Exclusive Treatment
Assessment & Procedure
REAL-TIME TESTING FOR BRAIN HEALTH
Our brain health testing assesses mental function on a real-time basis and objectively looks at the quality (speed) and voltage (power) of our brain, reaction time, attention, visual screening ability and speed of processing.
What Does WAVi Do?
WAVi is a multifaceted brain performance assessment tool. WAVi makes it possible for those who are proactively improving brain health to measure the effectiveness of their efforts.
Quantitative Electroencephalograph is a non-invasive less than 1 hour assessment which records multi-channel EEG event-related potentials and a comprehensive multi-dimensional analysis of such recordings by advanced algorithms, aimed at understanding and visualizing the network complexity of brain function. Assesses the similarity to normal function can display an understanding of dysfunction, disease progression and response to therapeutic interventions in a large variety of neurologic, psychiatric and behavioral conditions.
These brain network patterns and scores can aid clinicians with profiling of brain functionality in comparison to the reference brain network model to assess similarity to the normal average brain functioning. Traditional imaging modalities such as CT, MRI, PET and SPECT scans are providing us with information on brain anatomy, metabolism, energy consumption and blood flow but not on the functional brain components such as memory, attention, pain or depression. Other functional assessment methods – including clinical assessment and neurocognitive tools – do not allow us to quantify how these underlying networks are performing, revealing only clinical effects and symptoms.
Other functional assessment methods – including clinical assessment and neurocognitive tools – do not allow us to quantify how these underlying networks are performing, revealing only clinical effects and symptoms. QEEG testing allows medical professionals to objectively measure and assess how these networks are related to specific functions and compared to a normative group, both before injury or illness, during a disease progression and after treatment has begun (Brain Network Activation, 2017).
Neuro-Cognitive Testing
These tests help your doctors look at your attention span and how well you concentrate on things. Other areas covered by
neuropsychological testing include:
- Your ability to think, understand, learn, and remember (cognition)
- Memory
- Motor function (walking, coordination, etc.)
- Perception (how well you take in what you see or read)
- Problem-solving and decision-making
- Verbal ability
- Cognition test: Explain how two items are like. For instance, if you see a picture of a dog and a cat, you might answer that they’re both animals or that they are both pets.
- Verbal communication test: Name some items as the person giving the test points at them. You might also be given a letter of the alphabet and told to list words that start with that letter.
- Motor tests: These might include tasks such as inserting pegs into a pegboard using one hand and then the other.
- You might also be given tests to see how your hearing and vision affect your thinking and memory. You usually take a neurological test when you have a noticeable change in your thinking or memory. They help doctors figure out whether your problems are caused by any of the following:
- Disease, such as Alzheimer’s
- Brain injury
- Emotional disorders, such as depression or anxiety
- Normal brain changes related to getting older
Preparing for the Tests
No matter what type of neurological test you take, you won’t need to study for it. There are a few things you should do before the test, however:
- Get a good night’s sleep, since being tired affects how you think.
- Eat a good breakfast.
- Don’t drink anything with alcohol in it the night before the test.
- Ask your doctor about whether you can take any medications, including sleep medicine, the night before.
- Tell the psychologist about any previous psychological tests you’ve taken.
- Relax and don’t worry about the results.
A technician who works with the neuropsychologist will typically give you the tests. This person is usually a “psychometrist,” a person who is trained to give and score these tests. Or the person may be a student working on a doctoral degree in psychology.
The testing may take 3 to 6 hours. It depends on how at ease you are and how quickly you and the technician can go through all the questions. You’ll get breaks during the session. In some cases, you might need to make more than one visit.
THE MEDI BALANCE PRO
This software objectively measures balance and coordination with eyes open and closed, as well as with and without a thick foam pad that increases instability.
MediBalance Pro “Peak Performance” is a precision tool for balance analysis and training. It is designed to capture a detailed understanding of current balance status and then to provide diverse training to enhance balance skills.
MediBalance Pro “Peak Performance” provides extremely accurate testing of balance and coordination for a highly-refined and differentiated analysis of balance peak performance and stability under various conditions. It also offers coordinating training options, including balance exercises and games.
MediBalance Pro “Peak Performance” includes a German-designed and manufactured balance board, plus easy-to-use balance analysis and training software.



What does your weight really represent? When you step on a scale, you can’t see how much muscle or fat you have. All you see is how heavy you weigh.
Go beyond the scale with the InBody Test, a non-invasive body composition analysis that provides a detailed breakdown of your weight in terms of muscle, fat, and water on an InBody Result Sheet. An InBody Test can take anywhere from 15-120 seconds, depending on the model used.
No more pinching. No more dunking. Get results you can trust so you can reach your health and fitness goals with precision and actionable objectives.
The InBody Test provides a comprehensive perspective of body composition balance.
Body water, proteins, minerals, and body fat, which are the components of the human body closely relate to the status of our health
The InBody utilizes the BIA method.
First used in the late 1960s, the bioelectrical impedance analysis (BIA) method measures body water by obtaining the impedance index. The impedance index is obtained by applying a small alternating current on the body, based on the principle that the body contains water and that the level of electric resistivity, i.e., resistance, changes according to the amount of water in the body.

EVov
Backed by research. Designed for physicians
The EVov Brain Health System takes qEEG technology that has been used for decades in a laboratory setting and brings it into the physician’s office. With easy data collection right in your practice, EVov delivers well-established, reliable, and stable brain health biomarkers that can aid in diagnosis of cognitive disorders. We didn’t create the science, we perfected it for clinical use.
The Science Behind EVov
A comprehensive workup on patient brain health is at your fingertips.
Head Maps:
Computational EEG head maps are a visual representation of the difference in activity between a patient’s brain and a standardized database. EVov physicians complete onboarding training and have free access to ongoing clinical education so they can learn to recognize various head map patterns to facilitate diagnosis.
Brain Biomarkers:
Objective metrics derived from computational EEG data provide insight into how the brain is functioning. Peak Alpha Frequency (PAF) reflects cognitive capacity and physiological aging. Theta/Beta Ratio reflects inattention and is FDA cleared to aid in the diagnosis of ADHD.
Event-Related Potentials (ERP):
ERPs measure brain processing speed and efficiency7. They are highly sensitive biomarkers that have been shown to reflect functional abnormalities even prior to symptom onset.
Neuropsychological Testing:
Performance during a go/no-go task reflects a patient’s ability to perform daily tasks effectively. Reaction time, reaction time variability, omission errors, and commission errors give insight to cognitive status and behavioral functioning.
Mental Health Qestionnaires:
To help you hone in on non-neurodegenerative causes of cognitive impairment, EVov provides computerized administration of PHQ-9, GAD-7, PCL-C, PSC-17, and DSM-5 Level 1 Cross-Cutting Symptom Measure.
Early detection, for early intervention
According to the Alzheimer’s Association, over 70 million people in the US are at risk of Alzheimer’s disease and cognitive decline. The EVov Brain Health System was developed to help identify the underlying causes of cognitive impairment, while there is still time to treat.
Why Early Matters
The current standard practice is to diagnose Alzheimer’s as a syndrome, meaning physicians base their diagnosis on the clinical consequences of the disease (i.e., the symptoms). But research shows that 20 years or more before symptoms appear, the brain changes that are associated with Alzheimer’s disease begin. And, according to The Lancet Neurology, dementia could be prevented or delayed for 40% of patients – the key is early detection and intervention.
Preventing Cognitive Decline
The FINGER Study was the first randomized controlled trial showing that it’s possible to prevent cognitive decline using a multi-domain lifestyle intervention. Results highlight the value of addressing multiple dementia risk factors (like dietary changes, exercise, cognitive training, and vascular risk monitoring) as a strategy to protect brain health, promote overall health and functioning, and reduce the risk of developing new chronic diseases.
The Key To Early Detection
Historically, physicians have been limited by the tools available to detect early signs of cognitive changes. The EVov System helps rectify that. Functional biomarkers measured by computational EEG and event-related potentials give insight to how the brain itself is working and are detectable even prior to symptom onset3,18. Measuring these biomarkers with the EVov Brain Health System assists physicians in the identification of at-risk patients so that appropriate treatment interventions may be implemented before it’s too late.
On The Forefront Of Innovation
Our latest R&D efforts have been on developing an Artificial Intelligence (AI) biomarker for Alzheimer’s disease diagnosis. We’re currently conducting an IRB approved study, using EVov to measure EEG & ERP biomarkers for 300 patients with cognitive impairment. This dataset, along with our existing database of 60,000 EEG reports, will be used to train Machine-Learning models.
The ultimate goal? Develop an AI algorithm capable of diagnosing AD based on EEG/ERP data alone, with sensitivity and specificity levels near 100%. In partnership with the Pacific Neuroscience Institute Brain Health Center, an outpatient clinic of the Providence Saint John’s Health Center in Santa Monica, CA, we are currently enrolling subjects.