Nutriop Longevity Blog

Spermidine-Induced Autophagy: Unlocking the Secrets to Geroprotection

By Max Cerquetti 三月 18, 2023 | 抗衰老 Autophagie autophagy Cellular Senescence fasting gene expression Genexpression genomic instability genomics geroprotection healthy aging Human longevity live longer longevity gene SIRT1 sirtuins Spermidin spermidine wheat germ extract Zelluläre Seneszenz

IntroductionAging is an inevitable part of life, and as we age, our bodies undergo various changes. One such change is the progressive decline in cellular function, leading to a higher risk of age-related diseases. Scientists have been researching ways to promote healthy aging and extend our lifespans, and recent research...

Unlocking the Potential of NMN: The Key to NAD+

By Nutriop Longevity 一月 19, 2023 | 抗衰老 apoptosis ATP Autophagie autophagy blood sugar regulator Cellular Senescence Cognitive Health Diabetes DNA methylation epigenetic alterations genomic instability glucose metabolism hallmarks of aging healthy aging 心脏健康 Human longevity intercellular communication Kognitive Gesundheit Krebs cycle live longer longevity gene mental health 代谢健康 NAD+ nadh neuroprotection Nicotinamide adenine dinucleotide nmn Oxidative stress SIRT1 sirtuins Zelluläre Seneszenz

Nicotinamide mononucleotide (NMN) is a molecule that has gained a lot of well-deserved attention in recent years as a potential anti-aging supplement, both in the scientific community as well as among the general public. This is because NMN has been shown to activate another molecule already present in your body,...

Spermidine And Its Effects On Human Health And Wellbeing

By Max Cerquetti 二月 20, 2022 | Autophagie autophagy Cellular Senescence Cognitive Health epigenetic age Epigenetic Clock epigenetische Alter Epigenetische Uhr gene expression Genexpression gesundes Altern healthy aging 心脏健康 Herz Gesundheit Human longevity Kognitive Gesundheit Menschliche Langlebigkeit 代谢健康 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...