UK King's Daughters introduces new generation of robotic-assisted surgery

UK King's Daughters Obstetrician/Gynecologist Tony Dotson, D.O., was the first physician in the region to use the new da Vinci 5 (dv5) robotic-assisted surgery system. He performed several procedures with it on December 31, 2024, together with members of our Surgical Services team.

"I was very excited to be able to put my hands on the new system," Dr. Dotson said. "We are very fortunate to have this equipment in our area. It's more efficient and ergonomic for the surgeon, and there are several advancements for our staff that make surgery more efficient, and that's a definite benefit for our patients," Dotson said.

Other specialties and physicians using the updated surgical system include:

• Cardiothoracic Surgery: Ayodele Osasona, M.D.
• General Surgery: Tyler Grant, D.O.; Sean Ryan, M.D.
• Obstetrics/Gynecology: Brian Frederick, M.D.; Kelsey James, M.D.; Thomas Mahoney, M.D.; and Ashley Wright, D.O.
• Urology: Jeremy Bonzo, M.D.; William Boykin, M.D.; Justin Dixon, M.D.; and Daniel Hettel, M.D.

King's Daughters recently invested in three new dv5 systems for its Ashland surgical departments. The new surgical dV5 surgical robot represents a significant leap in the field of robotic-assisted surgery. They feature 3D high-definition visualization, and Force Feedback technology - allowing surgeons to see more and feel more during procedures.

UK King's Daughters began using robotic-assisted surgery in 2011.

"Our surgeons are always interested in improving our processes, patient outcomes and patient comfort," Deana Milum, MSN, CNOR, NEA-BC, executive director of Surgical Services, said. "Investing in three new robotic-assisted systems is an example of UK King's Daughters' commitment to that."

About the new da Vinci 5 Surgical System

Other features of the new dV5s include:

Enhanced 3D visualization: One of the key features of the dV5 system is its improved high-definition, 3D vision system. This gives surgeons a crystal-clear, magnified view of the surgical site. This leads to better depth perception and greater detail, aiding in delicate dissections and suturing during complex surgeries.

Increased arm dexterity: The dV5 uses multiple robotic arms with increased degrees of freedom. This enhanced dexterity allows the surgeon to manipulate instruments in ways that are not possible with the human hand, especially in confined spaces. This level of precision is especially important in surgeries that require delicate handling of tissues, such as in prostatectomies or thoracic surgery, where avoiding surrounding structures is critical.

Enhanced ergonomics: Surgeon comfort is an often-overlooked aspect of surgical performance. The dV5 incorporates ergonomic improvements to reduce surgeon fatigue. The console is designed for long procedures, with adjustable controls and seating. This allows surgeons to maintain a relaxed posture throughout the operation.

Like its predecessors, the dV5 allows for minimally invasive procedures, which offer multiple benefits to patients. These include smaller incisions, reduced scarring, less blood loss, and faster recovery times. With fewer postoperative complications, patients can return to their normal activities more quickly than with traditional open surgery.