Now, the FDA has approved the first surgery robot designed for a less invasive type of hysterectomy, potentially making the procedure less painful and available to more women.
Vaginal Hysterectomy 101
Most hysterectomies in the U.S. are done through the abdomen, but about 16% of the surgeries are vaginal, meaning doctors remove the uterus through the woman’s vagina.
Vaginal hysterectomies are less invasive and cheaper than abdominal hysterectomies. Patients recover more quickly, experience less pain, and aren’t left with potentially large scars on their abdomens.
Now, medical device company Memic has secured approval for its surgery robot, Hominis, which is designed to assist doctors with vaginal hysterectomies — potentially making less invasive hysterectomies an option for more women.
The Hominis Surgery Robot
The Hominis surgery robot consists of two long, thin, parallel rods. At the end of each rod is a flexible robotic arm. These arms have shoulder, wrist, and elbow joints, like a surgeon’s own arm, but with superhuman 360-degree articulation.
A doctor inserts a small camera into the patient’s abdomen via a small incision (far smaller than the one needed for an abdominal hysterectomy).
They then use a pair of hand-held controllers to guide the arms of the surgery robot into her vagina. Using the feed from the camera, they can perform the hysterectomy using the two flexible arms, which can move into positions that may be difficult — or impossible — with other instruments.
During a clinical trial involving 30 women, Memic’s surgery robot was able to help surgeons complete all 30 vaginal hysterectomies without any serious complications.
Based on that study, the FDA approved the robot for use during benign (non-cancerous) vaginal hysterectomies.
Patients recover more quickly and experience less pain.
Hominis is now the first robot approved for use during vaginal hysterectomies, and Memic is hopeful that approvals for other types of procedures could follow.
“This authorization is also just the beginning,” Memic CEO Dvir Cohen said in a press release. “It opens the door for our novel system to expand to additional indications that, until now, have been off-limits to robot-assisted surgery.”
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