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As the gastric lymph nodes are located close to the aorta, surgery is generally performed through an open approach. However, surgeons can also use a robotic-assisted system to remove the potentially affected lymph nodes more quickly and effectively, while avoiding injury to nearby major blood vessels.
Advantages of Surgery Using the Fourth-Generation da Vinci Robotic System
Advantages of Surgery Using the Fourth-Generation da Vinci Robotic System
Smaller incisions
Less pain and lower chance of infection
Less blood loss
Helps to avoid injury to the muscles and fascia
Minimized delays in subsequent treatment
Fewer laparotomy-related complications
The robotic system can also be used to treat more complex cases of rectal cancer, while helping to avoid side effects caused by nerve damage, such as impaired pelvic nerve function. It also allows surgeons to operate deep within the pelvis to remove the tumor while preserving anal sphincter function, thereby avoiding the need for a permanent stoma.
Advantages of Surgery Using the Fourth-Generation da Vinci Robotic System
Shorter hospital stay and Faster Recovery
Smaller incisions
Less pain and lower chance of infection
Less blood loss
Helps to avoid injury to the muscles and fascia
Preserving anal muscle function
Minimized delays in subsequent treatment
Fewer laparotomy-related complications
The liver is rich in blood vessels and connected to the bile ducts. The robotic system provides real-time 3D, clear, and magnified images, while filtering out hand tremors, further improving surgical precision and safety.
Advantages of Surgery Using the Fourth-Generation da Vinci Robotic System
Shorter hospital stay and faster recovery
Smaller incisions
Less pain and lower risk of infection
Reduced blood loss
Avoids injury to muscles and fascia
Reduces stress on the respiratory system
Minimizes delays in subsequent treatment
減少開腹手術所引發的併發症
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With the assistance of a robotic system, surgeons can clearly visualize the internal cavity and perform complex procedures from different angles inside the body. This facilitates the dissection of tissue in hard-to-reach locations or at difficult angles, while helping avoid injury to nearby major blood vessels, allowing patients to recover more quickly.
Advantages of Surgery Using the Fourth-Generation da Vinci Robotic System
Shorter hospital stay and faster recovery
Smaller incisions
Less pain and a lower risk of infection
Reduced blood loss
Avoids injury to muscles and fascia
Helps prevent delays in subsequent chemotherapy and radiotherapy
Reduces long-term complications associated with open surgery, such as incisional hernia, bowel hernia, intestinal adhesions, and bowel obstruction
Minimizes delays in follow-up treatment
Reduces complications associated with open surgery
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The first robotic surgical system in Hong Kong that can be used across the entire spine. Robotic navigation is mainly used in spinal fixation procedures, such as inserting pedicle screws into the lumbar spine or placing cages for fusion, and can also be applied in cervical spine surgery. Because the cervical spine bones are relatively small and allow less margin for error, robotic assistance can effectively improve surgical precision.
During robotic surgery, doctors can also use computer navigation to help complete the procedure with fewer X-rays, resulting in less radiation exposure for both patients and medical staff. Before surgery, doctors can pre-plan the screw placement and determine the most suitable screw size, leading to better post-implant stability. Compared with the earlier approach of relying solely on X-rays and clinical judgement, robotic surgery significantly improves preoperative planning and accuracy
Advantages of the full-spine robotic surgical system
Faster postoperative recovery
Less pain
Reduced blood loss
Less damage to surrounding soft tissue and muscles
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Lorem ipsum dolor sit amet, ex vis wisi alterum praesent, id nec munere ornatus deserunt, ad pro indoctum concludaturque. Eam explicari mnesarchum an. Ei sed habemus assueverit delicatissimi. Quo prima semper adversarium te, docendi sensibus intellegat ne sit.
Lorem ipsum dolor sit amet, ex vis wisi alterum praesent, id nec munere ornatus deserunt, ad pro indoctum concludaturque. Eam explicari mnesarchum an. Ei sed habemus assueverit delicatissimi. Quo prima semper adversarium te, docendi sensibus intellegat ne sit.
Lorem ipsum dolor sit amet, ex vis wisi alterum praesent, id nec munere ornatus deserunt, ad pro indoctum concludaturque. Eam explicari mnesarchum an. Ei sed habemus assueverit delicatissimi. Quo prima semper adversarium te, docendi sensibus intellegat ne sit.
Lorem ipsum dolor sit amet, ex vis wisi alterum praesent, id nec munere ornatus deserunt, ad pro indoctum concludaturque. Eam explicari mnesarchum an. Ei sed habemus assueverit delicatissimi. Quo prima semper adversarium te, docendi sensibus intellegat ne sit.
Lorem ipsum dolor sit amet, ex vis wisi alterum praesent, id nec munere ornatus deserunt, ad pro indoctum concludaturque. Eam explicari mnesarchum an. Ei sed habemus assueverit delicatissimi. Quo prima semper adversarium te, docendi sensibus intellegat ne sit.
Robotic-assisted surgery is widely used for prostatectomy in many regions. In the United States, the number of prostate cancer surgeries performed with robotic assistance each year has already surpassed that of traditional open surgery. With high-definition, three-dimensional imaging, surgeons can carefully remove the prostate through a minimally invasive approach while preserving important nerves and blood vessels, thereby improving surgical precision, patient safety, and postoperative outcomes.
Advantages of Surgery Using the Fourth-Generation da Vinci Robotic System
Shorter hospital stay and Faster Recovery
Smaller incisions
Less pain and lower chance of infection
Less blood loss
Minimized delays in subsequent treatment
Fewer laparotomy-related complications
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Robotic-assisted hip replacement combines traditional surgical techniques with modern technology to achieve precise surgical outcomes, with the aim of improving accuracy and safety throughout the procedure.
Before surgery, the patient undergoes a CT scan to create a 3D preoperative imaging model. Based on the patient’s specific condition, the surgeon can plan the size and position of the acetabular and femoral components with accuracy.
During surgery, the surgeon performs acetabular preparation under robotic guidance, enabling more precise and safer bone resection while reducing trauma to the surrounding soft tissue. The placement of the hip implant is also guided by the robotic system, allowing precise adjustment of leg length, offset, and other clinical parameters to achieve optimal implant positioning.
Advantages of robotic-assisted hip replacement
High precision: International medical studies have shown that robotic-assisted techniques are more accurate than traditional surgery. Postoperative X-rays also show that implant placement in robotic-assisted hip replacement is closer to the surgeon’s preoperative plan, reducing surgical error.
High safety: With CT-based preoperative planning, surgeons can precisely define the depth and boundaries of bone resection. Robotic systems with haptic control can help reduce errors during bone cutting and minimize injury to surrounding soft tissue and blood loss.
Faster recovery: Less soft tissue damage and reduced blood loss may lead to a shorter recovery time.
Longer implant lifespan: More accurate placement and angling of the prosthesis may help extend its lifespan
After a professional assessment, an orthopedic specialist will select the most suitable artificial joint for the patient and perform the joint replacement surgery by implanting the prosthesis into the body. The robotic system provides stable and precise cutting, helping orthopedic surgeons carry out the procedure with greater accuracy. It also allows adjustments to bone resection and prosthesis positioning, thereby reducing soft tissue damage, relieving postoperative pain, and improving recovery outcomes.
Advantages of robotic-assisted total knee replacement
Reduced postoperative pain
Helps patients return to daily activities more quickly
