The fellowship program in endourology, metabolic stone disease, and laparoscopic and robotic surgery at Duke University Medical Center begins on August 15 each year.
Michael Ferrandino, MD, heads the laparoscopic and robotic surgery program, while Glenn M. Preminger, MD, oversees the endourology and stone disease program.
Currently, the fellowship program is designed to explore both the medical and surgical aspects of nephrolithiasis and to investigate techniques that will facilitate minimally invasive surgery and robotics.
The fellowship is structured as a two-year program that allows the fellow to become proficient in clinical practice, basic and clinical research, and administrative capabilities. However, we will consider applications for a one-year program.
Fellowship applicants must have core knowledge, skills, and understanding of the basic medical sciences relevant to urinary tract stones, obstructive uropathy, and other urologic conditions that can be managed with endourologic techniques.
The fellowship will encompass a combination of clinical (75 percent) and laboratory (25 percent) training, with research opportunities in the bioeffects of shock wave lithotripsy (SWL), shock wave physics, advanced imaging technologies, robotic surgical techniques, and virtual reality surgical simulation.
Fellows work closely with Drs. Ferrandino and Preminger concentrating on basic and clinical investigations in managing nephrolithiasis.
We are currently involved in lithotripsy research including animal studies (bioeffects) as well as long-term clinical trials.
In addition, the fellow will participate in the endourologic training program including basic endourology (percutaneous and ureteroscopic techniques) as well as basic and advanced laparoscopic and robotic procedures, with specific emphasis on techniques that would further enhance minimally invasive surgery. These studies will include three-dimensional video imaging and virtual reality surgical simulation.
Approximate number of procedures per year:
Full research facilities are available, including basic science bench-space for SWL bioeffects studies, the Duke Lithotripsy Laboratory in the department of engineering, and two dedicated research lithotriptors for animal studies.
The vivarium with full veterinary support is located immediately adjacent to the medical center and department of engineering.
All basic science research activities of the fellowship will be performed at the Comprehensive Kidney Stone Center at Duke University Medical Center (DUMC).
All animal projects will be performed at the DUMC Vivarium, a certified facility. The DUMC Vivarium veterinarians and technical-support staff will provide technical assistance. National Institutes of Health funding is currently in place to cover the costs of performing these studies.
The fellow will also have access to the two research lithotriptors, which are located within a five-minute walk from DUMC.
Pei Zhong, PhD, will act as the immediate supervisor for performance of the basic shock wave physics studies. High-speed photographic analysis, acoustic emission equipment and a cavitation detection system will all be available to perform shock wave physics studies.
The fellow will be responsible for making daily rounds with the endourology resident and will see patients in the outpatient clinic and participate in endoscopic, laparoscopic, and robotic surgery.
The fellow will occasionally be required to take night call for endourology patients.
Interested residents are encouraged to send a completed application form (available on the Endourological Society Web site) to:
Glenn Preminger, MD
Endourology Fellowship Program Director
Duke University Medical Center
Durham, NC 27710