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Pediatric Epilepsy NJ

Pediatric epilepsy is one of the most common neurological conditions in children. It causes repeated seizures and affects how the brain functions. Families looking for epilepsy treatment NJ or a trusted child epilepsy specialist Rutherford NJ should seek care as early as possible.

At Advanced Neurosurgery Associates, our experienced epilepsy specialists provide personalized care for children with epilepsy and other seizure disorders. We use advanced testing to identify the cause of seizures and create a treatment plan that fits each child’s needs.

Epilepsy

Children with epilepsy may experience more than seizures. Some also have learning challenges, behavior changes, anxiety, or depression. Our team provides complete care that supports both the child and their family.

We offer a full range of treatment options, including medication management, advanced diagnostic testing, and epilepsy surgery when appropriate. Our goal is to reduce seizures, protect brain development, and improve your child’s quality of life.

With nearly 60 years of combined experience, the specialists at Advanced Neurosurgery Associates have helped many children achieve better seizure control and long-term success. Families across New Jersey trust our team for compassionate, expert care.

If your child has seizures or has been diagnosed with epilepsy, contact Advanced Neurosurgery Associates today at 201-457-0044 to schedule an appointment with a leading epilepsy specialist for advanced epilepsy treatment in NJ.

At Advanced Neurosurgery Associates, our experienced epilepsy specialist doctors understand that pediatric epilepsy affects more than seizures. It can also impact a child’s learning, behavior, emotions, and overall quality of life. That’s why we provide team-based, family-centered care for every child.

How Pediatric Epilepsy Can Affect Children

Pediatric epilepsy may impact the following:

  • Learning and academic performance
  • Behavior and social development
  • Anxiety and depression
  • Memory and concentration
  • Daily activities and overall quality of life

Our specialists work closely with families to address these challenges while focusing on long-term seizure control and healthy development.

Why Families Choose Advanced Neurosurgery Associates

Nearly 60 years of combined experience treating pediatric epilepsy.
Experienced epilepsy specialist doctors providing personalized care.
Advanced diagnostic testing to identify the cause of seizures.
Comprehensive treatment, including medication management and epilepsy surgery when appropriate.
Compassionate, family-centered care from diagnosis through recovery.

Families across New Jersey trust Advanced Neurosurgery Associates for expert epilepsy care. Our goal is to help children achieve better seizure control, improve their quality of life, and return to healthy, active lives.

Causes of Epilepsy in Children

Pediatric epilepsy may be due to a medical condition or an injury that affects the brain, or the cause could be idiopathic (of unknown origin).

Common known causes of pediatric epilepsy include:

  • Fever, stroke or transient ischemic attack (TIA)
  • Traumatic brain injury
  • Infections, including brain abscess,
  • meningitis, and encephalitis
  • Brain problems that are present at birth (congenital brain defect)
  • Hydrocephalus
  • Brain tumor
  • Abnormal blood vessels in the brain

Can You Grow Out of Epilepsy?

An ongoing treatment program is one approach to living with epilepsy, although there are instances when seizures might disappear. For example, some types of epilepsy ease at puberty, where children might appear to “outgrow” their seizures.

These three grades of concussions were characterized as follows: Grade 1 was characterized by transient symptoms and Grade 3 was the most serious and requires immediate medical attention.

Epilepsy Surgery for Children

An epilepsy diagnosis requires evaluating the cause of epilepsy and to determine whether the seizure disorder falls within a recognized syndrome.

An epilepsy diagnosis is a multi-step process, usually involving:

  • patient history
  • neurological exams
  • laboratory tests
  • other clinical studies.

Initially, the patient’s own testimony will be elicited for a medical history. However, depending on age, and also because the patient is often unaware during a seizure, a witness(s) can adequately describe the seizure characteristics and patterns. Thus, in keeping with our family-centered and sensitive approach, we engage family and caretakers as an important part of the diagnosis and evaluation process.

An EEG (electroencephalogram) will be done to check the electrical activity in the brain. People with epilepsy will often have abnormal electrical activity seen on this test. In some cases, the test may show the area in the brain where the seizures start.

Diagnosing Epilepsy in Children

There are many decisions for parents during the process of diagnosing the type of your child’s epilepsy and deciding the best treatment option.

As in every case treated at ANA, each candidate for surgery is reviewed by our team of experts, and a consensus decision is made with both medical staff and in constant and methodical communication with the child’s family.

Our care approach extends beyond our patients to their families and caregivers, because we know how important a support system is during these tough times. You can read about our physicians and our team.

Certain diagnostic tests may be performed to determine if surgery would be an effective treatment. This surgical evaluation can involve a number of tests to develop the diagnosis of the cause and location of the epileptic seizures.

Evaluation prior to surgery for epilepsy has changed radically in the past few decades, most notably since the advent of long-term video-electroencephalography (EEG) monitoring in the late 1970s, and advanced neuroimaging, specifically with the additional use of MRI.

To develop the epilepsy diagnosis before surgery, patients partake in extensive testing, such as:

  • Electroencephalogram (EEG), which helps identify the seizure focus
  • Magnetic Resonance Imaging (MRI), the “gold standard” for locating and evaluating brain lesions
  • Functional MRI (fMRI), which creates a “road map” of brain functions
  • Single-photon Emission Computer Tomography (SPECT) to explore where the seizure starts and its spread patterns
  • Intracarotid Memory and Speech Evaluation (Wada test), a test of language and memory functions.
  • Both before and during surgery, tests may be performed to map motor, sensory, language and memory functions; such as functional brain mapping and awake craniotomy.

It is also important to consider the emotional effects. Neuropsychology and psychiatry are a vital part of ANA’s epilepsy team’s evaluation.

Electroencephalography (EEG) is the fundamental measure of identifying seizure focus. The epileptologists on our team are adept at reading the spikes and sharp waves that constitute a spectrum of shifting seizure focus. Most patients undergoing evaluation for surgery will require EEG with video telemetry to document the seizure pattern.

However, an appropriate focus goes beyond single readings. Our experts evaluate EEG monitoring over a period of time. This is a critical measure to determine a clear onset and location of seizure activity.

While computerized tomography (CT) scan can provide some useful information about lesions which may be causing seizures, the “gold standard” for locating and evaluating brain lesions is magnetic resonance imaging (MRI). The greatest advance of MRI technology for epilepsy is the incredible clarity of both the normal and pathological anatomy of the brain. Since the mid-1980s, this technology has allowed us to routinely identify lesions that were previously undetectable.

FMRI scans use the same basic technological principles as MRI scans, but whereas MRI scans image anatomical structure, FMRI images chart metabolic function. Thus, functional MRI (fMRI) provides a non-invasive means of obtaining a ‘road map’ for the function of the brain. It is used to localize sensory, motor or cognitive function in the brain via changes in blood flow and hemoglobin oxygenation. Important information is obtained by integrating the results of fMRI with EEG.
Magneto-encephalography (MEG) is performed using a machine that consists of a variety of highly sensitive magnetic sensors. These magnets are positioned around the scalp in a helmet-shaped container called a Dewar. They are attached to the scalp to detect small magnetic changes that arise from normal and abnormal electrical brain activity. This technology is a valuable tool because it can be used to localize the source of epileptic activity and normal functional areas of the brain for surgical planning in patients with epilepsy.

Nuclear medicine, which deals with imaging the body for both diagnostic and treatment purposes, plays an important role in the pre-surgical assessment of patients with refractory epilepsy. This is evident in the case of single-photon emission computed tomography (SPECT) which is used to determine the seizure onset zone.

SPECT (single proton emission computed tomography) has an important role in the investigation of surgical candidates. Ictal (meaning taking place during a seizure) SPECT has also been useful to study seizure-spread patterns. Blood flow increases in the brain area in which the seizure originates and the blood flow can become less than normal in that same area during non-seizure states. By injecting a small and safe amount of a radioactive substance into a patient’s blood stream via IV we can evaluate the blood flow in the brain at a given time. Changes in blood flow during and after a seizure can be helpful in localizing seizure focus and spread patterns.

Neuropsychology testing is an important part of evaluation for epilepsy surgery. Conducted by an expert neuropsychologist, it is a formal assessment of cognition such as language, memory, attention and problem-solving. The neuropsychologist is able to determine how various parts of the brain are related to each of these tasks. This testing should be able to distinguish frontal from temporal brain dysfunction. This evaluation is also compared pre- and post-surgery to asses the effects of the surgery.

Epilepsy Treatment

Epilepsy treatment depends on the type and severity of seizures, the cause of epilepsy, the child’s age, and overall health. At Advanced Neurosurgery Associates, we provide personalized treatment for epilepsy in New Jersey based on each patient’s individual needs.

For children whose seizures cannot be controlled with medication, epilepsy surgery may be recommended. Early treatment can help reduce seizures and support healthy brain development.

Before surgery, every patient undergoes a complete physical and neurological evaluation, along with advanced diagnostic testing. Our experienced team works together to determine the most effective treatment for epilepsy in New Jersey and provide the best possible care for every child.

Medication

At least half of those newly diagnosed with epilepsy will become seizure-free with their first medication—if they take it regularly and as prescribed. The efficacy of these medications of course depends on the type and severity of the epilepsy. In some cases, medication may diminish but not completely control all seizure activity.

Many various types of anticonvulsant (also called antiepileptic) drugs are available. Some patients respond to one drug and some may need more than one. It may take several months before the best drug and dosage are determined. Patients are monitored throughout the medication process via blood tests.

A ketogenic diet, one which supplies the majority of calories from fat as opposed to glucose, mimics the body’s response to starvation by burning fat for energy. Scientists are not precisely sure why this diet prevents seizures, although it is being studied. Estimates vary from 10-30% of children who try it become seizure free, or almost seizure free. And over half who try it gain a 50% reduction in seizures. The remainder do not respond or are unable to tolerate the diet because of side effects.

Epilepsy Surgery for Children

Epilepsy surgery can be especially beneficial to patients who have seizures associated with structural brain abnormalities, such as:
  • benign brain tumors,
  • malformations of blood vessels (e.g. arteriovenous malformations, venous angiomas, and cavernous angiomas)
  • strokes.
How Does Surgery Treat Epilepsy?
Epilepsy surgery is particularly effective when seizures always originate in the same part of the brains. Surgery may also help patients who experience frequent seizures that cannot be controlled with anti-epileptic drugs (AED). Epilepsy surgery can greatly reduce the number of seizures. Epilepsy surgery focuses on the area of the brain where the seizures originate. Dr. Arno Fried explains more in his Q&A article on epilepsy. The operations generally involve either:
  • the removal of epileptogenic tissue from the zone where seizures arise,
  • an alteration in the brain, by interrupting the nerve pathways along which seizure impulses spread.
Surgery is considered only if the area of the brain, called the seizure focus, can be clearly identified, and its removal does not jeopardize any critical functions, such as movement or language. Extensive testing is conducted prior to any consideration of surgery in order to determine if that surgery is appropriate. One consideration for epilepsy surgery is that the patient must have unsuccessfully tried at least a combination of two or more AEDs. These medically resistant patients – up 30 percent of epilepsy cases – are candidates for surgical evaluation. Studies show that outcomes improve the earlier surgery is performed, meaning surgery is being considered sooner as a treatment option.
Lobectomy and Cortical Resection

The most common form of epilepsy surgery is a lobectomy or cortical resection. It is estimated that approximately 30% of patients with partial epilepsy have seizures that are not well controlled with medications and could benefit from this surgery.

Seizures in the temporal, parietal, frontal or occipital lobes may be treated surgically if the seizure-producing area can be safely removed without damaging vital functions.

Corpus callosotomy is the sectioning, or separating of the corpus callosum—a nerve bridge which connects the two halves of the brain and integrates its functions. Separating the cerebral hemispheres reduces generalized seizures by confining the spread of an epileptic discharge to one cortex.

A corpus callosotomy may be performed when partial seizures secondarily generalize and it’s not possible to identify a single epileptic focus, or when resection of a localized focus would cause a pronounced neurological deficit. Uncontrolled generalized seizures may also be treated with this type of surgery.

The operation may be done in two steps. The first operation partially separates the two halves of the brain, but leaves some connections in place. If the generalized seizures stop, no further surgery is done. If they continue, a second operation to complete the separation may be performed.

This operation also seeks to control seizures by cutting nerve pathways. It is used when the seizure focus is located in a vital area of the brain that cannot be removed. Instead of taking out the affected tissue, the surgeon severs the parallel connections between cells in the affected area.

When a child has Rasmussen’s encephalitis, a rare, progressive disease affecting one whole hemisphere of the brain, a hemispherectomy may be performed.

A hemispherectomy is the removal of all or almost all of one side of the brain. Weakness on the side opposite the operation will continue, but the half that remains takes over many of the functions of the half that was removed.

Hemisperectomies may also be performed when children are born with conditions that cause excessive damage to one side of the brain, such as bleeding in the brain prior to birth.

A vagus nerve stimulator (VNS) is similar to a pacemaker. It is a small device implanted under the skin in the collarbone area. A wire (lead) connects the device to the vagus nerve, which is located in the neck. Our neurosurgical experts then create electrical signals that travel along the vagus nerve to the brain at regular intervals for the purpose of preventing the electrical brain activity that causes seizures. This device is indicated for children in whom no specific seizure area can be found in the brain. In a 2011 NIH study, Over 50% of patients experienced at least 50% reduction in seizure burden with this procedure.
Functional imaging techniques are used to map motor, sensory, language, and memory areas in neurosurgical patients with conditions as diverse as brain tumors, vascular lesions, as well as epilepsy. Functional brain mapping may be useful for both preoperative planning, as well as decision-making during the surgical procedure. The additional use of functional MRI and other non-invasive technologies adds to the menu of useful tools for pediatric epilepsy patients. Since about 1999, awake craniotomies have become more routine, even in young patients. This technique is useful for procedures necessitating brain mapping while avoiding any interference on the recording of important data from the use of anesthesia. Awake functional testing is the best method to direct navigation and test neurological functioning.
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WHAT WE OFFER SERVICES

Pediatric epilepsy, a condition that affects the nervous system, is the most common neurological problem in children.

Of the approximately 150,000 people in the U.S. who develop epilepsy each year, 20,000 to 45,000 are children and adolescents. The highest risk group in the pediatric population is infants between 1 and 12 months of age.

Pediatric epilepsy is defined as two or more unprovoked seizures occurring more than 24 hours apart in a child older than one month. Seizures are episodes of abnormal brain activity that can affect movement, behavior, awareness, or consciousness.

Have more questions about your child’s diagnosis? Schedule a consultation with an experienced pediatric epilepsy specialist at Advanced Neurosurgery Associates.

Pediatric brain and spine tumors are abnormal growths that develop in the brain, spinal cord, or surrounding tissues during childhood. They are among the most common solid tumors diagnosed in children and require specialized evaluation because a child’s brain and spine are still developing.

Some tumors grow slowly and remain localized, while others grow more rapidly and require prompt treatment. Even benign tumors may cause serious symptoms if they place pressure on important areas of the brain or spinal cord.

Our pediatric brain tumor specialists carefully evaluate every child to determine the tumor type, location, and the most appropriate treatment approach. When spinal tumors require surgery, our experienced spine surgeon New Jersey team collaborates with pediatric specialists to provide safe, effective care tailored to growing children. Get a Second Opinion

Frequently Asked Questions

Epilepsy in children can happen because of brain injuries, infections, birth defects, or genetic factors. In some cases, the exact cause is not known. Specialists at Advanced Neurosurgery Associates (ANA) evaluate children carefully to understand the possible cause of seizures.

A child may have epilepsy if they have repeated seizures, staring spells, sudden confusion, or unusual body movements. If these symptoms happen more than once, it is important to see a doctor for evaluation.

Some children with epilepsy may experience behavioral or emotional changes, such as irritability, anxiety, or difficulty focusing. This can happen because seizures affect brain activity or due to stress from the condition.

Seizures can sometimes be prevented by taking medications as prescribed, getting enough sleep, managing stress, and avoiding known triggers such as flashing lights or missed medication.

Yes, some children outgrow epilepsy as they get older, especially if their seizures are mild and well-controlled with treatment.

Early signs may include staring spells, sudden confusion, brief jerking movements, unusual behavior, or loss of awareness. These symptoms may happen suddenly and last for a short time.

Yes, epilepsy can sometimes affect memory and concentration, especially if seizures happen often. Proper treatment can help manage these symptoms.

Some children may have mood changes, irritability, or trouble concentrating, but many children with epilepsy live normal and active lives with proper treatment.

Some children may have mood changes, irritability, or trouble concentrating, but many children with epilepsy live normal and active lives with proper treatment.

Epilepsy can start at any age, but it often begins in early childhood or during the teenage years. Some children may have their first seizure in infancy, while others develop epilepsy later as they grow. Early diagnosis helps doctors manage the condition and control seizures effectively.

Get Expert Epilepsy Care for Your Child

Living with epilepsy can be overwhelming for the whole family but seizure freedom is possible. Our pediatric epilepsy specialists provide thorough evaluation, advanced surgical options, and compassionate, ongoing support to help your child thrive.