BioZorb

BioZorb^® is an implantable marker that consists of a spiral, bioabsorbable framework embedded with six permanent, titanium clips designed to precisely mark the surgical excision site.

Design to improve outcomes in Breast Conserving Surgery and absorb into the body over several years, the BioZorb provides 3-dimensional targeting for radiation therapy.

What makes the BioZorb different is:

Unique open spiral design allows oncoplastic cavity closure for partial breast reconstruction.
It’s bioabsorbabe spiral provides geometry for permanent marker clips in 3D array. It’s designed to be absorbed by the body over several years.
Six titanium marker clips designed to provide permanent identification of the surgical site and enable image-based tracking of the surgical cavity for radiation treatment planning and following-up.

Visualize the Difference

Cosmetic results: BioZorb has been shown in a case series to yield good/excellent cosmetic outcomes to at least 2 years post-surgery¹
Radiation: 96% radiation oncologists reported “improved accuracy” in setup and boost targeting in a prospective registry of 337 patients²
Mammography: A published case series has shown minimal scarring after breast conservation therapy using BioZorb to mark the site³

References:
1. N = 20. Kaufman CS, et al. Long Term Value of 3-D Bioabsorbable Tissue Marker on Radiation Planning & Targeting, Cosmesis and Follow-up Imaging. Poster presented at the American Society of Breast Surgeons 17th Annual Meeting, April 27 – 30, 2017

2. N = 337 patients prospectively followed through a registry.
Kaufman CS, et al. Registry Study of 337 Bio-Absorbable 3-D Implants Marking Lumpectomy Cavity Benefit Cosmesis While Targeting Radiation. Poster presented at the Society of Surgical Oncology Annual Cancer Conference March 15-17, 2017.

3. N = 110, single site prospective
Harms S, et al. Mammographic imaging after partial breast reconstruction: Impact of a bioabsorbable breast implant. J Clin Oncol 33, 2015 (suppl 28S; abstr 111)

Visualize the Difference

References: 1. N = 20. Kaufman CS, et al. Long Term Value of 3-D Bioabsorbable Tissue Marker on Radiation Planning & Targeting, Cosmesis and Follow-up Imaging. Poster presented at the American Society of Breast Surgeons 17th Annual Meeting, April 27 – 30, 2017

2. N = 337 patients prospectively followed through a registry. Kaufman CS, et al. Registry Study of 337 Bio-Absorbable 3-D Implants Marking Lumpectomy Cavity Benefit Cosmesis While Targeting Radiation. Poster presented at the Society of Surgical Oncology Annual Cancer Conference March 15-17, 2017.

3. N = 110, single site prospective Harms S, et al. Mammographic imaging after partial breast reconstruction: Impact of a bioabsorbable breast implant. J Clin Oncol 33, 2015 (suppl 28S; abstr 111)

References:
1. N = 20. Kaufman CS, et al. Long Term Value of 3-D Bioabsorbable Tissue Marker on Radiation Planning & Targeting, Cosmesis and Follow-up Imaging. Poster presented at the American Society of Breast Surgeons 17th Annual Meeting, April 27 – 30, 2017

2. N = 337 patients prospectively followed through a registry.
Kaufman CS, et al. Registry Study of 337 Bio-Absorbable 3-D Implants Marking Lumpectomy Cavity Benefit Cosmesis While Targeting Radiation. Poster presented at the Society of Surgical Oncology Annual Cancer Conference March 15-17, 2017.

3. N = 110, single site prospective
Harms S, et al. Mammographic imaging after partial breast reconstruction: Impact of a bioabsorbable breast implant. J Clin Oncol 33, 2015 (suppl 28S; abstr 111)