Technology now gives us the ability to see inside a person’s body in accurate, third-dimensional detail.
Nowadays, we can see a brain lobe, nasal cavities, a vertebrae’s structure in somebody’s spine—and explore just about anything in any person’s body with image-guided surgery systems.
Imagine guided surgery systems are providing surgeons around the world with the next generation in medical technology. Image-guided surgery systems offer plenty of solutions and benefits to patients requiring operations.
By revolutionizing the standard surgical techniques, image-guided surgery systems allow doctors to see inside a person’s body using third-dimensional images. Also, these images offer the ability to alter themselves so that a surgeon witnesses a level of detail beyond what’s been available in operating rooms before with image-guided surgery systems.
The technology behind image-guided surgery systems resembles that of modern-day global positioning satellite systems. These satellite systemsoffer technology precise enough to pinpoint the exact location and direction of a vehicle traveling anywhere on the planet.
This technology allows such pinpoint accuracy and a level of control as well so that a surgeon can witness where healthy tissue stops and a brain tumor starts. Alternatively, this type of technology also allows surgeons to see where a pedicle screw may need to go on a patient’s spine.
Benefits of image-guided surgery
Image-guided surgery systems offer so much accuracy with new technology that a surgeon can create a precise approach to surgery before even seeing inside of a patient. A surgeon can plan where to make an incision, the best path to reach the problematic area, and what the surgeon should avoid while getting to the target. These systems provide surgeons with the opportunity to see inside the human body before surgery with three-dimensional imaging technology in real-time.
Image-guided surgery systems allow surgeons to see a variety of abnormalities and issues with which a patient might struggle. These abnormalities include things like brain tumors, and surgeons can see items so accurate that they can tell cancer tissue from healthy tissue with this technology. A surgeon can then move the third-dimensional images in real-time while operating. By utilizing this type of information, surgeons can achieve quick, precise adjustments and treat exact problem areas and issues.
Advantages for patients
Patients receive many benefits from image-guided surgery systems. For example, patients often experience shorter operational procedures, smaller incisions, and an overall reduction of invasiveness when undergoing surgery. All of these opportunities combined offers patients better recovery time and more natural surgical process.
For patients with several medical problems, image-guided surgery systems also offer new options. Many patients that must undergo repeated surgeries cannot handle more extensive operations. Also ,these systems are assisting patients that might previously experience an inoperable label.
How image-guided surgery systems work
Image-guided surgical systems work well in all kinds of surgeries, including those for the brain, spine, ear, nose, throat, and orthopedic surgeries. Each type of system uses a similar image-guided operation.
Before a patient receives an image-guided operation, that experiences a screening process like a computed tomography (CT) scan or magnetic resonance imaging (MRI) scan. After one or both of these scans are complete, the images from them form the third-dimensional pictures that demonstrate the patient’s inner organs, tissues, muscles, and nerves to the surgeon. The surgeon then uses these images to plan the best steps for the operation.
After the surgeon plans the surgery, it’s time to undergo the operation. While starting the surgery, the surgeon witnesses the third-dimensional images in real-time, which process through light-emitting diode (LED) cameras present in the operating room. Once the pre-surgery information processes through and the cameras capture the patient’s internal structure, surgeons can alter the views provided by the image-guided surgical systems to zoom in on anything they need to see.
Image-guided surgery systems assist surgeons in finding their instruments while progressing in surgery. Surgeons can also better position their devices while operating and figure out the best angles to approach incisions and entering the body. The image-guided surgery systems allow surgeons to be as precise and accurate as possible.
Image-guided surgery systems revolutionized the surgeon’s standard operating procedures. Because These systems are so accurate, a surgeon can ensure a patient’s safety during the operation. That helps create the best results possible for patients undergoing surgery.
Before the availability of image-guided surgery systems, surgeons relied on two-dimensional scans like X-rays. Surgeons would then take the X-rays and try to figure out how they related to the patient’s body. Using two-dimensional scans like X-rays did not allow surgeons to remain as precise as they are nowadays.
However, today, the use of image-guided surgery systems helps surgeons to plan a bevy of different complicated surgeries. Surgeons nowadays utilize these systems to plan out operations on the brain, the spine, orthopedic applications, and ear, nose, and throat surgeries.