Neurological experts estimate that the average person thinks between 60,000 and 80,000 thoughts daily. With the pace of information consumption rising yearly, maintaining strong cognitive function has never been more important.
NeuroQuant, an advanced software that improves upon a traditional MRI, is a fast, accurate, and proven way to assess the well-being of your brain.
What is NeuroQuant?
NeuroQuant is an advanced software cleared by the U.S. Food and Drug Administration (FDA), that analyzes brain MRI results to quantify changes in the structure of the brain. Developed to enhance the accuracy and efficiency of brain assessments, NeuroQuant transforms the way doctors understand neurological conditions.
How Does It Work?
NeuroQuant utilizes advanced algorithms and artificial intelligence to further analyze brain MRIs. By comparing individual brain structures to a normative database, it can provide precise measurements and identify deviations from the expected range. This process enables doctors to gain deeper insights into a person’s neurological health.
What Can It Measure?
The capabilities of NeuroQuant extend to measuring key structures within the brain. This includes the hippocampus, amygdala, lateral and third ventricles, and more. Specifically, it measures atrophy (shrinkage) of certain areas of the brain, then compares them to a database of brain structures from healthy people who are of the same age, sex, and skull size. These measurements are important for understanding brain matter volume, shape, and the potential impact of various neurological conditions.
What Can It Detect?
One of the remarkable aspects of NeuroQuant is its ability to detect subtle changes in brain structures, especially over time. This makes it a valuable study for early detection and monitoring of conditions such as dementia, Alzheimer’s disease, traumatic brain injury, multiple sclerosis, epilepsy, long-haul COVID-19, and more. The early detection and routine monitoring of these disorders allow for timely intervention and customized treatment plans.
What is the Difference Between NeuroQuant and a Traditional Brain MRI?
To fully understand the significance of NeuroQuant, it’s essential to understand the basics of a traditional brain MRI. Magnetic resonance imaging (MRI) is a non-invasive imaging technique that uses magnets and radio waves to create detailed images of the body.
There are a few differences between a traditional brain MRI with and without NeuroQuant. While a brain MRI without it provides detailed views of the brain’s anatomy, NeuroQuant takes it a step further. It uses sophisticated algorithms to analyze the brain, offering quantitative data that goes beyond what a traditional brain MRI provides. It’s like comparing a snapshot to a detailed map.
Is The Preparation The Same?
Preparing for a NeuroQuant study is relatively straightforward. Typically, it involves the same preparations for a standard brain MRI. You will be asked to remove any metal objects, such as jewelry or hairpins, and to wear comfortable clothing without any metal accessories. It’s important to inform your doctor of any medical conditions, medications, or implants, as these factors could affect the quality of the images captured.
Who Typically Needs A NeuroQuant Study?
NeuroQuant studies are often recommended for individuals experiencing neurological symptoms or those at risk for neurodegenerative conditions. This can include patients with memory loss, cognitive impairment, or suspected brain abnormalities. Your doctor will determine if a NeuroQuant study is appropriate based on your symptoms and medical history.
Is It Covered By Insurance?
A common question when exploring advanced imaging technologies is whether they are covered by insurance. The coverage for NeuroQuant can vary, and it’s important to check with your health insurance provider. Some insurance plans may cover NeuroQuant as part of the overall MRI study, while others may require additional documentation or justification listed in your referral.
At South Jersey Radiology, we are in-network with 99% of health insurance plans, including Aetna, AmeriHealth, Blue Cross Blue Shield, Cigna, and UnitedHealthcare.
How to Schedule Your Appointment With Us
South Jersey Radiology Associates (SJRA) offers diagnostic and advanced imaging services including NeuroQuant at costs up to 60% less than hospital-based centers. Our office locations are conveniently located minutes away from major highways and bridges and offer weekend and evening appointments.
To schedule your NeuroQuant study, schedule using our self-scheduler or reach out to any of our locations below:
- Marlton (Greentree) Office – Marlton, NJ
- Medford Office – Medford, NJ
- Moorestown Office – Moorestown, NJ
- Mount Laurel Office – Mount Laurel, NJ
- Route 73 (Voorhees) Office – Voorhees Township, NJ
- Sewell (Washington Twp) Office – Sewell, NJ
- Turnersville Office – Turnersville, NJ
- Voorhees (Carnie Blvd) Office – Voorhees Township, NJ
- West Deptford Office – West Deptford, NJ
- Willingboro Office – Willingboro, NJ
Learn about the board certified, subspecialized radiologists who read and interpret studies at SJRA, here.
Frequently Asked Questions
NeuroQuant analysis is typically completed in a matter of minutes once the brain MRI scan is obtained. The software processes the data swiftly, providing valuable insights to doctors and patients.
While NeuroQuant is versatile and applicable to various neurological conditions, its use is determined based on the specific needs and symptoms of the patient. Consult with your doctor to determine its relevance to your situation.
A brain MRI is a common diagnostic study used to assess and diagnose a range of neurological conditions. The decision to undergo a brain MRI is made by doctors based on clinical indications and symptoms, not solely on time.
Generally, brain MRI is considered safe with no exposure to ionizing radiation. However, individuals with certain medical conditions or devices (such as pacemakers) may need to consult with their doctor to assess any potential risks.
The frequency of NeuroQuant analysis depends on the specific neurological condition being monitored. Your doctor will determine the appropriate intervals for follow-up scans based on your medical history and treatment plan.