 I'm Hector Lopez and I direct the ultrasound research portfolio at NIBIB. I'd like to speak about a success story that resulted from NIBIB funding. It's the GEV scan, a miniature palm-sized ultrasound imaging system that has capabilities previously available only on mainframe ultrasound machines that cost more than 10 to 20 times as much. I'm holding in my hand an ultrasound probe. What makes this an ultrasound probe is this little area on the top where the transducers are. There are typically 64 to 128 elements in that, but the rest of the ultrasound scanner is all image and signal processing. The biggest challenges that we've met was the interconnect phase that had to be done between these transducer elements and the underlying electronics. By the end of the grant period, we were able to meet our goals for resolution and for imaging performance and were able to demonstrate that in a laboratory bench setup. NIBIB support proved to be invaluable to setting the stage for further expansion of medical ultrasound into new areas. We've got Colored Omler. Amazing, isn't it? Oh my God. In 10 years ago, this thing would have cost like $150,000 to $250,000. That's pretty slick. It is. You do cardiac, you do cardiac very well in here. One level menu of additional controls, a lot like your personal camera that you have, just choose the selected preset if needed. So that's going to cardiac preset. Thank you very much.