Skip to content
What’s Behind These Shared Benefits?
The key lies in the building blocks of connective tissue:
- Collagen – The most abundant protein in your body, providing structure, strength, and elasticity to your skin, joints, and gut lining.
- Creatine – Fuels your muscles and enhances tissue repair, promoting strength and resilience.
- Glycine – An amino acid essential for collagen synthesis, detoxification, and restorative sleep.
How Skin & Body Essentials Supports Your Health
Our Skin & Body Essentials drink mix delivers these critical nutrients in a simple, effective formula to support beauty and health from the inside out:
-
Grass-Fed Hydrolyzed Collagen Peptides
- Promotes skin elasticity and hydration.
- Supports joint flexibility and cartilage repair.
- Protects the gut lining for better digestion.
-
Creatine
- Protects cellular energy and muscle strength.
- Enhances cognitive function and recovery.
-
Glycine
- Protects connective tissue for smoother skin and healthier joints.
- Supports detoxification and promotes deep sleep.
-
BCAAs and Electrolytes
- Promote muscle recovery and hydration.
- Support sustained energy and performance.
Simplify Your Routine
With Skin & Body Essentials, you get the vital nutrients your body needs for smooth skin, resilient joints, and a healthy gut—all in one convenient formula. Because true beauty and health start beneath the surface.
|
|
|
NMN Protects Mitochondria and Reduces Heart Injury in Septic Mice
RESEARCH
A mouse study explored how NMN protects the heart from the damaging effects of sepsis, a severe inflammatory response to infection that can harm organs.
Key Points:
- NMN improved heart function
- NMN reduced mitochondrial free radicals, inflammation, and heart injury makers
- NMN corrected abnormal protein modifications and regulation
- NMN protected cellular cleanup systems
- NMN restored energy production
This study demonstrated that NMN protected heart function in septic mice by reducing mitochondrial free radical production and correcting abnormal protein modifications in mitochondria.
|
