Vascular Neurosurgery

Cerebral aneurysms are weakened areas in blood vessels, often likened to a balloon filled with blood. These vulnerabilities can pose a risk of rupture, leading to severe consequences such as hemorrhagic strokes.

We conduct detailed assessments of weakened blood vessels in the brain to understand the specific dynamics of each aneurysm. Our interventions aim to address existing aneurysms, reduce the risk of rupture, and support long-term neurological health.

AVMs are abnormal tangles of blood vessels that disrupt the normal blood flow in the brain. AVMs may occur anywhere in the body. However, they are most commonly seen in the brain and spine. These malformations can lead to neurological symptoms and pose a risk of rupture.

At Haynes Neurosurgical Group, each AVM case is approached with a unique treatment plan, ensuring a personalized and effective strategy. Treatment options may include surgery, radiosurgery, or embolization procedures.

Strokes are neurological emergencies caused by disrupted blood flow to the brain. The vascular aspect of strokes is crucial for both immediate and long-term management.

Our approach considers the broader aspects of stroke management, including vascular components crucial for long-term recovery.

This condition is caused by narrowing or blockage of the major neck arteries (carotid arteries), which affects blood flow to the brain. It can lead to complications such as strokes.

Our treatments address existing conditions and mitigate potential complications associated with carotid artery disease. Treatment options for carotid artery disease may include medications to lower cholesterol and blood pressure, lifestyle changes, and surgery to remove plaque or widen narrowed arteries.

This condition occurs due to a narrowing of blood vessels within the skull, which can impede blood flow to the brain and increase the risk of strokes. Precision is essential in managing this condition.

We focus on achieving optimal outcomes through a tailored approach that considers the distinctive characteristics of each case.

Before recommending a procedure, our neurosurgeons conduct a thorough assessment that may include:

Based on your diagnosis, the location and severity of the vascular abnormality, and your overall health, we may recommend open surgery, minimally invasive endovascular treatment, radiosurgery, or a combination of approaches.

We explain the recommended procedure, potential benefits, associated risks, and available alternatives to help you understand all possible treatment options and make informed decisions about your care.

Following vascular neurosurgery, we monitor your recovery and neurological function. Follow-up appointments and imaging may be recommended to assess treatment results and address potential complications.

For urgent concerns outside regular office hours, our after-hours physician call coverage connects patients with the on-call physician through our answering service. Medical emergencies require immediate emergency care.

Recovery following vascular neurosurgery varies depending on the condition, treatment performed, and any associated neurological impairments.

When appropriate, our team helps coordinate care with rehabilitation specialists to develop programs that may support:

Our goal is to support your recovery and long-term neurological function through appropriate follow-up care and rehabilitation guidance.

Endovascular neurosurgery is a minimally invasive approach to treating vascular conditions within the brain and spinal cord. This technique involves threading catheters through blood vessels to reach the site of the problem, eliminating the need for traditional open surgery.

During the procedure, a catheter is introduced through a blood vessel in the groin or another area of the body. It is guided to the affected area using fluoroscopic guidance.

Once in position, various tools and devices can be passed through the catheter tube. For example, coils may be used for aneurysm treatment, or embolic agents may be used to block abnormal vessels.

The minimally invasive nature of endovascular neurosurgery often results in shorter recovery times and reduced postoperative discomfort.

A craniotomy is a conventional surgical procedure that involves temporarily removing a part of the skull to access the nerves and tissue of the brain. This method is employed for various neurosurgical interventions, including tumor removal, aneurysm clipping, and the treatment of traumatic brain injuries.

During the procedure, a precise incision is made in the scalp, and the neurosurgeon creates a bone flap in the skull to reveal the brain. Once the necessary procedure is completed, the bone flap is repositioned and then secured with plates and screws.

Craniotomies allow for direct access to the brain, enabling intricate surgeries that may not be feasible with minimally invasive techniques.

Radiosurgery is a non-invasive technique that uses precisely targeted radiation to treat various neurological conditions, including tumors and vascular abnormalities.

During the procedure, focused beams of radiation are precisely directed at the target area, typically using advanced imaging technology. The radiation targets the abnormal tissue or tumor, inhibiting its growth or causing it to shrink over time.

Radiosurgery is often performed as an outpatient procedure, and more than one session may be required for optimal results. It is particularly beneficial for cases where traditional surgery might be challenging due to the location or nature of the condition.