Robotic-Assisted Surgery
Revolutionising Joint Replacement with MAKO Stryker Technology
Miss Kate Gill: Leading the Way in Precision Orthopaedics
GO Guildford Orthopaedics is at the forefront of orthopaedic innovation, and we are proud to have Miss Kate Gill, our specialist in robotic surgery, leading the charge with the MAKO Stryker joint replacement robot. This state-of-the-art technology marks a new era in orthopaedic surgery, offering unprecedented precision and improved outcomes for joint replacement procedures.
The Mako Stryker Difference
The MAKO Stryker system represents a leap forward in joint replacement surgery, providing benefits such as reduced pain, shorter recovery times, and enhanced surgical accuracy. This innovative technology enables surgeons to plan and execute procedures with a level of precision that manual surgery cannot match, resulting in better alignment and integration of implants. Clinical studies highlight its ability to protect soft tissue, lower pain scores, and improve patient satisfaction compared to traditional approaches.
Benefits of Robotic-Assisted Surgery
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Quicker Rehabilitation: The minimally invasive nature of this technology means less soft tissue and bony trauma, resulting in faster and more efficient rehabilitation.
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Reduced Complications: With less bleeding and swelling, patients experience less pain, contributing to a quicker recovery and reduced hospital stay.
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Enhanced Mobility: Patients often achieve a greater range of motion and quicker return to function, surpassing outcomes of conventional surgery.
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Lower Risk of Infections: Shorter hospital stays decrease the risk of hospital-acquired infections, DVT, and pulmonary embolism due to early mobilisation.
How Robotic Assisted Surgery Works
1.
Personalised Planning
The journey begins with a CT scan of the joint, creating a 3D model that allows for meticulous pre-surgical planning, tailored to each patient's unique anatomy.
2.
Surgical
Precision
In the operating room, Miss Gill utilises the MAKO robot to precisely remove diseased bone and cartilage, guided by the robotic arm and Accustop™ technology to ensure accuracy within the predefined plan.
3.
Real-Time Adjustments
Throughout the procedure, real-time data enables adjustments, optimising joint movement and tension, ensuring the implant is perfectly aligned for optimal function and durability.
Accelerated Rehabilitation Program
Following surgery, patients benefit from an accelerated rehabilitation program, commencing on the day of surgery. This comprehensive approach includes the use of immediate range of motion exercises, and early walking, supported by effective pain relief strategies. This ensures a faster return to daily activities and an overall improvement in quality of life.
A Personalised Surgical Experience
Miss Kate Gill leverages the MAKO technology to customise each surgical procedure to the patient's specific diagnosis and anatomy. This personalised approach ensures that every patient receives the most effective treatment, designed to meet their individual needs and goals.
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In robotic-arm assisted surgery, it is crucial to emphasise that the surgeon, not the robot, conducts the procedure. Miss Kate Gill expertly performs the surgery, utilising the Mako Robotic-Arm as a precise tool for planning and executing the operation. She leverages the Mako System to meticulously pre-plan each step and then actively controls the robotic arm to remove damaged or diseased tissue and accuratley place the implant. The Mako Technology enhances Miss Gill's ability to tailor the surgery to each patient's unique anatomy and diagnosis, ensuring a personalised surgical experience.
GO Guildford Orthopaedics, spearheaded by Miss Kate Gill's expertise in robotic-assisted surgery, is setting new standards in patient care and surgical excellence. Embrace the future of orthopaedic surgery and find out how our robotic-assisted procedures can benefit you.