Neuroplasticity, the brain's ability to reorganize and form new neural connections, can be stimulated through various activities. Brain training games and physical neuroplasticity exercises both claim to enhance cognitive function. They work through different mechanisms and have different evidence bases. Understanding the distinction helps you choose effective approaches for brain health. What Brain Games Provide Digital brain training typically offers: Cognitive task practice: Repeated practice on memory, attention, processing speed, and problem-solving tasks. Measurable progress: Scores and levels that track improvement on game-specific tasks. Accessibility: Available on phones and computers, playable anywhere. Engagement: Game-like elements that make practice enjoyable. Specific skill targeting: Focus on particular cognitive domains. What Physical Neuroplasticity Exercises Provide Movement-based neuroplasticity work offers: Novel movement learning: Challenging the brain to coordinate new movement patterns. Sensorimotor integration: Connecting sensation, cognition, and motor output. BDNF production: Physical movement increases brain-derived neurotrophic factor, a key neuroplasticity protein. Full-body engagement: Involving more brain regions than isolated cognitive tasks. Transfer effects: Benefits that extend beyond the specific movements practiced. For movement-based neuroplasticity training, explore simplmobility's programs. The Evidence Question Brain Games Research The evidence for brain games is mixed: Near transfer: People improve at the specific games they practice. This is well-established. Far transfer: Whether game improvements transfer to real-world cognitive function is controversial. Many studies show limited transfer. FTC action: The Federal Trade Commission has taken action against brain training companies for overstated claims. Some positive findings: Certain games show benefits for specific populations (older adults, certain cognitive domains). Physical Exercise Research The evidence for physical activity and brain health is stronger: Consistent findings: Physical exercise consistently improves cognitive function across many studies. Mechanism understood: BDNF increase, improved blood flow, reduced inflammation explain effects. Broad transfer: Exercise benefits extend to multiple cognitive domains and real-world function. Novel movement: Learning new movements provides additional cognitive challenge beyond basic exercise. Key Differences Engagement Type Brain games: Visual-cognitive engagement with limited motor involvement. Movement exercises: Full sensorimotor engagement involving body, balance, coordination. BDNF Production Brain games: Minimal effect on BDNF. Movement exercises: Significant BDNF increase, particularly with aerobic and complex movement. Brain Regions Activated Brain games: Primarily prefrontal cortex and regions specific to the task. Movement exercises: Motor cortex, cerebellum, basal ganglia, sensory cortex, and cognitive regions coordinating movement. Transfer to Daily Life Brain games: Limited evidence for transfer to real-world cognitive improvement. Movement exercises: Stronger evidence for transfer to daily function, balance, and overall cognition. When Brain Games Serve Best Cognitive engagement when movement is not possible: Injury, illness, or circumstances limiting physical activity. Specific cognitive practice: Working on particular skills like working memory or processing speed. Mental stimulation: Alternative to passive entertainment. Enjoyment: If you enjoy them and they add to rather than replace physical activity. When Movement Exercises Serve Best Comprehensive brain health: When you want benefits supported by stronger evidence. Physical and cognitive goals together: Building both body and brain. Novel challenge: When learning new movements that demand cognitive engagement. Long-term brain health: For neuroprotection and cognitive reserve over years. Types of Neuroplasticity Movement Exercises Complex Motor Learning Learning new movement patterns challenges the brain: Dance Martial arts Juggling Novel sport skills Coordination Challenges Cross-body and coordination work: Cross-lateral movements Balance training Hand-eye coordination tasks Controlled Articular Rotations Slow, controlled joint movement demands motor control: Full concentration required Proprioceptive challenge Novel movement patterns for most people Dual-Task Training Combining movement with cognitive tasks: Walking while counting backward Balance with memory tasks Coordination with verbal challenges Integration Approach Rather than choosing one or the other: Prioritize movement: Make physical neuroplasticity exercises the foundation given stronger evidence. Add brain games if desired: As supplement, not replacement. Choose challenging movement: Novel, complex movement provides cognitive challenge within physical practice. Sample Neuroplasticity Movement Practice (15 minutes) Cross-lateral warm-up: 2 minutes Joint CARs with full attention: 5 minutes Balance challenge: 3 minutes Novel coordination drill: 3 minutes Integration movement: 2 minutes Making Brain Games More Effective If you use brain games: Combine with physical activity rather than replacing it Choose games with some evidence support Do not expect transfer to general intelligence Use as mental engagement, not cure-all Red Flags in Brain Training Marketing Be skeptical of claims: "Scientifically proven" without specific citations Claims of preventing dementia without strong evidence Promises of general intelligence improvement Emphasis on testimonials over research For Long-Term Brain Health The strongest evidence supports: Physical exercise (especially aerobic) Novel skill learning (including movement) Social engagement Quality sleep Challenging mental activity (work, hobbies, learning) Brain games may contribute to the last category but are not magic. Movement-based neuroplasticity exercises engage the brain through sensorimotor integration, BDNF production, and novel motor learning. Brain games provide cognitive practice but with limited transfer evidence. For brain health, prioritize movement. Start your free trial at simplmobility to build movement practices that challenge your brain.