Articles tagged with Blood Pressure
A new study found that eating 200g of blueberries daily for a month improves blood vessel function and reduces systolic blood pressure in healthy people. Anthocyanins, a type of phytochemical responsible for blueberry's color, play a key role in this effect.
Researchers found that black women are more likely to be readmitted to hospital and suffer severe maternal morbidity, even after adjusting for socioeconomic factors. Text-based monitoring of blood pressure reduced racial disparities in ascertainment.
A randomized-controlled clinical trial found that Montmorency tart cherry juice helped lower systolic blood pressure and LDL cholesterol in older adults by reducing inflammation and oxidative stress biomarkers. The participants also showed increased DNA repair activity, suggesting potential health benefits for heart health.
Researchers found that intensive blood pressure lowering reduces the risk of bleeding in the brain after 'clot-busting' treatments for acute ischaemic stroke, making thrombolysis safer. However, this didn't translate to improved overall outcomes for patients.
A large international clinical trial found that intensive blood pressure lowering safely reduces the risk of brain bleeding in ischemic stroke patients being treated with clot-busting drugs, but did not improve post-stroke recovery. The study also showed no harm identified for intensive blood pressure management.
A multicenter trial found that administering a nitroglycerin patch in an ambulance did not reduce post-stroke disability. In fact, it worsened outcomes for patients with brain bleeds, indicating that the treatment should not be used very early after stroke.
A recent study by Rutgers University found that African-Americans are 5 times more likely to develop hypertensive emergency, a life-threatening condition. Targeted interventions to control diabetes, chronic heart and kidney disease, and anemia may reduce the risk of drastic increases in blood pressure.
Researchers found that stroke survivors who believe they can protect themselves from having another stroke have significantly lower blood pressure. The study revealed nearly 78% of adults agreed they could protect themselves, leading to a 6.44 mm Hg reduction in systolic blood pressure.
A clinical trial led by Wake Forest School of Medicine found that intensive control of blood pressure significantly reduced the risk of developing mild cognitive impairment (MCI) in older people. MCI is a precursor to early dementia and increases the risk of dementia progression, but reversion to normal cognition is possible.
A systematic review of available evidence suggests that cycling and treadmill workstations are associated with greater short-term physiological changes compared to standing versions. Both types boosted heart rate, energy expenditure, and reduced blood pressure. However, treadmill versions interfered with keyboarding skills.
The SPRINT MIND trial found that intensive lowering of systolic blood pressure did not significantly reduce dementia risk, but had a measurable impact on mild cognitive impairment. The study demonstrated that intensive blood pressure control is safe for the brain and may offer avenues for prevention.
A team of researchers has discovered genetic associations with blood pressure that could guide future treatments for patients with hypertension. Over 250 new genetic variants and 400 new genes associated with blood pressure were identified, suggesting existing drugs may be used to lower blood pressure.
A study found that people with blood pressure above normal were more likely to have loss of volume in the gray matter in certain areas of the brain than those with normal blood pressure. High blood pressure was linked to reduced gray matter volumes, particularly in the left inferior frontal gyrus.
A new study published in Psychophysiology found that thinking about one's romantic partner can lower blood pressure during stressful situations, just as effectively as having the partner physically present. The study suggests that high-quality romantic relationships may support people's health by enabling better stress coping mechanisms.
A recent study published in the International Journal of Hygiene and Environmental Health found no association between exposure to certain chemicals during pregnancy and an increase in blood pressure. In fact, higher exposure to phthalates, BPA, and parabens was linked to a decrease in blood pressure, particularly in the second trimester.
A pilot study at Brigham and Women's Hospital found that an innovative home-based care-delivery program helped 81% of participants achieve blood pressure control in seven weeks. The program used Bluetooth-enabled blood pressure devices and patient navigators to facilitate rapid assessment and medication adjustments.
A recent study found that high-fat diets significantly increase blood pressure in both young male and female rats, with comparable effects on males and females. The study also showed sex differences in inflammation response, where females maintained a higher percentage of Tregs, which help decrease blood pressure.
A study led by Albeir Mousa found that patients using a telemedicine app scored better on measures of physical function, mental health, and quality-of-life assessments. The vast majority of patients found the app intuitive to use, with high scores on ease of use and enrichment of care.
A new study in the Journal of the American Heart Association found that nearly 20% of cardiovascular disease deaths in Shandong province could be attributed to high sodium intake. Reducing salt consumption is estimated to prevent up to 8,800 deaths from cardiovascular disease.
A study of 39,742 people found that exercise was just as effective as most blood pressure lowering drugs in reducing systolic blood pressure, especially for those with high blood pressure. Combining endurance and dynamic resistance training also showed promising results.
A recent study by the Smidt Heart Institute at Cedars-Sinai shows that a pharmacist-led intervention at barbershops can significantly lower blood pressure in high-risk African-American men. After 12 months, the average systolic blood pressure fell by nearly 29mmHg in the intervention group.
A 12-month follow-up study found significant improvements in blood pressure among African-American men participating in a barbershop-based health program. The intervention reduced systolic blood pressure by 28.6 mm Hg, with an average reduction of 20.8 mm Hg greater than the control group.
Researchers found that females have a higher risk of salt-sensitive hypertension due to impaired blood vessel relaxation. A low-salt diet and drug treatment restored healthier blood pressure and endothelial function in female mice.
Researchers found that maintaining systolic blood pressure at around 140 mmHg experienced fewer negative health outcomes, such as second strokes, death or cardiovascular disease. The findings provide some clarity for physicians, but more research is needed to confirm the optimal level of blood pressure.
Scientists identified a key player in blood pressure regulation, PKD2 channel, which regulates blood vessel constriction and relaxation. The study found that switching off PKD2 reduces blood pressure in mice, indicating potential as a new drug target for treating high blood pressure.
A recent editorial suggests that home blood pressure monitoring is more accurate than traditional office assessments, due to the phenomenon of white coat syndrome. This can lead to misdiagnosis and inadequate treatment for patients with high blood pressure.
Researchers have found that pulse oximeters can detect normal, elevated, and high blood pressure with high accuracy. The studies, conducted in the US and China, used large sample sizes and a unique mathematical program to identify electrical signatures that correlated with hypertension.
A new study predicts achieving and maintaining lower blood pressure goals could prevent 3.3 million cardiovascular disease events, while earlier guidelines may only prevent 1.6 million, according to a recent analysis using population-based databases.
Researchers studied two remote communities in the Venezuelan rainforest, one heavily Westernized and one less so, to investigate the relationship between age and blood pressure. The results suggest that the rise in blood pressure with age may be a consequence of Western lifestyle influences.
A South American tribe living in near-total isolation shows no increase in average blood pressure from age one to age 60, contrasting with a nearby tribe exposed to Western dietary influences. The findings support the idea that exposure to Western diet and lifestyle may contribute to age-related blood pressure rise.
Researchers found that using low-cost portable air purifiers at home significantly lowered urban seniors' fine particulate matter exposure and blood pressure. The study showed a 40% reduction in air pollutant exposure and an average of 3.4 mm Hg decrease in systolic blood pressure.
Exposure to whole-body blue light significantly reduces systolic blood pressure by almost 8 mmHg, similar to blood pressure lowering drugs. Blue light also improves other cardiovascular risk markers such as arterial stiffness and increased blood vessel relaxation.
A new study by Duke University Medical Center reveals that people under 40 with high blood pressure are at increased risk of heart failure, strokes, and blood vessel blockages as they age. The study used the 2017 guidelines to assess risks for younger individuals.
Two new studies link high blood pressure to premature cardiovascular disease in adults younger than 40, emphasizing the need for better understanding of its causes and prevention strategies. Experts suggest that lifestyle measures such as regular physical exercise and weight management can help maintain optimal blood pressure levels.
Research found that rising violent crime rates were associated with higher odds of high blood pressure among residents living in low-crime communities, even if they weren't directly exposed to crime. The study suggests that the environment affects heart health and stress responses can vary between neighborhoods.
A new study suggests that mindfulness-based interventions like yoga and tai chi can lower blood pressure, improve diabetics' health, and boost antioxidants. These practices may help reduce stroke risk by mitigating key factors such as hypertension, fatty acids, and blood sugar levels.
Researchers found that blood pressure and heart rate patterns in sedentary women are highly reproducible over three months, demonstrating allostasis. This suggests that the body adapts to changing demands, rather than maintaining a setpoint.
A new Scripps Research study reveals how specialized neurons detect changes in blood pressure and maintain cardiovascular homeostasis. The researchers identified two proteins, PIEZO1 and PIEZO2, that play a crucial role in the baroreceptor reflex, which has significant implications for treating drug-resistant hypertension.
A new study by the American Heart Association confirms that home blood pressure monitoring can diagnose high blood pressure in US adults. The research found that readings of 130/80 mmHg or higher taken at home are consistent with clinic measurements, providing a reliable method for identifying hypertension.
A new study published in the American Journal of Clinical Nutrition found that cocoa flavanols, especially (−)-epicatechin, improve blood vessel function and lower blood pressure. Flavanol-only groups experienced all benefits, while procyanidin-enriched extracts showed reduced cholesterol without improvements in vascular effects.
A study of over 10,000 participants with type 2 diabetes found that intensive blood sugar control and targeting low blood pressure reduced the risk of macroalbuminuria, but had no impact on more significant kidney outcomes. The use of fenofibrate to lower cholesterol increased the risk for doubling of serum creatinine.
A study demonstrates that pulse wave velocity shows promise as a measurement to monitor blood pressure levels. Continuous, cuffless and non-invasive monitoring using wearable patches could provide an inexpensive option for patients with high blood pressure.
Researchers found that aggressive blood pressure treatment does not damage the kidneys themselves, but rather leads to decreased blood flow. This discovery challenges previous beliefs and offers new hope for patients with hypertension.
University of Toledo scientists discover that increasing body's supply of beta hydroxybutyrate can regulate high blood pressure without exercise or sodium reduction. The study used lab rats and found significant decrease in blood pressure through kidney repair.
Researchers have developed an analytical model linking blood pressure to pulse wave velocity, validated by human participant experiments. This method could enable future development of continuous blood pressure monitoring systems.
A church-based program combining faith-based lifestyle change with motivational interviewing significantly lowered systolic blood pressure by 5.8 mm Hg, compared to an educational program alone. The study found that the intervention was effective in improving blood pressure control and could be a routine practice in places of worship.
A culturally tailored program significantly reduced blood pressure among Hispanic individuals by nearly 40% one year after discharge, according to a new study published in JAMA Neurology. The program taught patients actionable skills to reduce their risk for stroke, rather than just knowledge.
A massive genetic analysis of over one million people has revealed 535 new genes linked to high blood pressure. The discovery sheds light on new biological pathways for blood pressure regulation and holds promise for improved cardiovascular disease prevention.
Engineers at UC San Diego developed an algorithm to predict individual blood pressure based on sleep, exercise, and blood pressure data from wearable devices. The study found that personalized data was more effective than generalized information in lowering blood pressure.
A new study found that extreme dieting in female rats led to a decrease in metabolic factors and functions, including body weight and blood pressure, but resulted in a higher accumulation of abdominal fat. This increase in belly fat may cause long-term health risks for people who have previously crash dieted.
Research suggests that high variability in weight, blood pressure, cholesterol, and blood sugar readings is associated with a higher risk of heart attacks, strokes, and death. Fluctuations in these measures are linked to an increased risk of 127% mortality, 43% heart attack, and 41% stroke.
Researchers found a combination of liraglutide and enalapril effectively addresses all symptoms of postmenopausal polycystic ovary syndrome (PCOS), including metabolic syndrome. The treatment promotes significant weight loss, reduces insulin resistance, and normalizes blood pressure.
Researchers at OHSU have discovered the three-dimensional structure of a membrane channel critical in controlling blood pressure. The breakthrough provides a starting point for developing better treatments for diseases associated with this channel, including severe hypertension and heart failure.
Research participants experienced improved blood pressure and heart rate regulation after receiving epidural stimulation, with stabilized levels even after stimulation was turned off. The therapy also increased independence and alertness, allowing individuals to live more normal lives and engage in activities without limitations.
A massive global genetic study has identified over 500 new gene regions influencing blood pressure, more than tripling the known number. The study now explains almost a third of estimated heritability for blood pressure.
Resistant hypertension affects 12-15% of patients with high blood pressure, who require three or more medications to control it. Improving lifestyle factors such as diet, physical activity, and weight can lower blood pressure.
A large study of 5.4 million adults found that high blood pressure is associated with an increased risk of developing aortic stenosis and regurgitation. The findings suggest that controlling blood pressure may be a way to prevent these conditions.
Researchers at the University of California - San Diego have developed a wearable ultrasound patch that can monitor central blood pressure in major arteries up to four centimeters below the skin. The device provides accurate, precise readings and has potential applications in real-time monitoring of patients with heart or lung disease.
Research suggests that early life stress can lead to increased levels of 'danger' molecules, which can overwhelm the body's natural system and cause chronic inflammation. This can ultimately result in a host of health problems, including cardiovascular disease.
New research reveals genetic differences in skeletal muscle receptors contribute to varying responses to exercise, increasing risk of future high blood pressure.