Surgeries often involve large openings and cuts, leaving a prominent mark on the body. Minimally Invasive Neurosurgery is a technique for treating spinal conditions. It entails making fewer complications, including smaller incisions, resulting in lesser bleeding. It also reduces damage to the muscles that surround the spine. This method also promotes quicker recovery and reduces post-surgery pain. MINT is a clinic run by the board-certified brain surgeon, Dr. Scott C. Kutz, in the Texas city of the US that offers this groundbreaking treatment. The clinic’s online page MINSTX.com has recently launched an article on Minimally invasive spine surgery and its benefits.
Back pain treatment is quite common nowadays. If it is not relieved by medications and physical therapies, surgeries are required. But having it done through advanced techniques with minimal damage to the surrounding areas is only possible by those who have profound knowledge and expertise in the field. Spine surgeon in Plano Texas, Dr. Scott C. Kutz, specializes in treating spinal diseases, hernia discs, backbone tumors, and spinal stenosis, with a keen interest in minimally invasive operation, artificial substitution, and sacroiliac joint disease therapy. To prevent noticeable cuts in the body, the qualified surgeons at MINT use an endoscope, a small tube, to penetrate the body to the target area by just cutting a ½ inch gap in the skin. It reduces complications and infections around the area of operation that may otherwise occur in open back surgeries. The article by MINT explains the benefits of this technique in detail.
MINT surgeons use such treatments to support and stabilize the back of the patient. It aids in offering lesser blood loss during and after the treatment. It also has a short recovery time that allows patients to experience immediate relief from back pain, unlike other traditional surgical treatments that require about eight months to regain strength completely. However, the patient must go through a rehabilitation process to perform physiotherapy. But it needs to be done under the supervision of a qualified physiotherapist. Moreover, these patients experience little pain during the entire procedure. Plus, the overall cosmetic results are fantastic as such treatment leaves lesser scars!
Nerve compressions around the spine, cervical, thoracic, and lumbar spine pains are treated easily yet effectively by the minimally invasive procedures at MINT. Their qualified surgeons guarantee a smooth operation as they prioritize the health of their patients by providing high-class medical services. Dr. Scott C. Kutz has been honored to receive praises from various happy patients. One of them said, “I was always complaining about my back pain until I met with Dr. Kutz. He is brilliant! He never rushed with the consultations. His personnel was highly professional, proactive, and effective, and it made my overall treatment a smooth yet efficient procedure. I would recommend him to all those who have spinal problems.”
Disclaimer: The news site hosting this press release is not associated with Dr. Kutz at Minimally Invasive Neurosurgery of Texas. It is merely publishing a press release announcement submitted by a company, without any stated or implied endorsement of the product or service. All information presented here is not meant as a substitute for or alternative to information from healthcare practitioners. Please consult with your physician.
About Minimally Invasive Neurosurgery of Texas
MINT focuses on the diagnosis and treatment of spinal and cranial disorders. We specialize in treating patients with degenerative disc disease, herniated discs, spinal stenosis, spinal tumors, as well as other spinal disorders. Our head neurosurgeon, Dr. Kutz, has a special interest in minimally invasive surgical procedures, artificial disc replacement, spinal cord stimulation and neuromodulation, and the treatment of thoracic disorders, spine tumors, complex revision, and sacroiliac joint disorders. At MINT, we use the most innovative surgical techniques to help patients get back to life.
