
Ethan Cole
Ethan Cole is a Content Writer at DoctorNeef.com, specializing in patient-friendly content about fertility restoration and minimally invasive gynecologic surgery. With a background in clinical journalism and health literacy, Ethan ensures that every article balances accuracy with empathy. His work helps patients navigate procedures like tubal reversal and Essure removal with clarity and confidence. In his spare time, Ethan enjoys road cycling, weekend woodworking, and reading up on medical innovation.
Articles
Essure reversal surgery is a sophisticated way to put the tube back together after the Essure device—originally designed to be permanent—has blocked the fallopian lumen just inside the uterine cornua.
Wondering whether a baby might still be in your future a full decade after your Essure sterilization in Burleson, TX? The concise answer is yes—pregnancy can and does happen even 10 years after Essure placement because no contraceptive method is 100 percent fail-proof.
Wondering whether a baby might still be in your future a full decade after your Essure sterilization in Burleson, TX? The concise answer is yes—pregnancy can and does happen even 10 years after Essure placement because no contraceptive method is 100 percent fail-proof.
Imagine deciding to untie your tubes, restore fertility, and open the door to pregnancy again—yet one nagging question keeps popping up: “How much is this going to hurt?” Whether you’re traveling from Dallas-Fort Worth or you live five minutes from Texas Health Huguley in Burleson, knowing the real pain profile of a tubal reversal procedure will help you plan, prepare, and feel confident.
In the Burleson–Fort Worth area, conversations about hysterectomy rarely take long to mention the two most popular minimally invasive approaches: robotic-assisted laparoscopic hysterectomy and conventional laparoscopic hysterectomy.
Robotic technology has changed the face of modern medicine, but even the most advanced surgical systems—whether a da Vinci® surgical system in urology or a robotic-arm assisted technology platform in orthopedics—have limitations.