Plated™ Exosomes

QUICK TAKE: WHAT’S INSIDE PLATELET-DERIVED EXOSOMES?

• Platelet-derived exosomes are nano-sized particles that deliver a complete cargo of molecules, including peptides, antioxidant enzymes, and phosphoproteins.
• Unlike traditional skincare that relies on isolated ingredients, exosomes work with your skin to visibly improve tone, texture, firmness, and radiance.
• The protective lipid bilayer surrounding each exosome helps preserve its renewing cargo, allowing these components to remain intact until they reach the skin.
• ( plated ) Skin Science INTENSE Serum delivers 1+ trillion intact platelet-derived exosomes in every bottle, clinically proven to reveal skin that looks 2x younger.

The skin world has always been obsessed with ingredients. Retinol. Vitamin C. Peptides. Each one coined as the next ‘groundbreaking’ step toward better, brighter, and younger-looking skin. But every now and then a new name enters the chat, disrupting the aesthetics industry entirely. Meet platelet-derived exosomes: the nano-sized particles that work with your skin to unlock its regenerative potential to enhance the appearance like never before.

When it comes to platelet-derived exosomes, it’s what’s inside that truly counts. While most skincare ingredients deliver a single isolated active, exosomes arrive carrying an entire cargo of renewing molecules. This complex package is what makes them so unique—and why they’re changing the way scientists think about supporting the skin’s natural renewal processes. 

With consistent use, platelet-derived exosomes are designed to support visible improvements across multiple skin concerns. INTENSE Serum, packed with 1+ trillion platelet-derived exosomes, is clinically proven to:

• Deliver 2x younger-looking skin
• Reduce the appearance of fine lines and wrinkles
• Fight the look of dark spots and uneven tone
• Boost luminosity and promote a radiant glow

Over time, the research shows the skin will appear healthier and luminous, with a more even-looking surface and a softer, more polished finish.

The results are typically progressive. Rather than creating a temporary effect, exosomes support ongoing improvement in how the skin looks and feels. This makes them particularly appealing for those looking to maintain long-term skin quality rather than relying on short-term fixes.

Platelet-derived exosomes are small extracellular vesicles, naturally occurring, liquid-filled bubbles produced by our platelets. Rather than functioning as a single ingredient, they act as intelligent and highly structured systems designed to deliver multiple supportive components to the skin at once.

Because they are derived from human platelets, they contain materials that are inherently familiar to the skin. This allows them to work much more seamlessly compared to many traditional topical ingredients. Rather than overwhelming the skin with isolated ingredients, platelet-derived exosomes support it in a way that’s optimal for the skin. This helps visibly improve tone, texture, and radiance while reducing the appearance of damage and aging for healthier, more youthful-looking skin.

Most skincare products focus on what’s applied to the surface. Exosomes shift the focus to what your skin can actually use. Each exosome is packed with components that are protected within a lipid outer layer. This structure helps preserve the integrity of what’s inside while guiding those components to where they can be most effective.

Peptides are short chains of amino acids that help support the structure and appearance of the skin. They play a role in improving the look of firmness and elasticity while also helping reinforce the skin barrier. When delivered through exosomes, peptides arrive intact and in a form the skin can readily recognize. This helps support a more refined appearance, with skin that looks smoother, stronger, and more balanced over time.

Antioxidant enzymes act as the skin’s built-in defense support. They help neutralize environmental stressors that contribute to dullness, uneven tone, and the appearance of fine lines. By reducing the visible impact of oxidative stress, they help maintain a clearer, more radiant look. When combined with peptides and phosphoproteins, they contribute to a more resilient and balanced complexion.

One of the most unique components found inside platelet-derived exosomes is a class of molecules called phosphoproteins. Think of phosphoproteins as proteins with a superpower. Phosphoproteins are proteins that have gone through phosphorylation, a process that alters protein charge and activity. This takes proteins from basic building blocks to a master switch for renewal. It gives them the potential to turn on the renewal process of your skin, not just targeting one skin concern like wrinkles or dark spots, but to encourage the skin to completely regenerate its appearance, fighting all of these issues at once.

What makes phosphoproteins especially exciting is that they’re nearly impossible to isolate and formulate on their own in a stable way. Instead, they exist naturally inside intact platelet-derived exosomes, protected within the exosome’s lipid bilayer alongside peptides, lipids, antioxidants, and other molecules. It’s this complete, intact package, not a single hero ingredient, that makes platelet-derived exosomes unlike anything else in skincare.

One of the most important aspects of exosomes is how they are structured. Each exosome is surrounded by a lipid bilayer, which acts as a protective outer shell. This layer helps shield the internal components while also guiding the exosome toward the surface skin cells that can receive it. This structure supports more efficient delivery and helps ensure that what’s inside remains intact until it reaches its intended destination.

It’s a fundamentally different approach. Not just applying lab-made ingredients, but using our body’s natural renewal system to deliver ingredients in a way that our skin can actually use.

Not all exosomes are created equal, and their source plays a critical role in how they perform. This compatibility helps support more visible, consistent results compared to exosomes derived from other sources. Plant-derived exosomes are naturally designed for plants—not people. Lab-grown exosomes don’t have the natural structure that your skin needs.

When the skin recognizes what it’s receiving, it’s more likely to respond in a way that improves overall appearance. This is why platelet-derived exosomes are often positioned as a more advanced option within the category.