The Science Behind NAD+, the Link Between NAD+ and Skin Aging, and the Importance of Precursors

Welcome to another episode of the Biohacking Beauty podcast brought to you by Young Goose Skincare! In this episode, host Amitay Eshel, the CEO of Young Goose, dives back into the world of NAD+, and discusses the science behind NAD+, its relationship with aging, and most importantly, how it can potentially transform your skincare routine. NAD+ has been gaining a lot of attention recently in the skincare industry because of its ability to reverse cellular damage caused by aging and environmental stressors. As we age, the level of NAD+ in our bodies decreases, which can result in a decline in the efficiency of our cells' functions. This decline affects our skin's ability to produce collagen and elastin, leading to the formation of wrinkles, fine lines, and sagging skin. Luckily, there are ways to boost NAD+ levels in the skin, and one of them is through skincare products that contain NAD+ precursors. What we discuss: [00:03:04] NAD+ is a crucial player in every person's body [00:06:57] Two things that happen as we grow older [00:09:21] Boosting NAD+ with supplements [00:13:21] Why are NAD+ precursors necessary? [00:16:22] Why your skin needs to be in repair mode [00:18:55] How do we incorporate NAD+ in skincare? [00:20:44] NAD+ is one of the most exciting molecules when it comes to longevity and anti-aging Key Takeaways: Simply using NAD+ in skincare products is not enough to reap its benefits because it cannot penetrate the skin barrier effectively. NAD+ precursors, on the other hand, are compounds that can increase the availability of NAD+ in the body by providing the building blocks to create it. NAD+ precursors such as nicotinamide riboside (NR) and nicotinamide mononucleotide (NMN) can help boost NAD+ levels in the skin. The skin requires adequate amounts of NAD+ to carry out efficient DNA repair and regulate cellular metabolism. NAD+ is also essential for the production of energy required for cell division, proliferation, and differentiation, which are critical for proper skin renewal. As we age, there is a rise in an enzyme called CD38. CD38 is an enzyme that is found on the surface of various cells in the body, and one of its main functions is to break down NAD+ into smaller components. When CD38 is produced at abnormally high levels, it can deplete cellular stores of NAD+, resulting in lower levels of NAD+ in the skin. To learn more about Young Goose: Website: https://www.younggoose.com/ Instagram: @young_goose_skincare Get 20% off your first purchase by using code PODCAST20 at www.younggoose.com