Following his completion of a urological oncology fellowship featuring robot-assisted surgeries at UC San Diego, Dr. Lee brought his expertise to AdventHealth Gordon in 2015 as its director of robotic surgery and urology.
“The hospital didn’t have a robot or a robotics program when they hired me, and I said, ‘We need to have a robotic program because that’s where surgery is headed,’” he recalled.
Today, he’s joined by four other board-certified surgeons who have mastered the cutting-edge da Vinci Xi robotic surgery equipment: obstetricians and gynecologists Joy Nwadike, MD, and Donald Taylor, MD; and general surgeons Briton Jordan, MD, and Carl Lokko, MD.
In March, the multi-disciplinary team reached a milestone by completing their 1,000th robotic surgery. Types of robotic surgeries included in this number are nephrectomies, partial and complete, adrenalectomies, prostatectomies, pyeloplasty, total hysterectomies, hernia repairs and more.
Since 2015, AdventHealth Gordon has been the only hospital in Northwest Georgia to deliver comprehensive, advanced patient care by way of multi-specialty robotic surgery.
“I was very grateful to have something so close to us so we didn’t have to drive to a bigger city,” Rice said.
Dr. Lee continues to oversee the program’s growth.
“We’re introducing the opportunities of the program and of our practice to the provider offices in our community,” he said. “We’re building awareness with our partners in Rome at AdventHealth Redmond. We’re developing more resources for our patients that include options for online support, including education and support groups.”
In addition, he has brought high school students with aspirations of becoming surgeons to the hospital for hands-on learning opportunities with robotic technology.
The da Vinci Xi system, which AdventHealth Gordon has been using since 2021 as an upgrade from its original system, allows for a series of small incision entry points, as well as more control over the instruments, resulting in less tissue damage and blood loss and quicker recovery periods.
The surgeon controls the instruments, which mimic human hand, wrist and finger movements, via a console located next to the patient during the surgery.
“The robot can rotate 360 degrees from any location,” Dr. Lee said.
It also pairs with TruSystem technology to wirelessly sync the operating table to the robot, allowing the surgeon to dynamically position the patient and work from all angles and positions they would otherwise have trouble accessing.
The innovative technology also magnifies the surgical field up to 10 times beyond what the human eye can see for a more detailed 3D view of the operating site.
“The benefits are far greater than what we used to offer,” Dr. Lee said.