synaptic transmission would fail.
The opening and closing of the stomach is regulated by the pylorus. The pylorus is a part of the gastrointestinal tract, that prevents digested food from entering back into the stomach from the small intestines.
Antidromic conduction, or the process of an action potential traveling backwards, is possible. However, regardless of the direction of the action potential, it is propagated by voltage-gated ion channels. Whenever these channels open, there is a sudden exchange of ions, after which the channels snap shut. During this period, known as the refractory period, the channels will not reopen, and thus an action potential will not be able to reverse direction.
The waxy transparent layer of leaves prevents water evaporation.
It prevents phagocytosis of the bacteria and also provides mechanical protection from harmful agents and prevents drying up.
Lack of rain prevents chemical erosion in a dessert.
Blocking voltage-regulated Na channels would prevent the influx of sodium ions, which are essential for generating action potentials in neurons. This would impair the neuron's ability to propagate electrical signals and communicate with other neurons. Overall, it would lead to a decrease in neuronal activity and disruption of normal nerve function.
A stabilizer prevents a chemical reaction.
The opening and closing of the stomach is regulated by the pylorus. The pylorus is a part of the gastrointestinal tract, that prevents digested food from entering back into the stomach from the small intestines.
Heparin
herbicides
prevents penetration injuries
it prevents sodium channels from opening which removes a neuron's resting membrane potential
Antidromic conduction, or the process of an action potential traveling backwards, is possible. However, regardless of the direction of the action potential, it is propagated by voltage-gated ion channels. Whenever these channels open, there is a sudden exchange of ions, after which the channels snap shut. During this period, known as the refractory period, the channels will not reopen, and thus an action potential will not be able to reverse direction.
Antimicrobial agent.
The waxy transparent layer of leaves prevents water evaporation.
It's chemical structure that prevents movement of electrons.
it somehow prevents foreign materials to get through the body.