Strokes disable. Heart attacks/strokes also kill - thousands

Watch this first to understand how strokes disable and heart attacks can kill thousands, as introduced in the course.

Learn lifestyle strategies to prevent stroke, including managing blood pressure and cholesterol, exercising regularly, eating a nutritious diet, maintaining a healthy weight, quitting smoking, managing diabetes, and improving sleep quality.

Discover the lecturer's perspective on the topic, highlighting strokes and heart attacks within the broader course focus.

This lecture outlines non-changeable stroke risk factors—age, gender, race, and conditions like patent foramen ovale—alongside major, changeable risks such as high blood pressure, diabetes, and smoking.

Explore how atrial fibrillation raises stroke risk up to 500 percent, how many related strokes are preventable, and how to detect irregular pulses with a monthly pulse check.

Diabetes greatly raises stroke risk by damaging vessels; manage blood sugar with diet, exercise, and medicines, and control blood pressure and cholesterol to prevent strokes.

Monitor high blood pressure, the single most important stroke risk factor, limit salt to 1500 mg daily, eat fish and whole grains, and quit smoking.

Prioritize a plant-based, fiber-rich diet to lower stroke risk. Include antioxidant foods to reduce inflammation and avoid high cholesterol, salty, and processed items to protect arterial health.

Regular coffee (one cup daily) may reduce stroke risk by 20%, and tea may lower heart attack risk; avoid fizzy drinks and limit alcohol, with red wine preferred.

Excess consumption of animal products promotes atherosclerosis and stroke via gut bacteria converting carnitine and lecithin into artery-clogging compounds; reduce animal intake, emphasize plant foods, and lower modifiable risk factors.

Quit smoking to reduce stroke and heart disease risk by preventing arterial damage and clots from tobacco smoke. Recognize that all tobacco forms, including sheesha, are harmful.

Explore how prescription and recreational drugs influence stroke risk, including aspirin and warfarin as prevention, and identify sex-specific risk factors and lifestyle influences.

Manage stress to lower stroke and heart disease risk by regulating the HPA axis and fight-or-flight response, using mindfulness, diaphragmatic breathing, and other regular stress reduction techniques.

Seven hours of sleep helps recovery and lowers stroke risk; poor sleep quality, sleep apnea, snoring, and obesity raise cardiovascular risk. Avoid sleeping pills, which may independently increase stroke risk.

Counter daily blues and reduce anxiety by using hands-on strategies like knitting, crochet, cross-stitching, stress balls, therapy putty, mindfulness, drawing, and discreet fidget tools such as a fidget pad.

Explore stress relief through creative activities like diamond painting, drawing, and meditation, and examine strategies such as exercise, clutter cleanup, and engaging hobbies to reduce stress and improve health.

Read silently for six minutes to cut stress by 68% and slow your heart rate, a result highlighted by Mind Lab International at the University of Sussex.

Learn practical cognitive behavioral techniques to lower stress using mind-body medicine, present-moment coping strategies, breathing, relaxation, social support, and healthy habits for resilience.

practice small acts of kindness to reduce stress and loneliness by litter pickup, listening to buskers, donating to charity shops, and helping neighbors with gardens and care packages.

Explore stress reduction by organizing ideas into environmental and cognitive strategies, offering practical methods like calming environments, aromatherapy, books, and positive affirmations.

Learn physical strategies to reduce stress through stretching, aerobic activity, bodyweight exercises, yoga and tai chi, plus a healthy diet and hydration for overall well-being.

Laughter releases endorphins and improves breathing, supporting heart health. Boost nitric oxide production to dilate arteries, provide cardio-like benefits, improve brain function, and reduce stress.

Discover how time management, planning, and organization reduce stress and procrastination, optimize stock and finances, and create a clean work environment to visualize success.

Highlight outdoor strategies to reduce stress, using sunshine for vitamin d, fresh air, and sensory experiences like walking, stargazing, picnics, and listening to water and campfire sounds.

Learn how high blood pressure increases stroke risk and damages arteries, heart, kidneys, and eyes. Discover practical steps to control blood pressure through stopping smoking, healthy eating, and regular exercise.

Explore how strength training builds muscle and bone density, reduces frailty, and lowers heart disease and diabetes risk for older adults.

Analyze stroke data across countries: 1.5 million sufferers, 9 million living with stroke, and 430k deaths. The report calls for prevention, investment, data collection, and a Europe-wide stroke action plan.

Apply art therapy techniques to manage worries by shaping a cloud of thoughts and using two jars to separate concerns and reshape them into calmer reflections.

Explore mind mapping to reduce anxiety by focusing on one issue. Label triggers, emotions, thoughts, and physical sensations while applying calming techniques.

Explore a study linked in the art therapy course, review notes and links, research the study, and post a summary or reaction in the question-answer section.

Explore a process-oriented art therapy exercise that addresses stress, high blood pressure, and stroke risk, focusing on interpretation, mood, calming shapes, and mindfulness through meditation and breath.

Discover how art therapy can reduce the economic burden of strokes, heart attacks, and other preventable illnesses through vision boards and intention setting.

creative art therapy added to conventional physical therapy reduces depression and improves physical function and quality of life for stroke survivors; art-loving individuals show better energy, mobility, and memory.

Arts-based therapies support stroke rehabilitation by enabling emotional expression and personal connection. Randomized trials show art interventions improve mental health, reduce distress, and boost engagement in rehab.

Develop art-based coping tools for stroke rehabilitation by creating a portable affirmation card and a panic book to calm anxiety with personal images.

Practice mindful attention to your body while drawing intuitively, using a continuous squiggle with your non-dominant hand to explore anxiety.

Learn how creativity can help your business through tips, tricks, and interviews, and how art therapy and stroke awareness reduce costs while benefiting others.

Explore how covid-19 reshapes the economy, businesses, and mental health, examining risks, leadership responses, and workplace changes like remote work, safety, and confidence in recovery.

Explores the tradeoffs of easing lockdowns, weighing virus spread risk, vaccine timelines, herd immunity, testing, therapeutics, and privacy against economic costs and health system capacity.

Plan your day with reflection and self-compassion, keep a gratitude journal, and use mindfulness to stay present while addressing daily routines and emotional well-being.

Explore how social isolation during lockdown drives loneliness and worsens mental health. It disproportionately affects working-age adults, the elderly, those in poor health, renters, and increases domestic abuse.

Explore how job loss, furlough, and income disparities during the pandemic drive mental health challenges, including stress and debt, while highlighting volunteering and work routines as protective factors against isolation.

Explore how mental health is a national asset and how social isolation, financial loss, housing insecurity, frontline work, access to mental health services, and loss of coping mechanisms drive deterioration.

Examines how the pandemic worsened mental health drivers by lessening face-to-face contact and outdoor activity, highlighting social isolation, digital connectivity, and rising socioeconomic inequalities.

Demonstrates how social prescribing connects people and improves mental health after covid-19 by funding local partnerships and programs such as football, art therapy, singing, green spaces, and music workshops.

Explore how art therapy techniques can improve mental health and reduce stress during covid-19, with practical exercises for everyone, even if you’re not into painting.

Art therapy unlocks inner creativity, improves emotional control, and builds confidence through nonjudgmental, focused exercises. It promotes emotional stability and stress relief by safely releasing negative emotions.

Explore how art and exercise support mental health and cognitive benefits in part 2, addressing covid-19 driven inequalities and at-risk groups while previewing art therapy activities and inclusive participation.

Explore how viewing or creating art evokes emotions, fosters mental wellbeing, and can function as therapy, while the brain's pattern-recognition engages lifelong learning.

Explore how looking at art alters brain activity, boosting blood flow by up to 10 percent and triggering pleasure in the medial orbitofrontal cortex, regardless of artist background.

Explore mental health through art therapy and painting to address depression. Reflect on your reactions in part 3 of this series.

Dive into mental health through art therapy and painting as a way to process depression, acknowledge dark feelings, and shift toward hope, trust, and a fresh start.

Explore how art interpretation reveals inner emotions, and learn about the Open Gallery, submitting artwork, and the Getty Museum challenge's at-home recreations that unite communities during the pandemic.

Explore how internal nature and garden imagery bolster mental health, resilience, and empathy, linking nature to stress management, art therapy, and social prescribing for healthier economies.

Explore how nature shapes mental health through reflective imagery of ponds, gardens, and quiet spaces, using the metaphor of choices and social reconnection after lockdown to discuss feelings and well-being.

Explore how external nature and hiking boost mood, reduce stress and disease, and support the economy; examine nature's services and covid-19 impacts for mental health and economic understanding.

Explore how natural systems underpin economies and mental health, quantify nature's value for GDP and well-being, and analyze trade-offs amid COVID-19 and climate risk.

Transform pandemic fatigue into meaning by reworking biohazard labels into a dandelion collage with butterflies, linking public health, mental health, and ecology through SARS-CoV-2 imagery.

Engage in a mind mapping exercise to visualize how covid-19 affects health, economy, and workplace. Trace trade-offs, leadership, mental health, and topics like strokes, depression, anxiety, therapy, and post-covid recession.

Explore how masks intersect business, economy, art, and health, linking anxiety relief, art therapy, and externalities to shopping, theatre, and pollution concerns.

Explore how masks affect society, including debates over effectiveness and policy, and connect mental health insights with mind maps to illuminate the science, politics, and daily implications.

Explore the UK face covering rules, including fines up to 100 pounds (50 on payment within 14 days), with exemptions for children under 11 and certain disabilities.

Explain why England changed rules to emphasize masks as a layer of protection against airborne transmission in enclosed spaces like mosques and supermarkets, alongside distancing, hand hygiene, and ventilation.

Examine how mask-wearing varies by country using YouGov polling, from Spain 86% to the UK 36%, and discuss how messaging could shift these rates and protect others.

Discover how nonmedical face coverings reduce covid-19 spread by blocking droplets and aerosols, especially from asymptomatic individuals, when worn correctly with hand hygiene and distancing.

Examine studies of homemade masks versus surgical masks, comparing materials, fit, and filtration efficiency to balance protection with breathability.

Mask use offers partial protection and can create a false sense of security; cloth masks offer limited filtration compared with surgical masks, so maintain hand washing, distancing, and mask handling.

Examine universal mask use, PPE shortages, and hoarding during a pandemic, comparing the CDC guidance on cloth coverings with WHO recommendations on masks and N95 respirators.

Explore the clash between personal liberty and covid-19 protection, showing why people resist masks, and how mask use protects others, with ethical guidance on running in crowded areas.

Explain why mask guidance evolved, balancing early warnings, compliance, effectiveness debates, and policy choices in public health and legal risk.

Assess how properly worn masks, including n95 options, reduce transmission by filtering droplets and aerosols, emphasizing fit, usage, and that protection mainly benefits others.

Assess how masks block respiratory droplets and reduce transmission through lab and real-world evidence. Showcase studies on mask mandates and cultural norms correlating lower death rates and slowed covid-19 growth.

Wear masks to reduce community transmission; high usage, about 95%, can avert thousands of deaths and protect others and hospital resources.

Learn how to choose and wear face masks effectively, including materials, built-in filters, fit, and care, to protect you, your family, and others.

Encourage critical discussion on COVID-19 masks and safety policies, inviting students to research, debate, and update views with data from WHO, CDC, and UK guidance.

Explore the debates around masks and World Health Organization guidelines, noting limited evidence for universal masking and critique of a Lancet meta-analysis distinguishing hospital versus community settings.

Evaluate mask use and transmission risk: an N95 mask filters about 95% of particles and blocks droplets, but the virus may still pass; masking mainly prevents expelling droplets when coughing.

Explore how exosomes resemble viruses through surface receptors and RNA, including covid-19, and examine how toxins, stress, and disease drive exosome production and influence testing.