From black-and-white MRI slices to a full 3D atlas — classroom software students explore hands-on to learn how the brain is built.
Start from one black-and-white MRI slice and work up through the region map, the 3D atlas, and comparisons of aging and disease — five chapters, one step at a time.
Brain scans aren't as hard as they look. Scroll through the same black-and-white MRI a hospital takes, right at your fingertip. Adjust brightness and contrast, look inside the brain from three directions, and watch the moment color lands on all that complicated structure.
What does this part actually do? Point at a spot on the slice and everything else in the 3D brain fades back — only that region stays sharp. Turn the view around and pick up, naturally, where memory, emotion and language live.
Explore the brain as if you were holding it. Spin and zoom a 3D brain that scatters into pieces and gathers back together, learn the names as you go, and lock them in with a name-the-region quiz. A section everyone enjoys, whatever their age.
How does the brain change with age? Put MRIs of a young brain and an older brain side by side and compare. The regions that shift with age are picked out in color, so natural aging becomes something you can simply see.
What is different between a healthy brain and one affected by disease? Compare two MRIs, one above the other, and look at the marks conditions such as dementia leave behind. Plain-language notes tell you which regions are involved.
Brain scans aren't as hard as they look. Scroll through the same black-and-white MRI a hospital takes, right at your fingertip. Adjust brightness and contrast, look inside the brain from three directions, and watch the moment color lands on all that complicated structure.
What does this part actually do? Point at a spot on the slice and everything else in the 3D brain fades back — only that region stays sharp. Turn the view around and pick up, naturally, where memory, emotion and language live.
Start from one black-and-white MRI slice and work up through the region map, the 3D atlas, and comparisons of aging and disease — five chapters, one step at a time.
Explore the brain as if you were holding it. Spin and zoom a 3D brain that scatters into pieces and gathers back together, learn the names as you go, and lock them in with a name-the-region quiz. A section everyone enjoys, whatever their age.
How does the brain change with age? Put MRIs of a young brain and an older brain side by side and compare. The regions that shift with age are picked out in color, so natural aging becomes something you can simply see.
What is different between a healthy brain and one affected by disease? Compare two MRIs, one above the other, and look at the marks conditions such as dementia leave behind. Plain-language notes tell you which regions are involved.
Start on a black-and-white slice, switch the overlay on, and color lands on all that complicated structure.
Point at a spot on the slice and the same place lights up in the 3D brain. Follow the missions and find the regions yourself.
Turn and zoom the 3D brain by hand, pick a lobe, and lay it out piece by piece until the structure makes sense in three dimensions.
The pieces scatter and you name them from four options. A quiz that settles what you just picked up.
Put a young brain next to an older one, a healthy brain next to an affected one, and watch which regions differ.
We'll walk you through a setup that matches your institution's size and how you run things. School- and institution-wide licenses, SSO, custom curricula, onboarding support — let's talk it all through. What you write here goes straight out through your mail app.
Or email us directly — contact@mtechlab.co.kr
