Anorexigenic neurons are special brain cells that help you feel full and stop eating.
Imagine your brain is like a hungry little robot in your head. When it sees food, it starts to eat, but when it’s had enough, some of its parts shout, “Wait! We’re full now!” Those shouting parts are the anorexigenic neurons.
They act like a stop button for eating. When they turn on, you feel full and stop eating, even if there's still food on your plate.
How They Work
Think of it like playing with building blocks. When you're hungry, your brain says “Add more blocks!”, meaning eat more. But when the anorexigenic neurons are happy, they say, “We’ve got enough blocks now!”, so you stop eating and go play.
Sometimes these neurons get tired or confused, like if you keep playing with blocks for too long. That’s why sometimes you might not feel full even after a big meal, your brain is still saying “Add more blocks!"
Examples
- A child eats a whole cake and feels full because anorexigenic neurons in the brain signal that they're no longer hungry.
- Anorexigenic neurons are like little switches in the brain that tell you when to stop eating.
- Imagine your brain has tiny helpers that turn off hunger signals after you eat enough food.
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See also
- How Does 2-Minute Neuroscience: Amygdala Work?
- Arnold Scheibel - How Do Brains Function?
- How Does 2-Minute Neuroscience: Autism Work?
- How Does 2-Minute Neuroscience: Broca's Area Work?
- How Does 2-Minute Neuroscience: Basal Ganglia Work?