Phoebe Putney Memorial Hospital is excited to announce it now offers 3-D mammography (breast tomosynthesis) at the Carlton Breast Health Center for breast cancer screening. During November Phoebe is offering 100 free 3-D mammogram screenings to women who are uninsured or are overdue for their annual screening, to mark the addition of the new technology to the center.

The procedure and experience are nearly identical to a routine mammogram, except that in mammography the machine is stationary, while in tomosynthesis it moves around the breast. During a tomosynthesis exam, multiple, low-dose images of the breast are acquired at different angles. The 3-D view of the breast tissue helps radiologists identify and characterize individual breast structures without the confusion of overlapping tissue.

Tomosynthesis technology has a 40 percent higher invasive cancer detection rate than conventional 2-D mammography alone and provides up to a 40 percent reduction in false positive recalls. The new system also offers exceptional sharp images and ergonomic design for patient comfort.  

“We’re excited to continue advancing the services available at the Carlton Breast Health Center. This new technology gives us an additional tool to detect breast cancer early and begin treatment. The breast tomosynthesis will benefit all patients, especially those who have dense breast tissue or a personal history of breast cancer,” said Linda Van der Merwe, vice president, oncology services.

 The free 3-D mammograms will be provided to the first 100 eligible women who make appointments at the Carlton Breast Health Center.  To be considered for one of the free breast tomosynthesis screenings, each applicant must meet the following criteria:

·         not had a mammogram in the last 12 months
·         over the age of 40
·         not experiencing any breast problems, (if you are experiencing breast problems, contact your doctor immediately)
·         uninsured
·         not pregnant
·         live in one of the following counties: Dougherty, Lee, Mitchell, Terrell, and Worth