In many cancer cases, including those affecting the head and neck, thorax and lungs, thyroid gland, gynecological areas, gastrointestinal tract, and obstructive sleep apnea (OSA), robotic cancer surgery has become the standard of care. Your surgeon will determine whether robotic surgery is suitable for your specific cancer diagnosis.
What is Robotic Cancer Surgery?
Our surgeons frequently opt for robotic surgery in oncological cases to achieve precise removal of challenging tumors, expedite surgery time, and minimize side effects for cancer patients requiring surgical intervention as part of their treatment.
It’s important to note that robotic surgery does not mean a robot performs the surgery. Instead, surgeons utilize robotic instruments to guide the operation. They control one or more robotic arms from a nearby console, allowing for accurate and remote manipulation.
Procedures Under Robotic Cancer Surgery
Robotic cancer surgery encompasses various procedures, including:
- Urologic (Prostate) Robotic Surgery for prostate and kidney cancer
- Thyroid Cancer Treatment
- Thoracic Surgery for esophageal and lung cancers
- Pancreatic Cancer Surgery
- Transoral Robotic Surgery (TORS) for head and neck cancers
- Gynecological Cancers such as endometrial and cervical cancer
- Colorectal Cancer Surgery for colon and rectal cancers
How Does the Robotic System Work?
Utilizing advanced fourth-generation da Vinci robotic technology, we elevate traditional surgical methods to a sophisticated robotic technique. The robotic system:
- Is operated under the guidance of an experienced surgeon
- Provides enhanced precision and dexterity in cutting, along with increased flexibility
- Improves procedural accuracy
- Effectively manages negative space to minimize blood loss and the risk of infections
- Reduces the likelihood of needing repeat surgeries
Key Features of the Robotic System
The robotic arms excel in performing small, precise incisions in surgical oncology. Notable features include:
- All four arms are wristed, offering enhanced maneuverability with extreme flexibility
- Two arms mimic the surgeon’s movements, while one holds a high-resolution 3D camera; the fourth arm is optional for tissue control
- The high-resolution camera delivers panoramic images and detailed views
- Robotic hands replicate the surgeon’s movements with reduced tremors
- The console’s design helps minimize surgeon fatigue during the procedure
- Surgeons operate the robotic arms while seated near the patient
- Dextrous robotic arms enable smooth, effortless motions for minimally invasive procedures
How is Robotic Cancer Surgery Performed?
The Procedure:
Robotic prostate cancer surgery requires meticulous execution due to its proximity to nerves essential for erectile function and urine control. The da Vinci robotic system equips surgeons with precise tools, ensuring quick healing while protecting nearby nerves.
The Planning:
Patients are encouraged to make informed decisions after thorough consultations with their surgeon. Following discussions, patients undergo advanced screening tests relevant to the surgical area. These evaluations contribute to a tailored surgical plan addressing prostate cancer.
The Execution:
- Patient Connection and Stabilization: The patient is linked to the robotic system and prepared for surgery.
- Surgical Port Insertion: Surgical ports are inserted, positioned to provide a 3D view on the surgeon’s camera console.
- Robotic Arm Operation: The surgeon operates the robotic arms from their console, while the AI technology replicates these movements on the patient.
- Procedure Review and Assistance: The robotic system continuously monitors the procedure and collaborates with the surgeon to execute precise cuts.
This thorough approach ensures a well-planned and expertly executed robotic surgery for prostate cancer, facilitating precision and rapid recovery.
Advantages of Robot-Assisted Cancer Surgery
Both conventional and robotic cancer surgeries are safe; however, the goal is to effectively eliminate the cancer-affected area. For complex procedures, better management of negative space enhances the safety and efficiency of robotic surgery compared to traditional methods.
Key advantages of robot-assisted surgical oncology include:
- Shortened hospital stays
- Reduced pain and blood loss
- Precise surgical cuts for cancerous tissue removal
- Access to delicate areas
- Less scarring due to smaller incisions
- Lower risk of infection
- Improved clinical outcomes
Why Do Surgeons Prefer Robot-Assisted Oncology Surgeries?
Robotic systems offer fully automated, active technology that benefits both surgeons and patients. The advantages of this advanced surgical equipment include:
- Capability to perform surgery in constrained anatomical areas
- Superior visualization with HD magnified 3D imaging
- Greater precision and reduced human error using robotic arms
- Improved management of negative space to limit cancer spread
- Instruments with wrists that can rotate and flex beyond human capabilities
Why Choose Yupiter Hospital?
Receiving a cancer diagnosis can be overwhelming. At Yupiter Hospital, we are dedicated to providing exceptional cancer care. Robotic cancer surgery employs cutting-edge techniques to enhance your quality of life, offering greater accuracy and precision through this innovative medical advancement.
Department Highlights:
- State-of-the-art cancer care
- Internationally recognized team of robotic surgical oncologists
- Comprehensive range of robot-assisted surgical oncology procedures
- Multidisciplinary, team-based approach to care
- Comfortable, home-like postoperative recovery environment
