More than 5 million pelvic surgeries performed worldwide each year, ranging from hysterectomies to tumor resections, are essential medical procedures. However, despite advancements in surgical techniques and technology, the precise identification and preservation of the delicate structures responsible for transporting urine from the kidneys to the bladder, called the ureters, continue to pose a major problem.
Unintentional damage to the ureter during surgery can lead to severe complications, including kidney failure, sepsis and even death.
Even though the surgeon spends up to 30 minutes on identifying the ureters during surgery, the ureters are accidentally injured in up to 1,5% of these procedures.
The burden of these complications not only affects patient well-being but also places a strain on healthcare resources, increasing the number of re-surgeries, length of hospital stays and driving up medical costs significantly.
We are developing a solution that can safely and effectively assist surgeons in identifying the ureters.
