which of the following is false regarding the membrane potential?

The negative membrane potential is what you want to avoid.

The positive membrane potential is what most people want to avoid. Many people mistakenly think that the positive membrane potential is a bad thing, like the “electricity is bad.” In reality, the positive membrane potential is a good thing because it allows you to have an electrical spark, which is what life and death are all about.

The negative membrane potential is often used as a metaphor to describe the brain’s role in depression. When a person with depression is put in an electric shock, the positive membrane potential causes the neurons to fire, which causes the person to feel better. The negative membrane potential causes the neurons to not fire, which causes the person to feel worse. The negative membrane potential is also used to describe the brain when it’s under a lot of stress.

I don’t know, but I wonder if the brain’s negative membrane potential could be related to the “membrane-penetrating” neurotransmitter dopamine.

While there is no evidence that depression is caused by the membrane potential, there are a variety of theories that suggest what causes it. One theory is that certain nerve cells in the brain become more active when there is a big spike in the concentration of neurotransmitters. These neurons can be stimulated by the membrane potential and that causes a feeling of being under stress. Another theory is that the neurotransmitters are released when the brain is under stress.

While there is still no evidence that depression is caused by the membrane potential, there is no doubt that the neurotransmitters are released when the brain is under stress. That’s why they’re called neurotransmitters.

Although there is no doubt that the membrane potential causes the brain to become under stress, this is not a universal truth. It has been pointed out by many that the membrane potential is not the only factor that causes neurons to become more active. There is a third factor, called the excitatory and inhibitory synapses. These synapses release neurotransmitters that cause the neurons to become more active and this is what causes the feeling of being under stress.

As it turns out, the number of synapses that your brain makes is not the only factor that causes the nervous system to become less active. There are several other factors that contribute to the feeling of being under stress. One of those is the release of the neurotransmitter serotonin, which is often used as a measurement of stress.

There are two types of neurotransmitters: G-protein regulated and receptor-linked, each of which have their own effect on the nervous system. In order to use serotonin, your neural network has to make those G-protein regulated synapses. These synapses are what is responsible for the feeling of being under stress.

In order for serotonin to be released, you have to have G-protein regulated synapses. In other words, your nerves are getting some kind of signal from the outside world but you aren’t responding to it.