NAD 101: Unlocking The Secrets To Youthful Skin

Are you currently using NAD in your skincare routine? As we age, the levels of NAD in our bodies naturally decline and play a factor in both decreased energy levels and more visible fine lines and wrinkles. The good news? You can make a major impact on your NAD levels with simple lifestyle changes like exercising regularly, eating a balanced diet rich in foods like fish and vegetables, as well as minimizing alcohol consumption. 

In this bonus episode of the Biohacking Beauty podcast, Amitay, CEO of Young Goose, talks through what NAD is and why it should be utilized in your skincare routine. Amitay also discusses how UV external aggressors like UV rays, pollution, and blue light threaten to deplete our NDA and harm our DNA. 

Listen in as we learn that skincare and beauty are not just the foundation of outside appearances, but the ability to foster an internal, holistic, and healthy environment where your skin can thrive despite the challenges that may be posed by the outside world. 

What we discuss: 

(01:40) An introduction to NAD - the powerhouse molecule that has been a game changer for health, wellness and maintaining youthful, radiant skin

(3:35) NAD and why environmental aggressors break down our skin, showing signs of aging

(6:06) The impact of NAD in our expression of DNA and how it helps fuel enzymes to repair damage

(8:18) DNA starvation causes dysfunction in the skin

(11:19) How Young Goose is revolutionizing skincare through NAD

(12:18) How serums and creams can protect and enhance your skin against environmental stressors

(14:49) How the NDA molecule is broken down to be used in a lipid layer for skincare 

To learn more about Young Goose:

Use code PODCAST10 to get 10% off your first purchase, and if you’re a returning customer use the code PODCAST5 to get 5% off at https://www.younggoose.com/

Instagram: @young_goose_skincare

Resources:

Spermidine research: https://www.longevitybioresearch.org/

Spermidine in health and disease: https://www.science.org/doi/10.1126/science.aan2788