NeuroCatch

04/29/2026

Concussion disrupts brain function more than brain structure. Standard imaging rarely shows it.

Symptoms can emerge right away or surface over hours and days: headache, memory gaps, slowed thinking, dizziness, sensitivity to light or noise. Loss of consciousness doesn't always occur.

Most resolve with rest. Repeated concussions, though, raise concerns about cumulative damage and longer recovery.
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04/27/2026

Cognitive assessment has barely changed in decades.

Most approaches still rely on:

self-reported symptoms
behavioral observation
task-based performance

Each one introduces variability. Effort, mood, insight, and context all shape the result.

How is your practice approaching objective measurement of brain function?
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04/22/2026

A clean scan doesn't always mean a healthy brain.

Closed head injuries and concussions often leave no visible structural damage. Patients still report real disruption in attention, processing speed, and memory.

The gap between what imaging shows and what patients experience is where a lot of clinical uncertainty lives.

How often are you seeing this in practice?
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04/20/2026

Cognitive assessment has traditionally required lengthy, resource-intensive testing often creating barriers to routine use in clinical settings.

Advances in neurotechnology are helping change that.

With NeuroCatch, a fully automated protocol captures objective brain responses in approximately six minutes, with results available immediately for review.

After the test, a full report is provided, giving clinicians the flexibility to:
• Review a high-level, full-page summary
• Explore deeper insights through detailed waveform data

This allows for both quick interpretation and more comprehensive analysis, depending on clinical needs.

By making cognitive measurement more accessible and practical, objective data can be more easily integrated into everyday care.

Learn more at neurocatch.com

04/17/2026

The brain responds to sound, attention, and meaning in measurable ways.

NeuroCatch captures these responses using event-related potentials (ERPs), providing insight into three key aspects of cognitive function:

• Auditory sensation
• Basic attention
• Cognitive processing

These signals are not based on self-report or task performance, they reflect the brain’s direct physiological activity.

This allows clinicians and researchers to incorporate objective data into their understanding of brain function.

04/15/2026

Have questions about NeuroCatch or how it fits into your clinical, research, or performance programs?

Join our live drop-in sessions for an opportunity to connect directly with our team.

These sessions are designed to:
• Answer questions about the technology
• Discuss real-world applications
• Provide additional insight into implementation

No formal presentation, just open conversation.

We look forward to connecting.

04/13/2026

Behind every clinical tool is a foundation of research.

The NeuroCatch platform is built on decades of neuroscience and the study of event-related potentials (ERPs) well-established measures of brain function with over 160,000 publications spanning more than 80 years.

By translating these signals into standardized metrics, NeuroCatch brings lab-quality neurophysiological data into real-world clinical settings in a matter of minutes.

Bridging research and practice is what enables more informed, data-supported care.

04/10/2026

Understanding brain function begins with understanding how the brain responds to the world around it.

NeuroCatch measures electrical brain responses known as event-related potentials (ERPs) to provide insight into cognitive function in a standardized and repeatable way.

Designed for use in clinical and research environments, the platform delivers objective data at the point of care, supporting assessment, monitoring, and patient communication.

Because meaningful care starts with measurable insight.

Learn more at neurocatch.com

04/08/2026

As healthcare continues to evolve, so does the expectation for data that is objective, timely, and actionable.

Cognitive assessment has historically relied on subjective tools valuable, but limited in detecting subtle or early changes in brain function.

Advancements in neurotechnology are helping introduce physiological measurement into cognitive care, offering clinicians additional data to support evaluation and monitoring over time.

Objective measurement is not a replacement for clinical expertise.
It’s an added layer that helps strengthen it.

04/06/2026

Athletes are trained to perform through pressure, fatigue, and discomfort.

But when it comes to brain health, the absence of symptoms does not always reflect the absence of change.

In many cases, cognitive function has traditionally been assessed through observation and self-report approaches that can be influenced by context, effort, and awareness.

There is a growing shift toward incorporating objective measures of brain function to provide additional insight alongside clinical evaluation.

Because supporting performance also means supporting long-term brain health.

04/03/2026

Cognitive brain function has long been difficult to measure in a way that is both practical and objective.

Decades of neuroscience research have established reliable brain responses that reflect how we hear, attend, and process information. Today, those insights can be translated into standardized, point-of-care assessments delivered in minutes.

With over 160,000 peer-reviewed publications supporting these underlying measures, objective cognitive evaluation is becoming more accessible in real-world clinical environments.

To learn more about how NeuroCatch fits into clinical workflows, connect with us or visit neurocatch.com

02/23/2026

CapU just launched the RESILIENCE Project, becoming the first post-secondary institution in B.C. to use the NeuroCatch® Platform — a portable, EEG device that measures cognitive function in 6 minutes — to track brain health across a full hockey season.

https://educationnewscanada.com/social/petb/article/education/level/university/1/1185599/Advancing-Research-on-Brain-Health-in-Sport.htm

A federal research grant gives CapU kinesiology students hands-on experience that goes beyond the classroom and demonstrates the impact of applied research.Repetitive head impacts (RHIs) - minor. . .