Entries Tagged 'Med-Tech' ↓

Advanced Technology for Spine Surgery

A new computer-based navigation system for spinal surgery has been designed. The development of computer-aided procedures over the past years has led to significant improvements in surgical interventions of the spine.

The emergence of highly sophisticated, three-dimensional intraoperative imaging systems makes spine surgery safer. This was achieved by combining intraoperative fluoroscopy-based imaging using conventional C-arm technology with freehand surgical navigation principles. Modules were developed to automate digital X-ray image registration. Utilizing these new technologies is potentially safer for the patient by minimizing risk, and limiting the need for postoperative surgical revision.

This new type of fluoroscope is now able to provide three-dimensional (3-D) CT-like images in real-time during surgery and also provides imaging data. The computer analyzes imaging data that it receives either prior to or during an operation. The imaging data is then displayed on a monitor, which the surgeon observes during surgery. The navigation computer can reconstruct and display from any and all perspectives.

What about its cost? No wonder this technology is costly!

I may not have explained to you the details but I just would like to inform all my readers about this wonderful technology.

Mini Robot Treatment


Today there are many types of flexible and inflexible endoscopes are used in inspecting and performing medical procedures. Anyway, endoscopes are long slender medical instrument for examining the interior of a bodily organ or performing minor surgery. And most endoscopy procedures are unpleasant for the patient. But because of the advances in optics and instrumentation there is a leap from traditional open operating techniques to the minimally invasive surgeries of today.

The mini robot will be placed inside the body (at the affected area, of course!) by means of surgical incision. The mini robot can capture and gather pictures and relevant information. It can take tissue samples and can perform medical treatments. When the mini robot is remotely positioned to the affected area, it is then controlled and guided using a magnetic resonance imaging or MRI, defined as the use of nuclear magnetic resonance of protons to produce proton density images. Then the image is seen in the computer during the procedure.

Actually, this technology was first tested in animals, and we are going to be the next in line! Isn’t it great?