The road to recovery is much easier and shorter when the most minimally-invasive treatment is chosen.

Microdiscectomy and Endoscopic Discectomy Procedures
 

Microdiscectomy and Endoscopic Discectomy are minimally invasive procedures designed to treat herniated or bulging discs in the spine that cause pain, weakness, or numbness. Both aim to remove or trim the portion of the disc pressing on nerves, but differ in technique. Microdiscectomy involves a small incision (1-2 inches) and a microscope to remove the damaged disc material. Endoscopic discectomy uses an even smaller incision, through which an endoscope (small camera) is inserted, allowing the surgeon to view the spine on a screen and use specialized tools to remove the damaged disc material.

​

Both procedures are effective in alleviating symptoms like sciatica, pain, numbness, and weakness caused by herniated discs. The goal is to provide relief while minimizing muscle disruption and recovery time.

While microdiscectomy and endoscopic discectomy are highly effective procedures, the success of these surgeries heavily relies on the surgeon’s expertise. At ANSI, our highly skilled and experienced surgeons perform both procedures with precision, minimum risks, and we tailor the approach to the individual - ultimately providing a better outcome in pain relief, recovery time, and long-term spinal health.

​

​​​​​​

​Laparoscopic Procedures
 

Laparoscopic surgery is a special technique that requires advanced training and skill, so it is not performed by all spine surgeons. Atlanta Neurological and Spine Institute, has long been a front-runner in performing laparoscopic procedures. Dr. Christopher R. Edwards, Head Surgeon and Founder of ANSI, was the first to perform the laparoscopic (gasless) anterior lumbar discectomy in the state of Georgia. He has carefully selected a team of medical professionals to work alongside him in providing the most advanced, minimally invasive treatments available.

Laparoscopic back surgery, also known as minimally invasive spine surgery (MISS), uses small incisions and specialized instruments, including a camera (laparoscope), to perform spinal procedures with less disruption than traditional open surgery. Typically, small incisions—often less than an inch—are made in the abdomen, allowing the surgeon to insert the laparoscope and other surgical tools to guide the procedure while viewing the spine on a monitor. This approach minimizes trauma to muscles, ligaments, and surrounding tissues, resulting in less pain, faster recovery, and reduced scarring. Laparoscopic surgery is used to treat various spinal conditions, including herniated discs, spinal stenosis, and degenerative spinal diseases.