Preparing for neuroplastic reconstructive surgery

You’ll have a physical exam and imaging or other diagnostic testing during early office visits. The doctor will evaluate your condition, including health and medical history. Testing you may receive include: 

• Angiogram
• Computerized tomography (CT) scan
• Diffusion tensor imaging (DTI)
• Magnetic resonance imaging (MRI)
• Functional MRI (fMRI)
• Tissue biopsy

During pre-surgery office visits, you’ll learn about how to prepare for your procedure, including medications to take or discontinue and when to fast from food and beverages. Your doctor and care team will discuss your likely length of hospitalization as well as details about discharge and recovery. You’ll need to make advance arrangements for safe transportation and someone to help you at home while you recover.

What to expect if you have neuroplastic reconstructive surgery

Neuroplastic surgery may be done as part of a neurosurgical procedure or in a second, follow-up procedure. Your doctor will discuss your specific treatment steps and expectations based on your condition and treatment plan.

Your neurosurgeon will provide information about these and other types of brain conditions: 

• Brain injuries 
• Brain tumors 
• Epilepsy 
• Movement disorders such as Parkinson’s disease and Huntington’s disease 
• Neuromuscular disorders 
• Skull base surgery 

Before neuroplastic surgery

Your doctors will discuss your specific procedure, including how long it’s likely to take. You may be referred to other teams members including infectious disease specialists, cardiology and other neurosurgeons. 

During neuroplastic surgery

Surgeons perform head and skull procedures in a hospital setting under general anesthesia. You’ll be in a deep, sleep-like state during the procedure and won’t feel anything. 

Surgical approaches and techniques vary widely depending on the type of brain, head and skull surgery you’re having. You may need to have multiple surgeries depending on the complexity of your case. Ohio State’s cancer reconstructive specialists treat brain and other cancers, and cancer-related face, head and skull reconstruction. 

Depending on your procedure, neuroplastic treatments can include:

• Moving, reshaping or repositioning sections of natural skull bone.
• Removing any crushed or damaged bone and other tissues and repairing separated skull bone plates. 
• Using various techniques to close thin or larger open areas and gaps and restore the natural contours of your skull. For example, doctors may use hard bone substitutes, such as resins or ceramics or implants, such as titanium plates, to restore the natural curve of your skull.
• Transplanting of a section of healthy bone taken from another part of the skull or body, such as your ribs or pelvic bone. For scalp treatments, doctors may transplant skin and tissue flaps or use other types of reconstruction to treat severely diseased or damaged tissues.
• Supporting and protecting weak or vulnerable damaged tissues with titanium mesh or other supportive structures and materials. 
• Securing metal implants or plates with screws in nearby bones to hold new skull pieces in position.
• Removing a small section of bone to relieve intracranial pressure. Once the doctor determines that swelling is gone and healing is complete, the doctor will schedule a second procedure to close the opening with natural or synthetic bone.
• Implanting a customized neuromodulator, deep brain stimulator or drainage shunt to manage related conditions such as seizures or tremors.

During facial reconstruction, your doctor may remove injured or diseased parts of the face and restore or restructure facial features depending on specific reconstructive surgery treatment goals. Facial surgery sometimes includes implantation of custom-molded forms to achieve the desired appearances as discussed with your surgeon. 

When surgical treatments are complete, the surgeon closes incisions with sutures or staples. They cover and protect wounds with sterile gauze and bandages or other materials. The surgeon may leave short fluid-drainage tubes in treated areas to drain blood and fluids while you heal. Your doctor will remove any tubes and non-absorbable sutures during a follow-up office visit. 

After neuroplastic surgery

You’ll wake up in a recovery room where your care team will monitor your condition. Your doctor and care team will check on you periodically as you rest. Some pain and swelling is expected, but your doctor will prescribe pain medicine to keep you comfortable. 

Your doctor and care team will guide you through recovery steps, including wound care, expected recovery times and results, home or residential nursing care as needed, and follow-up appointments. 

For certain conditions, your doctor may prescribe inpatient or outpatient neurological rehabilitation or specialized cancer rehabilitation.

Risks of neuroplastic surgery and related procedures 

There are risks associated with any surgery. These vary depending on your condition, medical history and treatment plan, including the specific part of your face, head or skull that is treated. Complications of surgery can include bleeding, infection and anesthesia reactions. 

Your surgeon will discuss these and other potential risks of brain, head or skull procedures: 

• Blood clots 
• Bone reabsorption   
• Changes in skin sensation  
• Hematoma (bleeding outside of blood vessels)
• Nerve injury  
• Poor wound healing
• Infection
• Results not as expected 
• Seizure, tremors or hydrocephalus  
• Stroke 
• Swelling or fluid accumulation 

Why choose Ohio State for neurosurgery and neuroplastic reconstruction?

Ohio State combines several specialties into a single, seamless program. Surgeons have advanced, fellowship-level skills, training and experience, delivering a higher level of care:

Their work is supported by a renowned neurological research institute — a world leader in brain and spine treatment and research.

Ohio State surgeons are physician leaders involved in plastic and reconstructive research including pioneering treatments and technologies on every front.

Current areas of neuroplastic study include: 

• Advanced biomaterials and engineering for custom implants 
• Evaluating patient outcomes after surgical care 
• Looking at novel ways to improve quality of life through new technology

Our reconstructive surgeons have microsurgery and super-microsurgery specialization. They operate with meticulous skill, assisted by powerful magnifying tools and technologies. This superior accuracy and precision helps to minimize wounds and scarring, improve wound-healing and achieve all-around successful outcomes.