Wellness
Walking further and faster linked to reduced risk of heart attacks, heart failure, stroke in people with high blood pressure
Compared to a daily step count of 2,300 steps, every extra 1,000 steps was linked to a 17% reduction in the risk of developing a major adverse cardiovascular event (MACE), up to 10,000 steps. Additional steps above 10,000 were associated with a lower risk of stroke.
Analysis of over 36,000 people with high blood pressure has shown that taking more steps, even below the recommended daily target of 10,000 steps, and walking faster, is associated with a significant reduction in the risk of major problems of the heart and blood vessels.
The study, published in the European Journal of Preventive Cardiology, found that compared to a daily step count of 2,300 steps, every extra 1,000 steps was linked to a 17% reduction in the risk of developing a major adverse cardiovascular event (MACE), up to 10,000 steps. Additional steps above 10,000 were associated with a lower risk of stroke.
Approximately 1.28 billion people worldwide are living with high blood pressure, and it places them at increased risk of heart disease (49% increase), stroke (62% increase) and heart failure (77-89% increase). Until now, it has been unclear how much people with high blood pressure need to increase their physical activity in order to see a reduction in their risk of MACE.
Professor Emmanuel Stamatakis, Director of the Mackenzie Wearables Research Hub at the University of Sydney, Australia, who supervised the study, said: “This study is one of the first to demonstrate a dose-response relationship between daily step count and major problems of the heart and blood vessels. In a nutshell, we found that, if you live with high blood pressure, the more you walk with greater intensity, the lower your risk for future serious cardiovascular events.
“These findings support the message that any amount of physical activity is beneficial, even below the widely recommended daily target of 10,000 steps.”
The study analysed data obtained from 32,192 people who had enrolled in a sub-study of the UK Biobank study. They had been diagnosed with high blood pressure and agreed to wear an accelerometer on their wrist for seven consecutive days to measure how far and how fast they walked. Data from the accelerometers was collected between 2013 and 2015. The average age was 64 and the participants were followed up for nearly eight years, providing the researchers with data for 283,001 person-years. During this time 1,935 cases of heart problems or stroke occurred.
In addition to a 17% reduction in overall risk for every extra 1,000 steps a day, the researchers found a 22% reduction in heart failure, 9% reduction in risk of heart attack, and 24% reduction in risk of stroke. This means that every increase of 1,000 steps a day was associated with:
- an average reduction in the absolute risk of MACE of 31.5 events per 10,000 person-years
- an average reduction in the absolute risk of 7.2 heart failure events per 10,000 person-years
- an average reduction in the absolute risk of 9.9 myocardial infarctions (heart attacks) per 10,000 person-years
- an average reduction in the absolute risk of 10.4 strokes per 10,000 person-years.
The average (mean) intensity of the 30 minutes of fastest walking per day was 80 steps a minute and this was associated with a 30% reduced risk of MACE. There was no evidence of harm in people whose 30 minutes of fastest walking or running was over 130 steps a minute.
The researchers found similar results when they looked at 37,350 people without high blood pressure. Every 1,000-step increase in daily step count led to an average lower risk of MACE, heart failure, myocardial infarctions and stroke of 20.2%, 23.2%, 17.9%, and 24.6%, respectively.
Prof. Stamatakis said: “Our findings offer patients accessible and measurable targets for heart health, even below 10,000 steps daily. Clinicians should promote physical activity as standard care, especially in patients with high blood pressure. Our results can inform new, tailored public health recommendations for these patients. Future recommendations on walking in people with high blood pressure could consider promoting higher stepping intensity.”
Strengths of the study include the large number of patients, the use of accelerometers to provide detailed information on numbers of steps and speed, and the use of data from national records in England, Wales and Scotland on deaths and causes of death.
Limitations include the fact that physical activity was measured only when people first joined the study and did not include any subsequent changes in behaviour. In addition, the researchers point out that their findings can show only that there is an association between walking further and faster and better health outcomes, not that it causes these better outcomes. However, they conducted extensive analyses to minimise the risk of what is called ‘reverse causation’ (in which, in this case, health problems could be causing both a reduction in physical activity and an increase in heart disease events). Most UK Biobank participants are White, are less likely to be obese, to smoke or drink alcohol, and to be better educated, and so they may not be representative of the general UK population.
Wellness
Exercise to treat depression yields similar results to therapy
Depression is a leading cause of ill health and disability, affecting over 280 million people worldwide. Exercise is low-cost, widely available, and comes with additional health benefits, making it an attractive option for patients and healthcare providers.
Exercise may reduce symptoms of depression to a similar extent as psychological therapy, according to an updated Cochrane review. When compared with antidepressant medication, exercise also showed a similar effect, but the evidence was of low certainty.
Depression is a leading cause of ill health and disability, affecting over 280 million people worldwide. Exercise is low-cost, widely available, and comes with additional health benefits, making it an attractive option for patients and healthcare providers.
The review, conducted by researchers from the University of Lancashire, examined 73 randomized controlled trials including nearly 5,000 adults with depression. The studies compared exercise with no treatment or control interventions, as well as with psychological therapies and antidepressant medications.
The results show that exercising can have a moderate benefit on reducing depressive symptoms, compared with no treatment or a control intervention. When compared with psychological therapy, exercise had a similar effect on depressive symptoms, based on moderate-certainty evidence from ten trials. Comparisons with antidepressant medication also suggested a similar effect, but the evidence is limited and of low certainty. Long-term effects are unclear as few studies followed participants after treatment.
Side effects were rare, including occasional musculoskeletal injuries for those exercising and typical medication-related effects for those taking antidepressants, such as fatigue and gastrointestinal problems.
“Our findings suggest that exercise appears to be a safe and accessible option for helping to manage symptoms of depression,” said Professor Andrew Clegg, lead author of the review. “This suggests that exercise works well for some people, but not for everyone, and finding approaches that individuals are willing and able to maintain is important.”
The review found that light to moderate intensity exercise may be more beneficial than vigorous exercise, and that completing between 13 and 36 exercise sessions was associated with greater improvements in depressive symptoms.
No single type of exercise was clearly superior, although mixed exercise programmes and resistance training appeared more effective than aerobic exercise alone. Some forms of exercise, such as yoga, qigong and stretching, were not included in the analysis and represent areas for future research. Long-term effects are unclear as few studies followed participants after treatment.
This update adds 35 new trials to previous versions published in 2008 and 2013. Despite the additional evidence, the overall conclusions remain largely unchanged. This is because the majority of trials were small, with fewer than 100 participants, making it difficult to draw firm conclusions.
“Although we’ve added more trials in this update, the findings are similar,” said Professor Clegg. “Exercise can help people with depression, but if we want to find which types work best, for who and whether the benefits last over time, we still need larger, high-quality studies. One large, well-conducted trial is much better than numerous poor quality small trials with limited numbers of participants in each.”
Wellness
Aerobic exercise may be most effective for relieving depression/anxiety symptoms
While supervised and group exercise may be best for reducing depression, shorter (up to 8 weeks) lower intensity exercise may be best for relieving anxiety.
Aerobic exercise, such as running, swimming, and dancing, may be most effective for relieving the symptoms of depression and anxiety, finds an overarching (umbrella) review and data synthesis of the available evidence, published in the British Journal of Sports Medicine.
While supervised and group exercise may be best for reducing depression, shorter (up to 8 weeks) lower intensity exercise may be best for relieving anxiety.
But all forms of exercise are as good as, or better than, medication and talking therapies, regardless of age or sex, the findings indicate.
Depression and anxiety affect up to 1 in 4 people worldwide, with the highest prevalence among young people and women, note the researchers. And previously published research suggests that exercise compares favourably with psychotherapy and medication for easing the symptoms, they add.
But it’s not clear how well exercise might work at different ages, frequency, and intensities.And previous overarching syntheses have focused only on adults or included participants with potentially influential factors, such as long term conditions.
The researchers therefore set out to comprehensively estimate the impact of exercise on depression and anxiety symptoms across all age ranges, including in those with and without a clinical diagnosis; and to find out whether the type, length, frequency, intensity, and supervision of exercise, and individual or group participation might influence outcomes.
They scoured research databases for pooled data analyses of randomised controlled trials that compared exercise with either another type of activity, or a placebo, or no active intervention, and published in English up to July 2025.
Eligibility criteria included planned, structured, repetitive and purposeful physical activities to improve physical and mental health; and all forms, intensities, frequencies and settings (individual or group) of exercise.
For depression, 57 pooled data analyses, comprising 800 component studies, involving 57,930 participants aged between 10 and 90, were included in the overarching synthesis.
These participants had been diagnosed with clinical depression or were experiencing depressive symptoms, but had no other co-existing conditions. Exercise interventions were categorised as aerobic (19 pooled data analyses); resistance, such as strength training (8); mind–body, such as yoga, tai-chi, and qigong (16); or a mix (39).
For anxiety, 24 pooled data analyses, comprising 258 component studies, involving 19,368 participants, aged between 18 and 67, were included in the overarching synthesis. Exercise interventions were categorised as aerobic (7); resistance (1); mind–body (9); or mixed (13).
Synthesis of the pooled data analyses showed that exercise had a medium sized effect on depression symptoms and a small to medium sized effect on anxiety symptoms, with the most substantial effects found for young adults (18-30) and women who had recently given birth.
All forms of exercise were associated with positive effects, with aerobic, group based and supervised formats the most effective for relieving depression symptoms. Aerobic, resistance, mind–body and a mix of different exercise formats had a medium sized impact on the relief of anxiety symptoms.
The effects were on a par with, or better than, medication or talking therapies.
The researchers acknowledge some limitations to their findings. These include the variable interpretations of exercise intensity and length among the pooled data analyses, and the relative paucity of pooled data analyses on the impact of exercise across the lifespan.
But they nevertheless conclude: “This meta-meta-analysis provides robust evidence that exercise effectively reduced depression and anxiety symptoms across all age groups, comparable with, or exceeding, traditional pharmacological or psychological interventions.
“Group and supervised formats gave the most substantial benefits, underscoring the importance of social factors in mental health interventions. With evidence that different characteristics of exercise appear to impact depression and anxiety at varying magnitudes, tailored exercise programmes must be prescribed.”
They continue: “Given the cost effectiveness, accessibility, and additional physical health benefits of exercise, these results underscore the potential for exercise as a first line intervention, particularly in settings where traditional mental health treatments may be less accessible or acceptable.”
Wellness
Dance effective in fighting against cognitive decline in Parkinson’s
Dance can be beneficial in halting the cognitive decline associated with Parkinson’s disease and, for some participants, they even showed signs of improvement.
A new study led by researchers at York University shows that dance can be beneficial in halting the cognitive decline associated with Parkinson’s disease and, for some participants, they even showed signs of improvement. Faculty of Health Associate Professor Joseph DeSouza, co-author of the study, says since cognition is nearly always expected to decline as the illness progresses and this was a multi-year study, the findings are quite remarkable.
“The classic progression of Parkinson’s disease is that cognition gets bad as well as motor symptoms, and some people already have significantly impaired cognition by the time they get to a diagnosis,” says DeSouza, who worked closely on the study with lead author Simran Rooprai, a second-year interdisciplinary master’s student at York. “So finding that no one in the dance group had further cognitive decline over six years, we think that’s pretty significant.”
The study, published in the Journal of Alzheimer’s Disease, looked at 43 participants from a group with Parkinson’s participating in the Sharing Dance Parkinson’s program at the National Ballet of Canada and the Dance for Parkinson’s Disease program through Trinity St. Paul’s Church, both located in Toronto, and a reference group of 28 people with Parkinson’s who were sedentary and not engaged in any physical activity.
Dance classes would begin with a seated warm-up, followed by “barre” exercises, and sessions ended with floorwork dances. One group was also taught a specific choreography in preparation for an upcoming performance.
The researchers found that the cognitive scores for the dance group had improved compared to the reference group, where they saw no changes, or a slight decline.
Rooprai says the research shows that dance could help with cognitive preservation, or perhaps even improvement in those with Parkinson’s.
“We can’t really fix the brain, but we’re trying to show that with dance, maybe we can delay the onset of further cognitive decline,” says Rooprai.
While Parkinson’ disease is most closely associated with the characteristic tremors of the disease, it is also associated with cognitive decline, with four out of five people with the illness eventually experiencing severe cognition problems as the disease progresses.
Earlier research led by DeSouza at York that he worked on with fellow author and former York PhD student Karolina Bearss, now a professor at Algoma University, has shown the benefits of dance for depression and motor symptoms of the illness, suggesting the benefits of dance are widespread.
“Dance engages many parts of the brain,” says Rooprai. “While dancing, you’re listening to music, learning new steps, remembering the different sequences, and you’re engaging with other dancers so you’re aware of your surroundings. Dance is physical, mental, and social all at once.”
DeSouza and Rooprai are working on a follow-up study in collaboration with the Baycrest Academy for Research and Education, where they will look at how working memory is affected for people with Parkinson’s taking weekly dance classes.
“Given how dance has so many different positive impacts on cognition, we expect to see improvements,” says DeSouza.
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