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Epigenetic Age Acceleration and Its Link to Healthy Longevity in Older Women

Epigenetic Age Acceleration and Its Link to Healthy Longevity in Older Women

By Max Cerquetti 07 de abril de 2023 | Alzheimer's Alzheimer’s disease anti-aging biological clocks Cellular Senescence chronological age cognition cognitive function Cognitive Health DNA methylation eAge epigenetic age epigenetic alterations Epigenetic Clock epigenetische Alter Epigenetische Uhr gene expression Genexpression genomic instability genomics hallmarks of aging healthy aging heart health Horvath clock Human longevity Kognitive Gesundheit live longer mental health metabolic health Zelluläre Seneszenz

IntroductionAs the world's population ages, understanding the factors that contribute to healthy aging becomes increasingly important. One area of research that has garnered attention is the study of epigenetic age acceleration (EAA). EAA refers to the difference between a person's biological age, as measured by specific changes in their DNA,...

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Unlocking the Potential of NMN: How Animal Research Proves its Ability to Improve Eyesight and Hearing in Age-Related Disease

Unlocking the Potential of NMN: How Animal Research Proves its Ability to Improve Eyesight and Hearing in Age-Related Disease

By Nutriop Longevity 31 de janeiro de 2023 | anti-aging Cellular Senescence epigenetic age gene expression Genexpression genomic instability hallmarks of aging healthy aging live longer longevity gene loss of resilience NAD+ neuroprotection Nicotinamide adenine dinucleotide nmn Oxidative stress SIRT1 sirtuins

As we age, our bodies begin to deteriorate, leading to a variety of age-related diseases. One of the most common conditions that come with aging is cellular aging, which can lead to a decline in eyesight and hearing. Currently, treatments are available to help slow the progression of these conditions,...

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Genetics, Longevity and Cancer - Current Research Uncovers Surprising Findings

Genetics, Longevity and Cancer - Current Research Uncovers Surprising Findings

By Max Cerquetti 24 de abril de 2022 | Cellular Senescence chronological age Cognitive Health DNA methylation epigenetic age epigenetic alterations gene expression genomic instability

Everyone is familiar with the widely varying sizes, as well as lifespans, of different mammals. A mouse, weighing in at under an ounce, lives a mere 12 to 18 months. Male elephants can weigh up to 13,000 pounds and have an average lifespan of 60 to 70 years. The blue...

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Spermidine And Its Effects On Human Health And Wellbeing

Spermidine And Its Effects On Human Health And Wellbeing

By Max Cerquetti 20 de fevereiro de 2022 | Autophagie autophagy Cellular Senescence Cognitive Health epigenetic age Epigenetic Clock epigenetische Alter Epigenetische Uhr gene expression Genexpression gesundes Altern healthy aging heart health Herz Gesundheit Human longevity Kognitive Gesundheit Menschliche Langlebigkeit metabolic health Spermidin spermidine Stoffwechselgesundheit Weizenkeimextrakt wheat germ extract Zelluläre Seneszenz

In 1677, Antony Van Leeuwenhoek, a modestly educated Dutchman who was an unassuming textile business owner, peered through the carefully crafted high-power lens of his microscope and made a startling discovery. Endlessly curious, Leeuwenhoek had already made a number of ground-breaking discoveries using his self-crafted lenses, including the existence of...

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Epigenetic Clocks as Age Predictors: Their History, Strengths, and Limitations

Epigenetic Clocks as Age Predictors: Their History, Strengths, and Limitations

By Max Cerquetti 08 de setembro de 2021 | chAge chronological age DNA methylation DNAm eAge epigenetic age Epigenetic Clock Horvath clock

We know only too well that old age is the main risk factor for cancer, cardiovascular disease, and neurodegeneration. Frustratingly, advances in aging research were delayed for many years due to the poor reliability of tools used in predicting the rate of patients’ biological aging. To better understand the aging...

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