EXOSOMES &
EXOSOMES &
SCIENTIFIC PRECISION
The Exosome Collagen Mask boosts the skin from within and without with plant exosomes derived from plant stem cells, providing a protective and revitalizing effect. The mask shields the skin against external stressors, improves density and elasticity, and reduces wrinkles.
What are exosomes?
Exosomes are a type of extracellular vesicles (small bubble-like structures measuring 30–200 nm) released from eukaryotic cells. They are generated from larger intracellular vesicles called multivesicular bodies and are released when these merge with the cell membrane in a process known as exocytosis.
Exosomes act as biological messengers, transporting essential signals such as proteins, lipids, and microRNA from one cell to another. In other words, these microscopic structures function as powerful cellular couriers, delivering vital materials to other skin cells.
These potent messengers are crucial for cell-to-cell communication. Once they reach their destination, they transfer information that strengthens the skin’s vital functions such as growth, repair, and regeneration. This ability to stimulate cellular renewal and promote skin repair makes exosomes a groundbreaking ingredient in Tromborg’s advanced skincare.
As we age, our skin undergoes numerous changes.
In the epidermis, the skin’s barrier function declines, leading to a reduced ability to protect the skin and body from external aggressors such as UV radiation and pollution, as well as to maintain the skin’s moisture balance.
In the dermis, the production of collagen and elastin decreases, which, combined with the constant pull of gravity, results in sagging skin and fine lines.
Exosomes act directly on the outer cell layer, the keratinocytes, by strengthening the skin barrier and protecting the skin against external factors and dehydration. These small, naturally occurring messengers play a crucial role in skin repair and anti-aging.
Exosomes in Exosome Collagen Mask
Tromborg’s Exosome Collagen Mask contains plant-derived exosomes from plant stem cells that can be directly absorbed by human skin cells. Just like mammalian cells, plant cells use extracellular vesicles to transport RNA, proteins, and lipids. When absorbed into the skin, plant exosomes act anti-inflammatory, antioxidative, and have been shown to hold significant anti-aging potential.
Exosome Collagen Mask thus provides an innovative way to repair the skin, reducing issues such as aging and loss of elasticity with scientifically proven precision.
The exosomes in the mask promote cell-to-cell communication, creating a pathway for skin cells to “talk” to each other. This allows the exosomes to deliver instructions to other cells, for example to help soothe inflammation and increase collagen and elastin production.
Understanding exosomes and unlocking their potential is the foundation of this advanced Exosome Collagen Mask: a high-tech bio-signal system that coordinates skin regeneration and reprograms skin cells to behave like younger, healthier ones.
The plant-derived exosomes in the mask are absorbed by skin cells and have a beneficial effect on them. Plant exosomes act anti-inflammatory and antioxidative, while new research has demonstrated their anti-aging properties.
The exosomes in Exosome Collagen Mask:
- Derived from plant stem cells with dual exosome activity
- Increase collagen and elastin production
- Minimize fine lines and wrinkles
- Lift and firm the skin
- Boost collagen production
- Provide anti-inflmmatory and antibacterial effects
The exosomes in Exosome Collagen Mask:
- Derived from plant stem cells with dual exosome activity
- Increase collagen and elastin production
- Minimize fine lines and wrinkles
- Lift and firm the skin
- Boost collagen production
- Provide anti-inflammatory and antibacterial effects
The isolation of plant exosomes
Despite the advantages of plant-derived exosomes, extracting pure plant exosomes is highly challenging due to the cell walls and complex structure of plant cells.
Plant stem cells are an ideal source of exosomes and provide all the benefits of plant exosomes while avoiding the challenges of isolation, as plant stem cells lack rigid cell walls, are free from chlorophyll, and have a high number of exosomes in and around the cells. At the same time, they contribute with the positive effects that plant stem cells have on the skin’s own stem cells.
It is the precision of the exosomes in Exosome Collagen Mask that makes them unique. They have a remarkable ability to selectively interact with specific cell types, allowing them to deliver active ingredients directly to the areas of the skin where they are most needed.
This targeted action is particularly beneficial for addressing common skin concerns such as acne, hyperpigmentation, and redness. In cases of acne, exosomes act anti-inflammatory and antibacterial, helping to calm irritation and reduce breakouts. For hyperpigmentation, they can support a more balanced production of melanin and help prevent the formation of new spots.
The exosomes in the mask provide a science-based solution for achieving smoother, firmer, and more radiant skin. Incorporating Exosome Collagen Mask into your daily skincare routine is therefore an effective way to combat visible signs of aging and promote long-term skin health.
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As our skin ages, the regenerative capacity of mesenchymal stem cells and the vitality of fibroblasts decrease, leading to reduced extracellular matrix production and skin laxity. The exosomes in the mask revitalize mesenchymal stem cells by strengthening their exosomal communication with fibroblasts. When exosomes activate the skin’s own stem cells and fibroblasts, collagen and elastin production is stimulated, reinforcing both the structure and elasticity of the skin.
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Exosomes can upregulate signaling pathways that are essential for skin health. The gene expression of growth factors such as epidermal growth factor (EGF) and fibroblast growth factor (FGF7) increases, while heat shock proteins (HSPA6) and antioxidant genes like SOD3 are also activated. At the same time, genes responsible for collagen production — including collagen types 3 and 16 — are stimulated, as well as PLOD1, an enzyme crucial for proper collagen synthesis, and LOX (lysyl oxidase), which binds collagen and elastin fibers together. These factors enhance the skin’s stability, elasticity, and resilience.
The isolation of plant exosomes
Despite the advantages of plant-derived exosomes, extracting pure plant exosomes is highly challenging due to the cell walls and complex structure of plant cells.
Plant stem cells are an ideal source of exosomes and provide all the benefits of plant exosomes while avoiding the challenges of isolation, as plant stem cells lack rigid cell walls, are free from chlorophyll, and have a high number of exosomes in and around the cells. At the same time, they contribute with the positive effects that plant stem cells have on the skin’s own stem cells.
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As our skin ages, the regenerative capacity of mesenchymal stem cells and the vitality of fibroblasts decrease, leading to reduced extracellular matrix production and skin laxity. The exosomes in the mask revitalize mesenchymal stem cells by strengthening their exosomal communication with fibroblasts. When exosomes activate the skin’s own stem cells and fibroblasts, collagen and elastin production is stimulated, reinforcing both the structure and elasticity of the skin.
-
Exosomes can upregulate signaling pathways that are essential for skin health. The gene expression of growth factors such as epidermal growth factor (EGF) and fibroblast growth factor (FGF7) increases, while heat shock proteins (HSPA6) and antioxidant genes like SOD3 are also activated. At the same time, genes responsible for collagen production — including collagen types 3 and 16 — are stimulated, as well as PLOD1, an enzyme crucial for proper collagen synthesis, and LOX (lysyl oxidase), which binds collagen and elastin fibers together. These factors enhance the skin’s stability, elasticity, and resilience.
Targeted action of exosomes
It is the precision of the exosomes in Exosome Collagen Mask that makes them unique. They have a remarkable ability to selectively interact with specific cell types, allowing them to deliver active ingredients directly to the areas of the skin where they are most needed.
This targeted action is particularly beneficial for addressing common skin concerns such as acne, hyperpigmentation, and redness. In cases of acne, exosomes act anti-inflammatory and antibacterial, helping to calm irritation and reduce breakouts. For hyperpigmentation, they can support a more balanced production of melanin and help prevent the formation of new spots.
The exosomes in the mask provide a science-based solution for achieving smoother, firmer, and more radiant skin. Incorporating Exosome Collagen Mask into your daily skincare routine is therefore an effective way to combat visible signs of aging and promote long-term skin health.
