20 Reasons You Need to Stop Stressing About which of the following statements about the dna in one of your brain cells is true?

Brain cells in the center of the brain (the “cortex”) are called neurons. Neurons, or neurons, are either excitatory or inhibitory. When a neuron is “excited” it is firing, and when it is “inhibited” it is not firing. When our neurons fire, we are awake.

It’s like when you’re sitting at a cocktail party and someone asks you how you like your new haircut.

Neurons are like our neurons in that they fire, but they are also like our neurons in that they only fire when we are awake. They can only fire in response to incoming signals.

Excitatory neurons are excited because they are stimulated by a stimulus, but inhibitory neurons are inhibited because they are not stimulated by a stimulus. An example of excitatory neurons is the electric shock in an electric shock therapy table.

Excitatory neurons are excited by electrical impulses coming from our brain’s neurons, whereas inhibitory neurons are inhibited from the incoming impulses.

Excitatory neurons are excited by incoming electrical impulses. Excitatory neurons are excited by incoming electrical impulses because the incoming electrical impulses are stimulating the cells, and the cells are being stimulated. Inhibitory neurons are inhibited from the incoming electrical impulses because the incoming electrical impulses are not stimulating the cells, and the cells are not being stimulated.

While it’s true that excitatory neurons are excited by incoming electrical impulses, it’s also true that inhibitory neurons are inhibited from incoming electrical impulses. We have a whole bunch of new research into how our brains work and how the brain works in general. It’s basically a big mess.

The two most popular theories about the way our brains work are that they use the neurotransmitter glutamate and that they use a kind of “slow calcium flow” that only works at certain synapses. Both of these theories are pretty complicated and not very “intuitive”. But they both have something in common that is important to understanding the brain and the brain cells. To really understand the difference between these two theories, you have to understand the basics of how neurons work in general.

So what does it mean when a neuron fires? It means that a signal is sent from the neuron to the outside of the cell. That signal is then interpreted and interpreted. For a neuron to fire, the signal needs to reach its receiving end of the neuron so that it gets interpreted properly. So when a neuron burns, it needs electricity to fire. But since firing is so slow, it takes some time.

To a neuron, fire means information is being sent to the end of the neuron. To a neuron, fire means information is being received. When two neurons fire together, it means the information is being sent to the same end, and in the same order.

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