![]() |
| The new state-of-the-art biplane will provide three-dimensional images of the brain, enabling neurointerventional procedures |
In Mid-January, WellStar Kennestone Hospital received Certificate of Need (CON) approval from the department of Community Health for a neurointerventional suite. With the addition of this suite, Kennestone will be expanding its neuroscience capabilities and will have one of the few comprehensive cerebrovascular neurosurgery programs in the region, offering both open vascular and endovascular procedures.
"The addition of neurointerventional services at Kennestone enables us to provide the most state-of-the-art stroke care to our patients, as we continue along on our journey toward world-class healthcare," said William Benedict, M.D., co-chief, Neuroscience Service line.
“The new suite is in keeping with our vision of Kennestone as the tertiary hospital for our System,” said Jerry Tillery, vice president, operations, WellStar Kennestone Hospital. “It is a prime example of Kennestone Hospital offering a higher level of specialized care to meet the needs of our region.”
“Time is of the essence when it comes to protecting the brain,” explained Ahmad Khaldi, M.D., who leads the interventional neurosurgery team. “The quicker we can intervene, the better the patient’s chance of recovery. We will be able to treat patients with all types of cerebral vascular diseases, such as aneurysms, arteriovenous malformations (AVMs) and strokes at Kennestone, which already is a primary stroke center. Previously we were sending patients who needed interventional procedures to other hospitals in the region.”
Dr. Khaldi, who joined WellStar in September 2012, is a neurosurgeon specializing in interventional procedures. Kennestone’s new interventional neurosurgery suite will be like a catheterization lab for the brain. Just as cardiac interventionalists go in through the groin with a catheter to stent blocked vessels around the heart, neurointerventionalists treat blocked brain arteries by removing or breaking up the blood clot and embolizing AVMs and aneurysms of the brain.
Neurosurgeons perform brain surgery through “open” procedures –cutting open the skull; interventionalists perform minimally invasive, image-guided procedures with a state-of-the-art piece of equipment called a biplane, which WellStar soon will acquire. Biplane technology provides three-dimensional imaging of the brain; the biplane rotates, helping to track the clot or pathology.
“In the hands of Dr. Khaldi and our specially trained staff, our new equipment will help save lives and allow patients to return to the lives they enjoyed before their stroke or injury,” said Tillery.
“We are excited about building this high-quality, comprehensive program, and creating a specialized team of neurosurgical healthcare professionals,” added Dr. Khaldi.
Plans call for the neurointerventional suite to be operational by September 2013.

















