In a landmark lifespan study on cognitive development (Lövdén et al., 2020), researchers tracked how brain function shifts across different stages of life. While early education provides a higher starting baseline, cognitive capacity naturally declines over time if left unconditioned. However, the study demonstrates a critical breakthrough: engaging in targeted, ongoing cognitive challenge continuously shifts your performance trajectory upward—effectively lifting your brain's functional baseline far above the standard downward slope.
This research highlights two vital truths for long-term brain health: the sooner you begin conditioning, the higher your reserve, and continuous training matters far more than past achievement.
The Optimal Aging Advantage Connection
We built our foundation on this exact principle: cognitive capacity is never fixed. By consistently challenging your neural pathways through targeted cognitive-motor training, our neuro-performance program helps you build cognitive reserve, shifting your baseline upward to optimize overall brain function, executive performance, and long-term independence.
Rebok et al. (2014) - The ACTIVE Study
As the largest randomized trial on brain conditioning ever conducted, the NIH-funded ACTIVE Study tracked over 2,800 adults to measure the long-term impact of cognitive training. Participant who engaged in targeted speed-of-processing conditioning showed immediate, significant gains in mental sharpness over non-trained peers.
Follow-ups proved these advantages lasted 5 to 10 years later. Participants maintained greater daily independence, higher driving safety, and stronger cognitive reserve—proving that targeted conditioning is a lasting investment in long-term vitality.
The Optimal Aging Advantage Connection
The ACTIVE study proved that speed-of-processing gains endure over time. Our 1-year retest data reflects this exact retention: 80% of clients maintained or exceeded their processing speed gains one year post-program. For the remaining 20%, targeted refresher sessions successfully restored scores above the original graduation baseline.
Silsupadol et al. (2009)
Research shows that as we age, the brain naturally shifts from automatic movement to conscious movement, stealing mental bandwidth from executive function. When faced with simultaneous physical and mental demands—like navigating a crowded street while having a conversation—unconditioned adults suffer a high "dual-task cost," dramatically increasing fall risk and slowing reaction times.
In this landmark randomized controlled trial, researchers demonstrated that traditional single-task exercise fails to transfer to real-world multi-tasking scenarios. However, targeted dual-task training successfully re-trained the brain to process complex cognitive challenges and motor adjustments simultaneously without sacrificing speed or balance.
The Optimal Aging Advantage Connection
Dual-tasking is at the heart of our methodology. By pairing dynamic balance drills and visual tracking with complex, simultaneous cognitive drills we eliminate dual-task lag—ensuring you stay sharp, steady, and responsive in fast-moving, real-world environments.
Peterka (2002)
Clinical research on postural control reveals a common aging adaptation: as physical balance signals from joints and muscles slow down, older adults become heavily visually dependent—relying almost entirely on their eyes to stay upright. When visual cues are compromised (such as walking in dim light, wearing sunglasses, or looking away), fall risk spikes significantly because the brain has underutilized its internal sensors.
Neuroscience proves that the central nervous system can undergo sensory reweighting—retraining the brain to rely less on visual inputs and actively upweight proprioception (joint, muscle, and foot sensory feedback) alongside vestibular balance signals.
The Optimal Aging Advantage Connection
We train your nervous system to balance without relying solely on your eyes. By systematically challenging your vision during movement drills, we force your brain to prioritize proprioception—building automatic, instinctual balance that holds up in any environment, light or dark. This directly reduces fall risk while freeing your visual focus to scan for hazards and obstacles in your path.
We use the latest science and technology to evaluate participants and monitor their progress. After 8 weeks of Optimal Aging Advantage our clients have experienced the following results:
Average percent of improvement on overall balance as measured by mBESS or mCTSIB standard balance measures
Average percent of improvement on a FDA-approved pure reaction time measure
Of the 13 primary areas evaluated, participants improved an average of 70% in each area measured.
Training results vary by individual. Progress and outcomes are affected by factors outside of Neuro Performance Center's control, including, but not limited to overall health, underlying medical conditions, prescription medications, sleep quality, and nutrition.
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