The Research Behind MindFlo
Peer-Reviewed Research
The ACTIVE Study (2002) - Ball et al., JAMA
The Advanced Cognitive Training for Independent and Vital Elderly (ACTIVE) study demonstrated that cognitive training can significantly improve mental abilities in older adults, with effects lasting up to 10 years. This landmark study involved 2,802 participants and showed training effects on processing speed, memory, and reasoning tasks.
Working Memory Training Improves Fluid Intelligence - Jaeggi et al. (2008), PNAS
Dr. Susanne Jaeggi at UC Irvine published groundbreaking research showing that intensive working memory training can improve fluid intelligence—the ability to reason and solve novel problems. This research challenges the widely-held belief that intelligence is fixed.
Long-term Cognitive Training Benefits - Willis et al., Journal of the American Geriatrics Society
Dr. Sherry Willis at Penn State University found that cognitive training benefits persist for 10 years, helping older adults maintain independence, reduce cognitive decline, and improve quality of life long-term.
Large-Scale Brain Training Meta-Analysis (2010) - Owen et al., Nature
This comprehensive analysis of brain training interventions across 11,430 participants examined whether training transfers to improved cognitive abilities in everyday life, establishing key benchmarks for cognitive training effectiveness.
NeuroRacer Multitasking Training (2013) - Anguera et al., Nature
Researchers at UCSF developed NeuroRacer, showing that multitasking training in video game format can improve working memory, attention control, and sustained attention in older adults—with benefits lasting months after training cessation.
Our Scientific Advisory Approach
Neuroplasticity Pioneer - Dr. Michael Merzenich (UCSF)
Dr. Merzenich's pioneering neuroplasticity research shows the brain remains plastic throughout life. His work demonstrates that targeted exercises can strengthen and reorganize neural connections at any age, forming the foundation of modern cognitive training science.
Digital Medicine Expert - Dr. Adam Gazzaley (UCSF)
Dr. Gazzaley specializes in digital medicine and brain-computer interfaces, bridging neuroscience with technology. His research validates how engaging digital cognitive tasks can improve memory, attention, and processing speed in aging brains.
Working Memory Researcher - Dr. Torkel Klingberg (Karolinska Institute)
Dr. Klingberg's research at Sweden's Karolinska Institute demonstrates that working memory training in both children and adults produces measurable improvements in attention span, problem-solving ability, and academic performance.
Working Memory and N-Back Task - Dr. John Jonides (University of Michigan)
Dr. Jonides developed the N-back task, a gold-standard measure of working memory used in cognitive training research worldwide. His decades of research establish working memory capacity as central to fluid intelligence and everyday cognitive performance.
Key Studies Behind Our Games
Mental Rotation Research (1971) - Shepard & Metzler, Stanford University
Classic research demonstrating that mental rotation is a fundamental spatial reasoning skill. Our visual puzzle games build on this foundation, improving spatial reasoning and mental visualization abilities essential for navigation and problem-solving.
Feature Integration Theory (1980) - Treisman & Gelade, Oxford/Princeton Universities
This influential theory of selective attention describes how visual attention works when processing multiple objects and features. Our attention-focused games train these exact mechanisms to improve visual search efficiency and divided attention.
Multiple Object Tracking (1988) - Pylyshyn & Storm, Rutgers University
Research on tracking multiple moving objects simultaneously (MOT). Our tracking games leverage this research to strengthen visual working memory, divided attention, and the ability to maintain focus on multiple targets in dynamic environments.
Flanker Task for Selective Attention (1974) - Eriksen & Eriksen, University of Illinois
The classic Flanker task measures selective attention and response inhibition. Our focus games use this paradigm to train the ability to ignore distracting information and concentrate on task-relevant stimuli—critical for real-world attention in busy environments.
The Stroop Effect (1935) - J. Ridley Stroop
Foundational research on cognitive flexibility and attention control. The Stroop task measures how quickly you can suppress automatic responses and switch between task rules. Our word games directly apply this classic measure to strengthen executive function.