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A large Harvard study finds that frequent ejaculation—about 21 times a month—is associated with a significantly reduced risk of prostate cancer among men, offering new insights into modifiable factors for prevention.
A new AI model, Delphi-2M, predicts the risk of over 1,000 diseases up to 20 years in the future with remarkable accuracy, transforming disease prevention and personalized health management.
The 2025 Best Diets ranking identifies optimal eating plans tailored to specific health needs, such as weight loss, high blood pressure, menopause, and digestive health, emphasizing scientifically backed, sustainable dietary patterns.
A recent Harvard study linking high milk consumption to increased liver cancer risk has sparked confusion. This article clarifies the scientific evidence, dispels misconceptions, and offers guidance on healthy milk consumption based on curr
Scientific evidence highlights coenzyme Q10 supplementation as a promising intervention to combat ovarian aging, improve oocyte quality, and enhance female fertility, especially for women over 35 or with compromised ovarian reserve.
New research reveals that a protein called plasmin weakens human immune response against cancer compared to chimpanzees, offering promising strategies to enhance cancer immunotherapy.
A recent study reveals how essential micronutrients like iron, calcium, and zinc influenced human evolution by driving genetic adaptations to environmental nutrient availability across populations worldwide.
Sudden death, often caused by heart conditions, is typically the culmination of gradual damage. This article explores warning signs, emergency response, and crucial prevention strategies to protect your heart and save lives.
Recent studies suggest a compound in ginger may clear half of aging cells in two days, but practical benefits and safety concerns warrant cautious optimism. Here’s a science-based look at ginger and aging.
Recent research reveals that citrate, a natural compound found in citrus fruits, may significantly reverse vascular aging and reduce the risk of cardiovascular diseases by restoring mitochondrial function and vascular elasticity.
A decades-long twin study reveals that while exercise is linked to longevity, genetics and baseline health play a crucial role, and the relationship between exercise and aging follows a U-shaped curve.
Beyond cholesterol and blood pressure, homocysteine silently hardens arteries, driving cardiovascular disease progression independently—latest research reveals its biomechanical impact and prevention strategies.
A pioneering AI collaborates as a co-scientist to unravel a decade-old bacterial gene transfer mystery, signaling a transformative era where artificial intelligence becomes a creative partner in scientific discovery.
Long-term studies reveal that proper supplementation of B vitamins can slow brain atrophy, improve cognitive function, and reduce dementia risk, especially in older adults at risk of deficiency.
Discover how a parasitic worm quietly invades the human body, evading pain and immune detection, causing millions of infections and thousands of deaths annually, with its spread now threatening new regions amid climate change and travel.
A new study reveals that short bursts of vigorous ‘snack exercise’ totaling as little as 3–4 minutes daily can significantly reduce cardiovascular disease risk, especially among women.
HPV-related oropharyngeal cancer incidence has surpassed cervical cancer, with men facing a 5-10 fold higher risk. Understanding this shift, symptoms, risks, and the critical role of HPV vaccination can transform prevention and early detect
Recent studies suggest a potential link between extreme marathon running and increased colorectal cancer risk, but research is preliminary and applies to rare cases. For most people, moderate exercise remains beneficial and safe.
Children with chronic physical illnesses face higher risks of mental health issues, partly due to early-life constraints on social and physical activities. Encouraging active play and social engagement may reduce these risks.
A groundbreaking Nature study reveals how glioblastoma reprograms glucose metabolism, exploiting environmental serine to accelerate growth and resist treatment, offering new metabolic targets for personalized therapies.
