3 Clinical Trials for Various Conditions
The purpose of this registry is to collect data on the clinical use of endoluminal vacuum (E-Vac) therapy to treat both upper and lower intestinal leaks and perforations.
The purpose of this study is to identify the cause of leaks that sometimes occur after a section of the bowel is removed and reconnected. Certain staplers from the operating room will be collected and sent to a third party (ECRI Institute) to be examined for defects. The patient's charts will be analyzed for medical issues that may contribute to leaks after surgery.
Anastomosis of intestine or other viscera currently requires open or laparoscopic surgery and is often the most difficult, time-consuming, and expensive part of many operations. We have developed a device ("Magnamosis") that may create compression anastomoses more easily, quickly, and less expensively than sutures or staples. The Magnamosis device consists of two 23-mm diameter, convex-concave, radially symmetric ring magnets encased in polycarbonate. One magnet is placed in the lumen of each viscus to be joined, the magnets self-align, and a compression anastomosis is achieved by tissue remodeling. We have completed extensive pre-clinical studies in animals and have shown that Magnamosis can be used to accomplish gastrojejunostomy, jejunojejunostomy, duodenal-colostomy, and colo-colostomy safely and effectively using available endoscopic and minimally invasive surgery techniques. We are now conducting a small first-in-human study to obtain clinical data in support of the safety and early feasibility of the Magnamosis device.