Tag: aging
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Psychological Resilience: A Lifeline to Longevity for Seniors
Understanding Psychological Resilience and Its Role in Aging As researchers continue to map the complex factors that contribute to a long, healthy life, psychological resilience has emerged as a central, modifiable trait for seniors. Psychological resilience refers to the ability to adapt to stress, recover from adversity, and maintain a sense of purpose and optimism…
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Psychological Resilience and Longevity in Seniors: A Link Uncovered
Why Psychological Resilience Matters for Senior Longevity As the population ages, researchers are increasingly focused on what keeps the body and mind robust into the later years. A growing body of evidence points to a simple yet powerful concept: psychological resilience—the ability to bounce back from stress, setbacks, and change—plays a pivotal role in promoting…
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Betaine Mimics Exercise to Slow Aging: New Discovery
What the discovery means for aging research A newly identified molecule, betaine, is shedding light on how regular physical activity translates into tangible anti-aging benefits. While most people know exercise improves heart health and endurance, researchers are now unraveling a deeper biochemical mechanism: betaine acts as a signal that coordinates the body’s response to sustained…
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A Molecule That Mimics Exercise: Betaine’s Role in Slowing Aging
Emerging Evidence: Betaine as an Exercise-Mimicking Molecule In a breakthrough study, scientists identified betaine as more than just a nutrient found in beets and spinach. The small molecule, already known to support liver function and methylation processes, appears to act as a critical signal in coordinating the body’s anti-aging benefits linked to long-term physical activity.…
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Betaine: A Molecule That Mimics Exercise to Slow Aging
What is betaine and why does it matter? Betaine is a small, naturally occurring molecule found in foods such as beets and spinach. The body also makes betaine on its own. In a new wave of aging research, scientists have identified betaine as a crucial signaling molecule that helps the body coordinate the lasting anti-aging…
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Age Impacts Therapy Outcomes in Metastatic Prostate Cancer
New evidence ties age to outcomes in metastatic prostate cancer A new study published in the October 28, 2025 edition of the New England Journal of Medicine adds an important dimension to how doctors tailor systemic therapy for metastatic prostate cancer. While factors such as tumor biology, disease burden, and prior treatments have long guided…
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Age Impacts Systemic Therapy in Metastatic Prostate Cancer
New evidence links age to systemic therapy outcomes in metastatic prostate cancer When oncologists assemble a treatment plan for metastatic prostate cancer, they weigh many factors—from tumor genetics to patient comorbidities. A provocative addition to this list is chronological age. A study published in the October 28, 2025 edition of the New England Journal of…
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Age Shaping Outcomes: How Chronological Age Affects Systemic Therapy in Metastatic Prostate Cancer
New evidence connects age to systemic therapy outcomes in metastatic prostate cancer When doctors assemble a treatment plan for metastatic prostate cancer, they weigh tumor biology, disease burden, patient health, and functional status. A recent study, published in the October 28, 2025 edition of an esteemed medical journal, adds another factor to the decision-making toolkit:…
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Cavan Scientist Wins RAMI Award for AMD Breakthrough
Irish Research Spotlight: Dr. Emma Connolly’s RAMI Victory Dr. Emma Connolly, a Research Fellow at Trinity College Dublin, has won a prestigious Royal Academy of Medicine in Ireland (RAMI) award for her pioneering work on age-related macular degeneration (AMD). The recognition comes as a milestone for Irish science, highlighting the impact of focused biomedical research…
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Scientists Reveal Potential to Reverse Memory Loss in Aging Brains
Groundbreaking studies point to reversing memory loss Researchers are reporting promising advances in addressing memory decline that often accompanies aging. In two complementary studies, a team led by associate professor Timothy Jarome and his graduate students employed advanced gene-editing tools to target molecular changes linked to memory formation and retention. The work aims to understand…