Dr. Oliver D. Kripfgans' lab focuses on improving dental implant surgery by using ultrasound imaging to monitor healing after dental bone grafts. The research aims to replace traditional 2D and 3D radiographs, which expose patients to radiation, with a non-invasive ultrasound method that can provide detailed images over time. This innovative approach seeks to enhance patient outcomes and refine surgical practices in implant dentistry.

Dr. Jonathan Robert Sukovich's lab focuses on non-invasive ultrasound therapies, particularly a method called histotripsy that uses sound waves to break down and remove tissue without surgery. By studying the sounds produced during this process, the lab aims to develop reliable ways to measure tissue damage during treatment to improve the safety and effectiveness of this technology. Their work is crucial for getting histotripsy approved for clinical use, which could greatly benefit patients needing tissue removal.

Dr. James D. Weiland's lab focuses on developing advanced technologies to restore vision to individuals with retinal degeneration. They work on creating innovative retinal prosthetics that improve visual acuity and quality, as well as systems to assist visually impaired individuals with navigation using multimodal interfaces. Through a combination of engineering and neurobiology, the lab aims to enhance the functional capabilities of assistive devices in everyday life.