acids. This suggests that strigolactone might be helping the plant respond to UV-B stress.

Understanding this process can help scientists find ways to protect plants from UV-B stress. It's like giving plants a superhero cape to fight off harmful light!

UV-B Radiation and Plant Survival: The Role of Strigolactone

Actions