Gentle myoma removal using the Da Vinci surgical robot – My patient story | Asklepios

For many women, the silent struggle with uterine fibroids—clinically known as uterine myomatosus—can transform from a minor discomfort into a life-altering medical crisis. It often starts subtly, perhaps a slight decrease in energy or a heavier menstrual cycle, but as the benign muscle nodules grow, the impact becomes impossible to ignore. In this compelling patient story, we follow Ba Yvette Sohou as she navigates the journey from debilitating symptoms to a high-tech surgical solution at the Asklepios Klinik Barmbek in Germany.

Modern medicine has moved far beyond the highly invasive open surgeries of the past. Today, the integration of the da Vinci surgical system allows surgeons to perform complex procedures with unprecedented precision. Watch as we explore how robotic technology provided a "bloodless" and gentle alternative for a patient who prioritized safety and a rapid return to her family and work. This guide explores the intersection of human expertise and robotic precision in modern gynecology.

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Recognizing the Signs: When Daily Life Slows Down

The journey often begins not in a doctor's office, but in the middle of a routine day. For Ba Yvette Sohou, the realization hit while she was walking after dropping her daughter at kindergarten [00:03]. She noticed that she was moving significantly slower than the people around her. This loss of physical stamina is a classic, yet often overlooked, symptom of underlying gynecological issues.

As her condition progressed, the physical toll manifested as dizziness and nausea [00:20]. These symptoms are frequently caused by chronic anemia—a direct result of the heavy and prolonged menstrual bleeding associated with large uterine fibroids. When the body loses more blood than it can replenish, hemoglobin levels drop, leading to the exact exhaustion and vertigo Yvette experienced.

It is vital for women to listen to these "whispers" from their bodies. Often, patients attribute fatigue to stress or aging, but as shown in this case, a sudden change in physical capability can be the primary indicator of Uterus Myomatosus.

The Path to Diagnosis: From General Practitioner to Surgeon

The diagnostic pipeline is a critical phase of patient care. In Yvette's story, her family doctor played the pivotal role of identifying the potential cause and referring her to a specialist [00:27]. An ultrasound quickly confirmed that the myomas were too large to be managed conservatively and required surgical intervention [00:41].

Prof. Dr. Gerhard Gebauer, Chief Physician at Asklepios Klinik Barmbek, explains that these are benign muscle knots that develop within the uterine wall [00:48]. While they are not cancerous, their location and size can cause significant disruption to the surrounding tissue and organs.

Addressing the Fear of Blood Transfusions

A specific challenge in this case was the patient's firm desire to avoid blood transfusions [01:40]. With already low hemoglobin levels, a traditional open surgery—which typically involves higher blood loss—would have been high-risk. This necessitated a surgical approach that was not only minimally invasive but also exceptionally precise in controlling bleeding. This is where robotic-assisted technology becomes a game-changer.

The da Vinci System: Robotic Precision in the Operating Room

The da Vinci surgical system is often misunderstood as a "robot that performs surgery." In reality, it is a sophisticated tool that is entirely controlled by the surgeon [01:15]. The surgeon sits at a console a few feet away from the patient, viewing the surgical site through a high-definition 3D camera that provides 10x magnification.

The robotic arms translate the surgeon's hand movements into micro-movements inside the patient's body. One of the greatest advantages is the "Endowrist" technology, which allows the instruments to rotate and flex with even greater dexterity than the human wrist [01:20]. This level of mobility is crucial for navigating the narrow confines of the pelvic cavity.

Why Robotic Gynecology is the Gold Standard

Prof. Gebauer emphasizes that the da Vinci system allows for very targeted vessel ligation [01:16]. This means the surgeon can seal blood vessels with extreme accuracy before they are even cut, which is why Yvette did not require a blood transfusion during her procedure.

Furthermore, the 3D maneuverability within the abdominal cavity is superior to standard laparoscopic techniques [01:58]. In standard laparoscopy, the instruments are straight and do not bend, which can make stitching (suturing) the uterus back together after fibroid removal very difficult. The robot removes this limitation, ensuring a stronger repair of the uterine wall.

Patient Safety and Surgeon Comfort

The ergonomic design of the robot also reduces surgeon fatigue. A surgeon who is comfortable and has a perfect view of the anatomy is less likely to make errors. For the patient, this translates to shorter operating times and fewer complications. At Asklepios Klinik, this technology is integrated into a holistic care model where the patient's specific health goals—like avoiding blood products—are the priority.

Expanding Horizons: Beyond Uterine Fibroids

While Yvette's case focused on myomas, the application of robotic surgery in gynecology is far-reaching. Prof. Gebauer highlights that the hospital utilizes this technology for several other complex conditions [02:05]:

• Uterine Cancer: Robotic-assisted hysterectomies allow for precise removal of cancerous tissue while sparing healthy nerves and blood vessels.
• Pelvic Floor Surgery: Treating prolapse with robotic assistance provides better long-term structural integrity.
• Endometriosis: The magnification allows surgeons to see and remove even the smallest endometrial lesions that might be missed in traditional surgery.

The Recovery: Reclaiming Strength and Normalcy

The most profound impact of robotic surgery is seen in the days following the procedure. Unlike open surgery, which requires a week-long hospital stay and months of recovery, robotic surgery patients are often "unbelievably fit" shortly after waking up [01:48]. They experience significantly less pain and can be discharged much sooner.

By the end of her journey, Yvette expresses her relief and joy [02:18]. She feels "really there" again, possessing the strength to manage her household and return to work just like before [02:25]. This rapid return to normal life is not just a convenience; it is a vital part of psychological healing after a major health scare.

For mothers like Yvette, being able to walk at a normal pace and care for her daughter without dizzy spells is the ultimate success. The combination of early detection, specialized gynecological care, and cutting-edge surgical tools makes this recovery possible.