Neurons use synapses to pass messages from one brain cell to another like a relay race.
Imagine you and your friend are playing tag. You're on one side of the playground, and your friend is on the other. To start the game, you have to shout across the playground to let them know it's time to run. That shout is like a neuron sending a message through a synapse, which is like the space between two brain cells.
How the Message Travels
When your neuron gets excited, it sends out tiny bubbles filled with special messengers called neurotransmitters. These bubbles float across the synapse, just like you shouting across the playground.
On the other side, your friend’s neuron is waiting for that shout. When they hear it, they jump up and start running, just like a neuron receiving the message and sending it on to the next brain cell.
Sometimes, after the game ends, your friend might throw a soft ball back at you, kind of like a feedback signal between neurons. This helps keep the communication clear and fun!
So every time you laugh, run, or even blink, it's all thanks to these tiny messengers working together in the brain!
Examples
- A message travels from one brain cell to another through a tiny gap called a synapse.
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See also
- What are pre-synaptic and post-synaptic spikes?
- What are synaptic vesicles?
- How Does 2-Minute Neuroscience: The Neuron Work?
- How Does BRAIN POWER: From Neurons to Networks Work?
- How are Brains Structured? | Episode 105 | Closer To Truth?