#CognitiveHealth

A brief, classroom-friendly burst of high-intensity exercise — nine minutes of high-knee marching, jumping jacks, lunges and squats performed as 30-second activity/30-second rest intervals — improved children’s scores on a standardized verbal comprehension test and reduced brain signals linked to fixation on mistakes, according to a new pilot study. (Psychology of Sport & Exercise abstract) (Newsmax report). The findings suggest a low-cost, low-disruption strategy that Thai teachers could embed in classrooms to sharpen attention before high-stakes testing.

Groundbreaking study reveals brief classroom movement breaks improve verbal comprehension and reduce anxiety-related brain patterns

In Thailand’s intensely competitive educational environment, where O-NET scores determine student futures and school reputations, teachers constantly seek advantages that might boost academic performance. New research from the University of North Carolina provides a surprisingly simple solution: nine minutes of classroom-friendly exercise before testing can significantly improve student performance while reducing brain patterns associated with test anxiety.

A simple 9-minute movement break before tests may improve Thai students’ verbal comprehension and reduce anxiety-related brain patterns, new research suggests. The study, conducted with children aged 9-12, found that brief in-class high-intensity intervals improved performance on verbal tasks while decreasing neural signals linked to worry over mistakes.

Researchers from a leading university conducted six bodyweight exercises—such as high-knee marching, jumping jacks, air squats, and lunges—for 30 seconds on, 30 seconds off, in a typical classroom setting with no equipment. After the movement, students completed verbal comprehension tests while EEG monitored brain activity. Results showed faster, more accurate responses and lower error-related negativity, a brain marker associated with attentional lapses and anxiety during testing.

A major new clinical trial has delivered compelling evidence that lifestyle changes—ranging from diet and regular exercise to social engagement—can effectively delay age-related cognitive decline in older adults. The findings, featured in both medical journals and leading media outlets including Smithsonian Magazine, come from the U.S. POINTER study, the largest randomized trial of its kind, and mark a turning point in our understanding of how the brain ages and what we can do to protect it (Smithsonian).

A major new study has shaken up our understanding of how physical activity protects our brains, revealing that “more isn’t always better” when it comes to exercise and healthy aging. Researchers now say that moderate—not excessive—levels of physical activity may be the secret to maintaining a youthful brain, challenging decades of advice that simply “more exercise” leads to stronger minds for life.

Published in the peer-reviewed journal Health Data Science and led by Associate Professor of Public Health at Hangzhou Normal University in partnership with Tianjin University of Traditional Chinese Medicine and Tianjin Medical University, this ground-breaking research involved a robust analysis of data from 16,972 participants in the UK Biobank. Using state-of-the-art machine learning and MRI scans, the scientists set out to answer a question that affects millions of Thais: could the right amount of daily movement slow down our brain’s aging—without going overboard? (scitechdaily.com, Health Data Science, DOI: 10.34133/hds.0257)

Groundbreaking clinical research demonstrates that comprehensive lifestyle modifications—encompassing dietary optimization, regular physical activity, and enhanced social engagement—can significantly delay age-related cognitive decline in older adults through scientifically validated interventions. The landmark U.S. POINTER study, representing the largest randomized trial investigating lifestyle-based brain protection strategies, provides compelling evidence featured across medical journals and Smithsonian Magazine reporting. These findings fundamentally reshape understanding of brain aging processes while offering practical approaches for cognitive preservation that hold particular significance for Thailand’s rapidly aging population facing increasing dementia and memory loss challenges.

A quiet revolution is rising across Thailand—from bustling cities to tranquil villages. New international research shows that simple, culturally aligned lifestyle changes can delay brain aging and help families protect loved ones from dementia. The findings resonate with Thailand’s communal approach to elder care and offer practical, affordable steps for households nationwide.

Researchers enrolled adults aged 60 to 79 who showed early signs of cognitive risk, such as prediabetes, borderline hypertension, and sedentary habits. Participants were assigned to two pathways: a structured, brain-healthy program and a self-guided routine with educational support. Both groups received regular coaching, but only one followed an intensive plan.

Moderation, a core Thai value rooted in the Buddhist concept of the middle path, now links to sharper thinking in aging minds. A large new study shows that moderate physical activity, not intense training, offers the best protection against cognitive decline. For Thai families, this finding resonates with everyday wellness practices and could reshape how communities pursue brain health.

Researchers tracked nearly 17,000 participants, measuring movement with wrist devices over a week and analyzing brain imaging data to estimate brain age. Published in Health Data Science, the study challenges the notion that more exercise always equals better brain health. Instead, a U-shaped curve emerged: too little activity speeds aging, while excessive exercise offers no extra benefit and may even harm cognition.

A wave of new findings from Tufts University and collaborating institutions is reshaping how health professionals view the B vitamin complex. The eight nutrients, critical to countless cellular processes, appear to influence cognitive function, heart health, cancer prevention, neural tube protection, and recovery after surgery. Experts are now calling for refined monitoring and targeted supplementation strategies, especially for aging populations and those at risk of cognitive decline.

B vitamins do not act as a single entity; each nutrient has unique effects—and they interact in complex ways. Researchers at Tufts’ Human Nutrition Research Center on Aging emphasize that studying B vitamins in isolation is challenging because four of the eight act as essential cofactors in one-carbon metabolism. This intricate network powers DNA synthesis and amino acid processing, underscoring why precise contributions and potential risks require ongoing, nuanced inquiry.

Fresh research from Tufts University and partnering institutions is reshaping scientific understanding of B vitamins, revealing their substantial, wide-reaching effects on human health that extend from cognitive and cardiovascular function to cancer, neural tube defects, and even recovery from gastric bypass surgery. As these eight essential nutrients—collectively known as the B complex—emerge as central players in a myriad of biological processes, new guidance from experts and clinicians is urging more rigorous monitoring and nuanced supplementation, particularly for older populations and those at risk of cognitive decline.

Revolutionary research from Tufts University and collaborating institutions is fundamentally reshaping scientific understanding of B vitamins, revealing their extensive, multifaceted effects on human health that span cognitive function, cardiovascular wellbeing, cancer prevention, neural tube defect protection, and post-surgical recovery outcomes. As these eight essential nutrients—collectively comprising the B complex—emerge as central players in countless biological processes, leading experts and clinicians are advocating for more rigorous monitoring protocols and sophisticated supplementation strategies, particularly for aging populations and individuals at risk of cognitive decline who may benefit most from targeted interventions.

Thailand’s young generation confronts an invisible epidemic as excessive digital consumption fundamentally alters brain structure and function, creating widespread cognitive decline that educators, parents, and health officials across the kingdom can no longer ignore. Revolutionary neuroscience research demonstrates that prolonged exposure to social media, gaming, and superficial online content produces measurable deterioration in memory, critical thinking abilities, and emotional regulation among adolescents and young adults. This phenomenon, recently dubbed “brain rot” and selected as Oxford’s Word of the Year 2024, represents far more than generational anxiety—it signals a genuine neurological crisis threatening Thailand’s educational achievements and economic competitiveness.

A wave of digital overload is sweeping through the world’s youth, and Thailand is no exception. Recent neuroscience research reveals that excessive social media, gaming, and screen time can harm memory, impair critical thinking, and leave young people feeling fatigued, unfocused, and emotionally detached. As Thais of all ages spend more time glued to screens, new findings provide urgent insights—and practical steps—to guard our brains in the digital age.

The term “brain rot,” notably named Oxford’s Word of the Year 2024, has rapidly entered global consciousness to describe the subtle yet significant meltdown of cognitive capacities linked to the overconsumption of digital content, particularly that which is superficial or emotionally distressing. For Thai society—where mobile internet penetration is among Asia’s highest and app-based lifestyles are ubiquitous—the risk and reality of this phenomenon present far-reaching implications for education, mental health, and even national productivity.

A quiet crisis is unfolding in Thailand as heavy daily screen time reshapes the brains of many young people. New neuroscience research connects prolonged exposure to social media, gaming, and endless online content with measurable declines in memory, reasoning, and emotional regulation among adolescents and young adults. While some headlines sensationalize the term “brain rot,” the underlying message is clear: digital overload is affecting learning, behavior, and well-being across the country.

A major international study demonstrates that a holistic lifestyle program can protect cognitive function in older adults at risk of dementia. The program blends physical activity, Mediterranean-style nutrition, social engagement, and cognitive training, offering a practical path for Thailand’s aging society. The research, presented at a major global conference, shifts focus from drugs to scalable, behavior-based prevention that resonates with Thai families and health policy.

Thailand faces a rapid demographic shift, with projections showing a growing share of citizens over 60 by 2040. Public health data from Thailand’s Ministry of Public Health highlights dementia and mild cognitive impairment as urgent priorities, stressing the need to support families and communities as urbanization reshapes traditional caregiving networks.

A groundbreaking clinical trial has found that a comprehensive approach combining physical activity, healthy diet, social engagement, and mental stimulation can significantly boost cognitive abilities in older adults at risk for dementia. The findings, published in JAMA and unveiled at the Alzheimer’s Association International Conference in Toronto, offer renewed hope for combatting age-related cognitive decline—not through medication, but by changing everyday habits, a message with profound implications for ageing societies like Thailand.

Groundbreaking clinical research published in the prestigious Journal of the American Medical Association reveals that a comprehensive lifestyle intervention combining physical activity, Mediterranean-style nutrition, social engagement, and cognitive stimulation can dramatically enhance brain function and prevent cognitive decline among older adults at high risk for dementia—offering unprecedented hope for Thailand’s rapidly aging society facing escalating rates of neurodegenerative diseases. This landmark study, unveiled at the Alzheimer’s Association International Conference in Toronto, represents a paradigm shift from pharmaceutical-focused dementia treatment toward accessible, behavior-based prevention strategies with profound implications for Thai families and healthcare policy.

A novel study has uncovered an innovative “time travel” technique capable of reviving fading memories, potentially revolutionizing how students, professionals, and aging populations in Thailand and worldwide approach memory retention. Published on Monday, July 28, 2025, in the journal Proceedings of the National Academy of Sciences (PNAS), the research demonstrates that deliberately recalling the emotions and thoughts from the original moment of memory creation can substantially restore memories that would otherwise deteriorate over time. This method, described by the study’s scientists as “mental time travel,” has already garnered attention for its applicability far beyond laboratory settings, holding promise for everyone from Thai university students facing high-stakes exams to elderly Thais seeking to sustain cognitive health in their later years (livescience.com).

A new study introduces a method called mental time travel to revive fading memories. By guiding learners to re-create the emotions and thoughts present when a memory formed, this approach aims to keep memories accessible longer. The findings, reported in the Proceedings of the National Academy of Sciences, show meaningful recall improvements after short delays. Interest in applying the technique extends beyond labs, including Thai classrooms and aging communities.

Memory challenges matter in Thailand, where an aging population and competitive education place high demand on cognitive skills. The study adds a new dimension to memory strategies that already include spaced study and mnemonics. More than 1,200 participants participated, strengthening the relevance of the approach for Thai schools and eldercare programs.

A large international study suggests that a targeted mix of lifestyle changes can slow age-related brain decline. By combining a heart-healthy diet, regular aerobic exercise, mental stimulation, and increased social activity, older adults may maintain memory and thinking skills longer. The findings were shared at a major conference on Alzheimer’s disease and published in a leading medical journal, highlighting a promising path for Thailand’s aging population.

The POINTER study followed more than 2,100 sedentary adults in their 60s and 70s over two years. Participants who followed an intensive program—Mediterranean-style eating, frequent aerobic workouts, online cognitive training, structured social engagement, and close monitoring of blood pressure and blood sugar—achieved memory and cognition scores similar to peers up to two years younger. A senior investigator noted that these results demonstrate the possibility of influencing cognitive trajectories over time.

A recent study offers a practical mental technique, described as “time travel,” to strengthen memory. By mentally re-creating the original learning moment—including thoughts and feelings—learners can improve recall of material studied earlier. The research, reported in a leading science journal, suggests the method works best soon after study and is less powerful as time passes.

For Thai readers, the implications are significant. Forgetfulness and exam anxiety affect students, teachers, and Thailand’s competitive education landscape. This approach provides a scientifically grounded, low-cost strategy that aligns with ongoing efforts to strengthen cognitive health and learning outcomes across generations.

A groundbreaking study has provided the clearest evidence yet that a targeted combination of lifestyle changes – specifically, a heart-healthy diet, regular aerobic exercise, mental training, and increased social activity – can actually slow down age-related declines in brain function among older adults. The findings, presented at the Alzheimer’s Association International Conference in Toronto and published in the Journal of the American Medical Association, hold significant promise for an aging population like Thailand’s, where cognitive issues and Alzheimer’s disease represent growing public health concerns (NPR).

A new study has revealed that a mental technique dubbed “time travel” can help restore fading memories, providing fresh promise for students, educators, and anyone hoping to recollect lost information. Published in the Proceedings of the National Academy of Sciences on July 28, this research offers compelling evidence that mentally returning to the context in which a memory was formed—by recalling thoughts and emotions from that time—can significantly rejuvenate retention of learned information, sometimes making old memories nearly as accessible as new ones. This discovery may revolutionize current understandings of memory loss and learning efficiency from classrooms in Bangkok to university libraries across the globe (Live Science).

A growing body of brain science suggests that finishing dinner earlier could help the brain consolidate memories during sleep. Early animal studies and promising human data indicate that going to bed with an empty stomach might enhance sleep-supported memory processing, potentially improving cognitive performance by morning. In Thailand, where cognitive health and aging are rising public priorities, simple meal-timing adjustments could offer a low-cost strategy for students and older adults alike.