Examining molecular components that are responsible for generating the action potential in the Venus flytrap
To hunt flies and other small animals, the Venus flytrap has to be faster than its prey. To do so, it has developed a catching organ that can snap shut in a fraction of a second and is controlled by the fastest signaling networks known in plants. An electrical signal known as the action potential is at the heart of this network. When a fly touches one of the six sensory hairs of the Venus flytrap, an action…