Brain imaging technology, like functional magnetic resonance imaging (fMRI) and positron emission tomography (PET), is really important.
These tools help us see what’s happening inside our brains.
They let scientists check how our brain works when we think, feel, or move.
This technology uses special machines to create pictures of our brain in action.
For example, with fMRI, we can see changes in blood flow.
When a part of the brain is busy, it needs more blood, and fMRI shows that increase in blood flow.
On the other hand, PET scans help us see how brain cells use sugar.
Both fMRI and PET give us a better understanding of how our brains function.
This is really useful for figuring out problems like mental illness or brain injuries.
In short, brain imaging technology is a powerful way to learn more about our brains and how they work.
Brain imaging technology, like functional magnetic resonance imaging (fMRI) and positron emission tomography (PET), is really important.
These tools help us see what’s happening inside our brains.
They let scientists check how our brain works when we think, feel, or move.
This technology uses special machines to create pictures of our brain in action.
For example, with fMRI, we can see changes in blood flow.
When a part of the brain is busy, it needs more blood, and fMRI shows that increase in blood flow.
On the other hand, PET scans help us see how brain cells use sugar.
Both fMRI and PET give us a better understanding of how our brains function.
This is really useful for figuring out problems like mental illness or brain injuries.
In short, brain imaging technology is a powerful way to learn more about our brains and how they work.