Cervical spine surgery
Cervical spine surgery is a type of operation used to treat issues in the neck area. In order to reduce pain and increase mobility, it typically entails removing damaged or herniated discs, fixing fractures or other wounds, or implanting artificial discs or other devices. New cervical spine surgery methods and procedures have emerged in recent years as a result of technological advancements, which may provide better results, quicker recovery times, and fewer complications.
The most recent developments in cervical spine surgery, such as minimally invasive surgery, endoscopic surgery, robotic surgery, and stem cell therapy, will be covered in this blog. It will examine the advantages and potential hazards of each of these technologies, assisting you in choosing your course of treatment.
Minimally Invasive Cervical Spine Surgery
Minimally invasive cervical spine surgery is a technique for treating back and neck issues that involves making small incisions and using specialized equipment. Minimally invasive surgery frequently results in less scars, less pain, and a quicker recovery period than traditional open surgery. Additionally, it is less intrusive and has a lesser chance of problems.
However, minimally invasive cervical spine surgery can also come with certain potential dangers. These include bleeding, blood vessel injury, nerve damage, and infection. Before having any kind of surgery, it’s crucial to go over these risks with your doctor.
Endoscopic Cervical Spine Surgery
Endoscopic cervical spine surgery is a minimally invasive method that uses an endoscope, which is a tiny camera, to observe the spine and advise the surgeon. This kind of surgery often only needs a minor incision, which lowers the risk of problems and shortens the healing process. Additionally, endoscopic surgery can give the surgeon a more exact picture of the patient’s spine, enabling him or her to make diagnoses and prescribe treatments that are more precise.
Endoscopic cervical spine surgery can have some dangers, though. These include bleeding, blood vessel injury, nerve damage, and infection. Before having any kind of surgery, it’s crucial to go over these risks with your doctor.
Robotics in Cervical Spine Surgery
Robotics in cervical spine surgery is a novel technique that can help surgeons do more precise and accurate surgeries. Robotic arms are used in this kind of surgery to control the surgeon’s tools. This makes it possible for a more exact image and procedure, which might lessen the chance of complications and hasten recovery. Robotic surgery is also less intrusive, which lowers the possibility of infection and tissue damage.
However, using robotics for cervical spine surgery carries certain potential hazards as well. These include bleeding, blood vessel injury, nerve damage, and infection. Before having any kind of surgery, it’s crucial to go over these risks with your doctor.
Cervical Spine Surgery Using Stem Cells
Stem cell therapy in cervical spine surgery is a relatively new procedure that can help minimise post-operative inflammation, discomfort, and scarring. This therapy involves infusing stem cells into the afflicted area to enhance healing and minimize inflammation. This can shorten the period of recuperation and lower the chance of problems.
However, stem cell therapy is not without risk. These include infection and the potential for stem cells to develop tumors. Before starting any kind of therapy, it’s crucial to go over these risks with your doctor.
In conclusion, technological improvements have resulted in novel procedures and therapies for cervical spine surgery, such as minimally invasive surgery, endoscopic surgery, robotic surgery, and stem cell therapy. The advantages of these new technology include quicker healing times, less discomfort, and fewer complications. They do, however, also come with certain possible hazards, including bleeding, nerve damage, and infections. Before having any kind of surgery, it’s crucial to go over these risks with your doctor.
With continuing technological advancements and advancements in minimally invasive and robotic surgery, the future of cervical spine surgery appears hopeful. Cervical spine surgery can give patients better results and a quicker recovery with the aid of these new procedures.
Dr. Ganesh believes in a Comprehensive control Programme that comprises a thorough evaluation, a broad-based non-operative care programme, and, when necessary, pain control injections and surgery. For safe spine surgery, he employs intra-operative neuro-monitoring (SSEP and MEP), spine navigation (Pediguard and navigation stations), and advanced instrumentation techniques as needed.