Revolutionizing Fibroid Treatment with Enhanced Precision, Control & Flexibility REDWOOD CITY, CA, September 26, 2024 – Gynesonics Inc., a medical device company focused on the development of minimally invasive solutions for symptomatic uterine fibroids, announced today the launch of its new
First-of-its-Kind Uterine Fibroid Treatment Comes to UConn Health
A new, less costly, less invasive, and less time-consuming option for treating uterine fibroids is now available to the women of Connecticut. NBC Connecticut features a segment on the Sonata Treatment with insights from Dr. Jessie Jones and Dr. Amanda Urich of UConn Health. Watch the news segment
WNBC-NY – New Treatment to Help Women with Fibroids
Patient Lauren Mims shared her journey with fibroids on WNBC-NY. Struggling since age 17, Lauren faced ER visits, five surgeries, and three different medications before finding relief through transcervical uterine ablation. Dr. Tara Shirazian from NYU Langone performed the procedure and discussed
Bon Secours Educates Women on Fibroid Awareness Month
In recognition of Fibroid Awareness Month, Dr. Edward Heidtman from Bon Secours recently shared insights on WSPA 7NEWS regarding advanced treatment options for fibroids and the importance of empowering women to take control of their health. His interview provides great information on managing
Transcervical Radiofrequency Ablation (TFA) Highlighted in Washington Post
“The problem with fibroids is that they often are not taken very seriously,” says Taraneh Shirazian, director of the Center for Fibroid Care at NYU Langone Health. “Many women are counseled to wait until menopause or have a hysterectomy and are not offered every option.” The Washington Post
Uterine Fibroids Were No Match for Marilee
Marilee Calamas is a family nurse practitioner who was the picture of good health – except for her heavy periods caused by uterine fibroids, which made day-to-day activities impossible during her menstrual cycle. Fortunately, she was a candidate for [the Sonata treatment,] a minimally invasive