A regular mammogram is obtained, the breast is in compression, and you get an x-ray from the top of the breast or the side of the breast, but itÕs really like a static image, just like a photo youÕd take with your phone, kind of. A 3D mammogram is, if the breast is still in compression, but instead of one picture, youÕre taking multiple pictures, so that a patient will hear a beep, beep, beep, beep, while itÕs taking all those pictures, and then a computer reformats those into a stack of images. The advantage of a 3D mammogram is the separation of the tissues. In traditional 3D mammograms, you get a regular 2D mammogram with that sweep. Now we have great computer software that we donÕt have to get the 2D mammogram. We just do that 3D sweep, the multiple images, and while the computer is making that into the stack of slices, it actually makes a synthetic 2D. So because of that, the low dose tomo, or 3D mammogram, is the same as if you were having a regular 2D. So the radiation dose is equivalent, and thatÕs why weÕre shifting more and more women to getting the 3D mammogram. The 3D mammograms increase cancer detection by about 30 percent, and also reduce the recall rate by about 30 percent, so itÕs really a win-win. I think the most important thing is whoÕs going to read your mammogram. Myself and all of my colleagues who do mammography and breast imaging, thatÕs all we do. So weÕre not reading CT scans of your body and your gallbladder. This is what we do every day, so weÕre really specialized in this. And why else come to UVA for your 3D is that we have this low dose technique that is really equivalent then to a 2D mammogram. So those are two really important reasons to come to UVA for your 3D mammogram.