Part 1 of 3: The Proteins
At Dermogains, we didn’t set out to create another moisturiser. The objective was to build something that aligned with how active people already think about their bodies. If you train consistently, you understand that performance is not just about what you do in the gym. It is driven by how well you recover.
That same principle applies to your skin, although it is rarely treated that way.
This article marks the beginning of a three-part series where we break down the key ingredients behind the Dermogains formula and explain why each one has been included.
The focus in this first part is on proteins, which sit at the core of how the product is designed to support recovery.
Rethinking Skincare for Active Bodies
Most skincare products are built around a simple premise. Hydrate the surface, improve how the skin feels, and deliver a short-term cosmetic benefit. That approach works for general use, but it does not reflect the demands placed on the skin of someone who trains regularly.
Every training session introduces a combination of stressors. Sweat disrupts the skin barrier, dehydration reduces moisture levels, and friction from clothing or equipment creates repeated mechanical strain. At the same time, changes in body composition, whether through muscle gain or fat loss, require the skin to stretch and adapt.
Over time, this cumulative stress can affect how the skin performs. It may lose elasticity, become dry, or show visible signs of strain such as stretch marks.
Despite this, most people continue to treat skincare as an afterthought. The level of intent applied to training and nutrition is rarely extended to the skin.
This is the gap Dermogains is built to address.
The Role of Protein in Skin Function
Protein is usually associated with muscle, but it is just as fundamental to skin. Collagen provides structural support, while elastin allows the skin to stretch and return to shape. Together, they determine firmness, elasticity, and how well the skin tolerates stress from training, dehydration, and environmental exposure. When these systems are repeatedly challenged through sweat, friction, or rapid changes in body composition, the skin’s ability to maintain structure and hydration can begin to decline.
Dermogains uses plant-derived proteins from pea and rice, selected for how they function on the skin rather than simply for label appeal. Intact proteins are too large to penetrate deeply, so their primary effects occur at the surface and within the outermost layers, where barrier function is regulated. These proteins support the skin through several key mechanisms:
-
Form a lightweight, breathable film that reinforces the skin barrier
-
Reduce transepidermal water loss, helping prevent ongoing dehydration
-
Deliver amino acids that contribute to the skin’s natural moisturising factor
-
Improve water retention, supporting hydration and flexibility
The result is skin that remains more stable under stress, rather than cycling between dryness and temporary relief.
This has direct implications for how the skin maintains its structure. Collagen degradation is accelerated when the skin is dry and the barrier is compromised. By improving hydration and reducing water loss, protein-based formulations help create the conditions required to preserve collagen integrity and support normal repair processes. Smaller protein fragments and peptides may also interact with the skin at a cellular level, contributing to renewal pathways, although their role is supportive rather than equivalent to dietary protein.
For individuals who train regularly, this becomes less about surface-level moisturising and more about maintaining skin that can tolerate repeated stress. The benefit is not just immediate comfort, but skin that remains hydrated, resilient, and better able to adapt over time.
This is a different approach to traditional moisturising. It is not just about making the skin feel soft. It is about helping it function more effectively under pressure.
Not All Moisturisers Are Built for This
Most moisturisers sit on the surface and provide temporary relief. They are not designed with performance in mind.
A protein-based approach is different. It focuses on:
-
Supporting hydration over time, not just on application
-
Reinforcing the skin barrier under repeated stress
-
Maintaining elasticity as the body changes and adapts
This is the difference between basic skincare and intentional skincare.
In Summary
Training places real, repeated stress on your skin. Sweat, dehydration, friction, and physical change all challenge its ability to stay hydrated, elastic, and resilient.
Pea and rice proteins are not there to simply “sit on the surface.” They help:
-
Reinforce the skin barrier
-
Improve hydration and water retention
-
Support the conditions that maintain collagen integrity
The result is skin that does more than just look good after application. It stays supported, performs under pressure, and adapts over time.