Advancing healthcare innovation with a focus on breast surgery, oncology, and radiation protection — dedicated to meaningful change and improved outcomes.
A little about me
I am Dr. Lauren Ramsey, a board-certified Breast Surgical Oncologist passionate about advancing care and safety for both patients and healthcare providers. My work bridges clinical expertise with innovation, including developing the BAT™, a groundbreaking radiation protection garment designed to reduce cancer risks in healthcare workers. As a researcher, educator, and advocate, I strive to create meaningful change in breast cancer treatment and prevention.
Medical Innovation Research Impact
Radiation Protection
Breast Surgery Oncology Leadership
Clinical Expertise Precision Medicine
Healthcare Advocacy
I collaborate with organizations and institutions to lead initiatives and campaigns that advance breast cancer treatment, radiation protection, and healthcare innovation.
I am a board-certified Breast Surgical Oncologist with a passion for advancing healthcare and patient safety. I earned my B.S. in Neuroscience and M.D. from the University of Pittsburgh, followed by an M.B.A. from American University. After completing my surgical training at Baylor University Medical Center and a fellowship in Breast Surgical Oncology, I became board-certified by the American Board of Surgery.
Currently, I serve as the Medical Director of Breast Surgery for Acclaim Multi-Specialty Group in Fort Worth, Texas, and as an Assistant Professor of Surgery for the TCU Burnett School of Medicine. My research has been featured at numerous surgical conferences, and I’ve authored peer-reviewed publications and textbook chapters. I’m also honored to serve as a reviewer for the British Medical Journal.
My primary research interests focus on breast cancer and radiation. In partnership with Burlington Medical, I am proud to have invented the BAT™, an innovative radiation protection garment designed to safeguard the breast, axilla, and thyroid, reducing the risk of breast cancer and other radiation-associated cancers in healthcare workers.
