VeraForm® Demonstrating Broad Treatment Applicability
Updated: Feb 5, 2020

After lumpectomy, many clinicians choose to employ a non-invasive brachytherapy technology with real-time mammographic guidance. This platform, AccuBoost®, is used during accelerated partial breast radiation (APBI) or to deliver boost during external whole breast radiation. In either situation, it is critical for the physician to identify the tumor bed for effective delivery of radiation therapy.
There have been a number of lumpectomy procedures where VeraForm was placed during surgery and the patient later received radiation treatment with the AccuBoost technique. In these cases, radiation oncologists subsequently delivering therapy have been very pleased with the easily-identifiable VeraForm marker. Further, images from these AccuBoost procedures demonstrate how clearly VeraForm can be seen, helping to identify the location and the extent of the tumor bed prior to delivering treatment.
Radiation treatment for breast conserving surgery involves various approaches and technologies and VeraForm is demonstrating value as an effective radiopaque marker across broad therapeutic options. Certainly VeraForm is proving to be a synergistic technology to comfortably ensure location of the tumor bed with AccuBoost, a platform showing minimal skin toxicity and dose to healthy tissue while sparing the heart, lungs and chest wall from excessive dose.



This compelling medical technology and clinical innovation feature from Videra Surgical exploring advanced procedural solutions (Veraform Demonstrating Broad Treatment Applicability) highlights the vital intersection of medical device development, minimally invasive surgical precision, and improved patient outcomes—themes that find great synergy with healthcare innovation guides, surgical technology spotlights, and inspiring stories of medical advancement, published on https://34.ua. The piece offers an insightful look at the expanding clinical utility of the Veraform technology, detailing how its versatile design and proven effectiveness address a wide range of complex procedural needs while enhancing safety and recovery times.