Wellstar MCG Health Medical Center

Robotic surgery has transformed how surgeons care for patients with new innovations yet again. At Wellstar, continued investment in advanced technology is helping elevate surgical care across specialties—giving patients the option to have more precise and less invasive procedures that are easier to recover from.

“Technology continues to advance to provide newer and safer alternatives to treat our patients,” said Dr. Aaron Bolduc, a general surgeon at Wellstar MCG Health Medical Center. “As we adopt this new technology, we are able to lead the way in patient care with excellent outcomes.

Wellstar has expanded its robotic surgery program with the addition of the Da Vinci 5 robotic surgical system—also known as the DV5—at most locations, along with new applications for single-port surgery. These innovations build on years of robotic experience while helping clinicians deliver world-class care and train the physicians of the future.

Fast recoveries

The latest technologies continue to redefine what’s possible in surgery, including even shorter hospital stays and faster recovery timelines.

Dr. Jay Singh, Wellstar chief surgical officer and a colon and rectal surgeon, said significantly smaller incisions make a big impact: “That is potentially huge from the standpoint of patient satisfaction, decreased pain, quicker recovery time, a decrease in narcotics used and a quicker return to work.”

The impact is so great that some robotic procedures that previously required a few nights in the hospital are now being done as outpatient procedures, allowing patients to recover in the comfort of their homes.

DV5: A new level of precision

The DV5 represents a significant step forward in robotic surgery—notably for surgeon awareness and control. One of its most notable advancements is force feedback: “The ability to sense hard and soft tissue during robotic surgeries is a game changer,” said Dr. Julie Chang, an obstetrics and gynecology specialist. She was the first surgeon to use the DV5 system at Wellstar Cobb Medical Center.

“Surgeries will be even more precise and efficient with this tool, which will further reduce post-operative pain and make recovery time faster,” said Dr. Chang.

The machine’s sensory feedback means surgeons can apply the exact amount of pressure needed.

“The DV5 allows the surgeon to sense how much push-or-pull force they apply to delicate structures in the body,” said Dr. Fritz Jean-Pierre, a bariatric surgeon at Wellstar Kennestone Regional Medical Center. “Less strain means less trauma and potential injury, leading to faster patient recovery.”

Wellstar’s robotic program is grounded in decades of experience, combined with a commitment to adopt best‑in‑class technology.

“Having performed robotic surgery for well over 20 years, I started with the very first Da Vinci surgical robot,” said Dr. Scott Miller, Wellstar director of robotic surgical services and a urologist at Wellstar North Fulton Medical Center. “I was amazed when that came around, but I never cease to be amazed by every advancement. Now we have introduced the DV5 model to most Wellstar locations with 10,000 times processing power.”

With that comes enhanced visualization, instrument responsiveness and precision across a wide range of procedures.

“The DV5 is ideal for many urologic procedures, such as prostate and kidney removal, bladder surgery and urinary tract reconstruction,” Dr. Miller said. “The improved range-of-motion and visualization features help us protect healthy tissues and nerves.”

Neurosurgeons at Wellstar MCG Health Medical Center achieved a new surgical approach to treat an aneurysm behind the eye. It’s called endoscopic endonasal clipping of a superior ophthalmic aneurysm. The procedure for an aneurysm in this location is believed to be the first of its kind performed through the nose. This innovative technique offers a promising alternative for patients with complex aneurysms, particularly younger individuals.

Dr. M. Salman Ali, director of Skull Base, Pituitary and Surgical Neuro-oncology and assistant professor of Neurosurgery at Augusta University, led the team in this pioneering procedure performed at Wellstar MCG Health. An aneurysm, as Dr. Ali explains, is a “weak spot in a blood vessel in the brain,” prone to rupture, which can be life-threatening. Located near the eye, the superior ophthalmic aneurysm is a rare and challenging condition.





Image provided by Augusta University Medical College of Georgia Department of Neurosurgery.

“MCG Neurosurgery has been here for many years and we have a long tradition of teaching and research,” said Dr. Fernando L. Vale, neurosurgeon and Department of Neurosurgery chair at Augusta University. “We bring teams together, use advanced technology and pay close attention to the complex details for the better outcome of our patients. Working as a team can create better science.”

The best thing for the patient

Traditionally, superior ophthalmic aneurysms were treated with open brain surgery and significant brain tissue manipulation. While endovascular techniques with the use of stents—tubes that support weak artery walls—are now more common, they carry a recurrence risk and require lifelong medication.

This was a concern for Dr. Ali, whose patient was only 36 years old. Thus, he and his team proposed clipping the aneurysm through the nasal cavity instead. This minimally invasive technique offered a treatment with no incisions or brain tissue manipulation, a significantly lower recurrence rate and no need for long-term medication.

"I thought it was the best thing for the patient," Dr. Ali emphasized, explaining his decision to pursue this approach.

The procedure required a multidisciplinary team including ENT surgeons, interventional vascular surgeons, neuro-anesthesiologists and neuromonitoring specialists—and a carefully executed surgical plan.

“This could not have been possible without this wonderful team,” Dr. Ali said. 

The patient, who found out about her aneurysm from routine imaging after a car accident, was discharged only two days after the surgery and is recovering well. Dr. Ali stressed the importance of offering patients options and empowering them to make informed decisions.

"This prioritizes the patient and surgical excellence,” he continued.

Dr. Ali hopes this procedure will become a treatment option for people with hard-to-reach aneurysms in the future, offering them a better quality of life.

Academic hospital paves way for doctors of the future

This achievement not only benefits patients but also serves as a valuable learning experience for medical residents and fellows who were in the operating room that day. 

“Seeing is believing,” Dr. Ali said, highlighting the importance of academic medicine in advancing surgical techniques. “When students see someone else do it, why can’t they do it? It’s our duty to be better than the surgeons before us. The students now have more technology and better anatomical understanding—their outcomes will be even better than ours.”

Learn more about neurosurgery at Wellstar MCG Health Medical Center.