Surgeon Testimonials
I see great value in using the iO-Flex® system for the decompression of the central canal and neural foramen during my minimally invasive and ordinary decompressions and T.L.I.F procedures. During my maximum access cases the iO-Flex™ system allows me to decompress the foramina and nerve path without destabilizing the facet, which happens frequently with standard techniques using #4 and #3 Kerrison Rongeurs. In minimally invasive T.L.I.F cases it is possible to pass the device contralaterally above and below the corresponding pedicle to decompress the exiting and traversing nerve root.
I prefer to do T.L.I.F procedures due to the speed, simplicity, and minimal retraction needed on the nerves. With the iO-Flex® system you are given the ability to monitor the nerves and avoid damage. Decompressing the contralateral nerves is an added bonus; allowing my incisions to stay small, keeping muscle damage to a minimum.
– Rudolph A. Buckley, M.D.
I first approached the iO-Flex system with cautious optimism. As a neurosurgeon, my first concern during any lumbar decompression is the nerve roots involved. I was very pleasantly surprised with the neurolocalization tool that is used to ensure proper placement of the microblade shaver. In addition, the shaver is a very effective tool- the surgeon has a tremendous amount of tactile feedback that allows him to feel when the decompression is complete. The entire platform of instruments merge well with the minimally invasive tubular system that I use, so adding the iO-Flex® was seamless.
A truly novel system, unlike anything on the market. I am pleased to have incorporated it into my practice and know that it will help my patients tremendously.
– Ronnie I. Mimran, M.D.
This new minimally invasive technique is a new non-fusion technology. I usually use it through a tubular retractor to decompress the lumbar foramen while completely preserving the facet joint, therefore lessening the chance of post operative instability. The ability to monitor the nerve root activity during the decompression is important to avoid any neurological injury. I can decompress the ipsilateral and contralateral foramen through a 14mm skin incision. I have operated on 10 patients so far and i was very satisfied with the outcome and efficiency of this new technique.
– Daniel Shedid, M.D.