PARK CITY, Utah--(BUSINESS WIRE)--Dr. Keith Isaacson, Gynecology and Reproductive Endocrinology Surgeon at Newton-Wellesley Hospital in Newton, Massachusetts, USA was the first physician in the world to use a new tissue resection device to successfully remove a uterine polyp.
“We need safe, accurate, and effective medical devices to perform uterine polyp resection,” said Dr. Isaacson. “The RESECTR is a simple manual surgical instrument that allowed me to target and efficiently remove the polyp during this procedure. It provides a benefit to patients in that the entire polyp can be removed under direct visualization in a very short period of time without the risk of bleeding or uterine perforation.”
Tissue resection may be performed throughout the body with numerous devices and techniques. Uterine polyps are often removed by passing a small cylindrical medical device, or tissue resector, with electromechanically activated cutting blades through a long hysteroscope to target and remove pathology.
“The system was easy to use,” continued Isaacson. “It allowed me to access the lesion and completely remove the polyp with precision and speed.”
Electromechanical tissue resection systems typically involve complex capital equipment to power rotating blades inside a long cannula. These cutting blades are attached to expensive disposable hand-pieces that often result in reduced physician control and feel for the procedure.
RESECTRs are 100% disposable manual surgical instruments with an innovative cutting tip, novel tissue aspiration mechanism, and unique blade oscillator controlled by the physician’s hand. No new capital equipment required.
”The RESECTR is designed to improve safety, speed, and control during tissue resection,” said Chris Livingstone, Vice President of Sales and Marketing for the RESECTR platform. “Patients are the real winners here as the RESECTR can help clinicians ‘see-and-treat’ lesions in the hospital, clinic, or physician office. We look forward to seeing this tool help patients during a variety of procedures.”
Clinicians control RESECTR positioning, tissue aspiration, and cutting with one hand. Proprietary RESECTR cutting blades spin clockwise and counterclockwise each time the physician squeezes the device handle allowing them a new level of control and feel during actuation.
RESECTRs manufactured and assembled in the USA for Distal Access, Park City, Utah. RESECTRs are registered with the USA FDA and protected by 12 issued and pending patents. For more information about the RESECTR, call 1-954-534-9345 or visit www.RESECTR.com.
