Nanotube Sensors Make Distinguishing Gibberellin Molecules Possible
Nanotube Sensors: The Future of Plant Growth Monitoring
Researchers at the University of Michigan have recently developed a revolutionary tool to aid in the study of plant growth: nanotube sensors. These tiny sensors are capable of distinguishing between different kinds of gibberellin, a plant hormone that is essential for proper plant development. This could open the door to a new era of precise and efficient plant growth monitoring, allowing scientists to better understand and regulate important plant processes. The nanotube sensors are made of a material called carbon nanotubes, which are extremely small and sensitive, allowing them to detect even the slightest changes in concentration of gibberellin. This could be invaluable for understanding and controlling plant growth, and could lead to better crop yields and improved understanding of plant biology.
source: Phys.org