In this RevGenetics podcast, Les and Amy introduce the new advanced NAD supplement with a special delivery system in BioVXR capsules. The formula addresses challenges with NAD breakdown by NNMT enzyme, using NAD shield with an NNMT inhibitor and low-dose NAD precursor strategy.

In this podcast, we explore the groundbreaking potential of **NMN (Nicotinamide Mononucleotide)**, a crucial molecule for **NAD+ production** in the body. As NAD+ levels naturally decline with age, NMN emerges as a promising solution to combat age-related health issues.

Discover the incredible potential of spermidine for longevity and reproductive health in this podcast! Spermidine, a natural polyamine found in all living organisms, plays a vital role in cellular health. Cutting-edge research reveals that spermidine supplementation can help combat cellular deterioration, enhance **oocyte quality** in aging females, and even slow down the aging process.

Exciting studies also suggest that spermidine may improve fertility by boosting sperm binding and increasing fertilization rates in aged oocytes, offering hope for couples dealing with age-related fertility challenges. Dive in as we explore how spermidine is transforming the fields of anti-aging and reproductive science, showcasing its immense potential for improving quality of life.

**Referenced Studies:**

🔗 [Research Study 1](https://assets-eu.researchsquare.com/files/rs-4966373/v1/d2083cc8-b013-46e9-bd24-08c6d60bc720.pdf?c=1729174608)

🔗 [Research Study 2](https://biosignaling.biomedcentral.com/articles/10.1186/s12964-024-01881-7)

🔗 [Research Study 3](https://www.semanticscholar.org/paper/Harnessing-Mitophagy-for-Therapeutic-Advances-in-Ghosh-Kumar/a9be508d021f6cbdf453e437ec7baaa5de9d0c2e)

🔗 [Research Study 4](https://link.springer.com/article/10.1007/s10571-024-01493-2)

🔗 [Research Study 5](https://academic.oup.com/ismecommun/article/4/1/ycae123/7826681?login=false)

**Get Spermidine Supplements Here:**

👉 [RevGenetics Spermidine Supplements](https://www.revgenetics.com/collections/longevity-supplements/products/rapymine-with-spermidine-rx)

#Spermidine #Longevity #ReproductiveHealth #FertilitySupport #AntiAging #CellularHealth #OocyteQuality #FertilityScience #AgeRelatedFertility #HealthyAging #Podcast #BreakthroughResearch #NaturalSupplements

In today's podcast, we explore the exciting potential of resveratrol in addressing COVID-19 and Parkinson's disease. Researchers have discovered that resveratrol targets critical processes in lung damage, offering hope for reducing infection and scarring. Using advanced virtual models, they’ve observed how resveratrol interacts at a molecular level, suggesting promising therapeutic effects.

Can eating make us age faster? 🧐 In this video, we take a fascinating deep dive into the science of aging and digestion. Research suggests that as we age, digestive enzymes like trypsin and elastase may leak out of the gut, wreaking havoc on our organs and collagen. These enzymes, designed to break down food, can mistakenly start breaking down other parts of our bodies, potentially contributing to wrinkles, sagging skin, and other aging effects.

A recent study found that older rats had higher levels of these enzymes, leading to significant collagen damage in various organs. The connection between leaky gut, rogue enzymes, and collagen breakdown sheds new light on how our bodies change with age.

We also discuss natural trypsin inhibitors found in foods like egg whites, soybeans, sweet potatoes, and more, and how they could play a role in managing this process.

Stay tuned for more on the link between digestion and aging—this is one video you don’t want to miss!

Trypsin Inhibitor-Rich Foods:

🥚 Egg Whites

🌱 Soybeans

🍠 Potatoes & Sweet Potatoes

🌾 Amaranth Seeds

🍲 Beans, Lentils, & Peas

Hashtags:

#AgingScience #LeakyGut #CollagenHealth #Wrinkles #SkinCareTips #AntiAging #DigestiveHealth #NaturalRemedies #HealthyAging #GutHealth #ScienceOfAging #TrypsinInhibitors

In this Podcast, we explore cutting-edge cancer research on the mitochondrial stem cell connection (MSCC). Published in September 2024, this study challenges traditional views by focusing on cellular energy crises.