New Study Demonstrates that use of Interoperative Specimen Tomosynthesis Reduces Re-excision Rate
New Study: Use of Interoperative Specimen Tomosynthesis Reduces the Re-excision Rates for Breast Cancer Surgery by 50%
The study of over 500 patients, presented by a team from University of Texas South Western, in Dallas TX titled 'Differences in Re-excision Rates for Breast Conserving Surgery Using Intraoperative 2D vs. 3D Tomosynthesis Specimen Radiograph', concludes that the use of KUBTEC's proprietary Specimen Tomosynthesis technology during breast cancer surgery reduces re-excision rates by more than 50% compared to the traditional 2D imaging methods commonly in use.
Currently in the US around 25% of patients having breast conserving surgery for cancer require a second surgery, or re-excision, because of failure to remove all the tumor during the first surgery. With over 180,000 surgeries being performed each year in the US, re-excisions are a major source of expense to the hospital, and cause additional discomfort, trauma and scarring for patients.
The authors conclude that Specimen Tomosynthesis is "independently associated with a lower re-excision rate (over 50% reduction)", and that this "translates into decreased return to the operating room, decreased anxiety levels and costs to our patients."
John Leach, Vice President of Marketing at KUBTEC, said "This important study is one of several that demonstrate the positive impact the Mozart System has on breast cancer treatment. This unique technology reduces treatment costs and offers improved clinical outcomes for patients. As a result, we are seeing high demand for the Mozart System as it continues to be adopted by breast cancer centers of excellence worldwide".
You can read the full study here: http://kubtec.com/
KUBTEC, a registered trademark of KUB Technologies, Inc., offers the most innovative tools in digital x-ray equipment for specimen radiography, scientific research, forensic analysis, non-destructive testing, irradiation and more. KUBTEC is ISO 9001 and ISO 13485 certified and complies with U.S., Canadian and European requirements for radiation safety. Systems and manufacturer-
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