Advanced Spine Surgery Techniques at Apollo Hospitals: Minimally Invasive Options and Cutting-Edge Technology
Spine surgery over the last couple of decades has transformed, and technologically, it has now been upgraded to much safer, more precise, and less invasive procedures. Apollo Hospitals is at the forefront of this evolution in offering a host of advanced spine surgery procedures using state-of-the-art technologies. Multiple options improve the chances of safer and quicker recovery, ensure lesser complications, and promote better overall results.
Minimally Invasive Spine Surgery
Minimally Invasive Spine Surgery represents the quantum leap in spinal care. Traditional spine surgery often involves large incisions, extended recovery times, and considerable postoperative pain. Using small incisions and specialized instruments, minimally invasive spine surgery performs many procedures with far less disruption to the surrounding tissues. At the Apollo Hospitals, minimally invasive spine surgery forms one cornerstone of their approach to spinal care. This applies to a wide range of conditions affecting the spine, including herniated discs, spinal stenosis, and degenerative disc disease. Advantages of minimally invasive spine surgery include less pain and discomfort, shorter hospital stays, quick recoveries, and less scarring.
One of the biggest innovations in the field of minimally invasive spine surgery at Apollo is microscopic spine surgery. Advanced imagery and specialized instruments provide access to the spine through small, least-invasive incisions. In minimizing the size of the incision, microscopic spine surgery decreases trauma to the surrounding musculature and tissues, therefore ensuring less postoperative discomfort and a quicker recovery. In fact, most patients undergoing microscopic spine surgery at Apollo Hospitals normally return to their normal activities much faster than the usual conventional surgery methods.
Neuro-Navigation and Neuro-Monitoring
Spine surgery requires precision, as even the tiniest mistake can have life-threatening consequences. Apollo Hospitals ensures this by integrating neuro-navigation and neuro-monitoring into surgical activity.
Neuro-navigation, as its name suggests, is a spine technology that gives realistic and three-dimensional images of the patient’s spine during surgery. With this, surgeons are visually able to locate the exact position of their instruments and the patient’s anatomy with remarkable accuracy.
Neuro-monitoring is another major technology adopted in spine surgery at Apollo Hospitals. This technology ensures real-time monitoring of the electrical activity of nerves during surgery. This ascertains that surgeons avoid injury to nerves during surgery, drastically reducing the risk of complications such as nerve injury or paralysis.
O-Arm Imaging System
Apollo Hospitals employs the O-Arm Imaging System, a state-of-the-art technology that helps make spine surgeries a lot safer and more precise. This high-quality system provides 3D images of the spine intra-operatively, giving surgeons a comprehensive view of the area to be operated. The O-Arm system can rotate around the patient, capturing images from multiple angles that are then used to create a detailed 3D model of the patient’s spine. Besides that, the imaging modality O-Arm would decrease the rate of repeated surgeries since it ensures that the first surgery is performed at its best.
ExcelsiusGPS Spine Surgery Robot
Apollo Hospitals is one of the few hospitals that operate the ExcelsiusGPS Spine Surgery Robot. This revolutionary next-generation robotic system provides real-time intraoperative imaging and preoperative planning for precise positioning of a rigid arm. This enables surgeons to conduct complicated spinal procedures with high precision by minimizing implant misplacement, infection, and revision surgeries.
Renaissance Robotic Surgical System
Other advanced technologies available at Apollo Hospitals for minimally invasive spine surgery include the Renaissance Robotic Surgical System. It is designed to minimize exposure to radiation during surgery, one of the major concerns in operations where extensive imaging is involved, such as in scoliosis and other complex spinal deformities. The Renaissance system allows surgeons to place the screws and other implants with the highest precision in even the most complicated cases. The reduction in radiation exposure is especially important for young patients or those who have undergone multiple procedures, minimizing the risk of long-term radiation exposure.
Recovery and Rehabilitation
Recovery after spine surgery is as important as the surgery itself. The emphasis at Apollo Hospitals is to create a seamless continuum of care from pre-operative assessment through to post-operative rehabilitation. A comprehensive rehabilitation program, including physical therapy, pain management, and lifestyle modification, is available to the patients to support healing and prevent future complications.
In particular, the implementation of minimally invasive spine surgery with advanced technology in spine surgery at Apollo Hospitals significantly reduces recovery time. Patients are experiencing lesser post-operative pain, reduced requirements for pain medications, and earlier return to normal activities.
Conclusion
Apollo Hospitals continues to set the pace in spine surgery, adopting recent technology and innovations in the art of surgical technique. From minimally invasive spine surgery to the latest available systems today, including the ExcelsiusGPS Spine Surgery Robot and the Renaissance Robotic Surgical System, Apollo provides its patients with fully advanced spine surgery options. These represent innovations that improve surgical precision, enhance patient recovery, and make spine surgery safer and more effective than it has ever been.
Whether you are suffering from a common problem of the spine or a complex deformity, advanced spine surgery options at Apollo Hospitals are designed to meet your specific needs. At Apollo Hospitals, the commitment to excellence and focus on the employment of the latest technology ensures that every patient gets the finest standard of care in spinal surgery.