Transcript
A (0:00)
The scalp of the skin basically has a similar structure of the skin in your face. So your hair follicles are basically embedded in the epidermal layer. And so a lot of the things that we see happening in the skin of our face also happens in our scalp.
B (0:16)
You don't notice it at first. A few strands here, a little thinning there, and then one day it's gone. Before you get wrinkled, before you start feeling tired, your hair starts whispering, you're aging. Is it hormones, genetics, or just a story that we've been told? Because no one looked deeper, hair loss feels inevitable. But what if one undiscovered molecule built in a longevity lab could flip the switch. Dr. Carolina Reis Oliveira isn't from the beauty world. She's actually a stem cell biologist with a PhD in immunology. She left Brazil for silicon valve to do something radical. Turn aging into a problem science could solve. She started by developing the first molecule proven to reverse sk biological age.
C (1:01)
Now she's turning that same science toward your hair.
B (1:04)
And what she's uncovered changes everything.
A (1:06)
I got to understand how much the science of aging has evolved in the past 10, 15 years.
B (1:13)
Zombie cells overlooked microbiomes, a new class of peptides that can restart hair growth. No drugs, no side effects, no guesswork. In a six month clinical trial, 86% of users saw an average of 40% more hair density. Thicker strands revived follic youthful growth re engineered from the root. This is a major breakthrough and one of the hardest things to change in aging. And it starts where most people stop looking your scalp.
C (1:42)
This isn't about vanity.
B (1:44)
This is about control over your biology. Because aging shows up where you hope it never will. But now, one product, one peptide, one shot at reversing what everyone else accepts.
C (1:57)
If people don't get enough protein or they suppress their metabolism and become metabolically less healthy as a result of using GLP1 drugs, at high doses, they are going to see thinning endless healthy hair. But how does a person know if it's DHT or mitochondrial dysfunction or lack of circulation or bad bacteria? How do you know what's causing hair loss?
B (2:17)
You don't just lose your hair. You can lose confidence. You can lose vitality.
