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Ingredients

Every component works in harmony to nourish, protect, and restore your skin’s natural balance. Discover the key ingredients that make our products truly transformative.
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NAD+

A bio-coenzyme involved in skin energy and recovery rhythm

NAD+ is a bio-coenzyme naturally found inside the cells of the human body.
 Its full name is Nicotinamide Adenine Dinucleotide, and it plays an important role in how cells create energy and maintain their normal functions.
In skincare, NAD+ is gaining attention because it is not simply a moisturising ingredient. It is being studied in relation to skin energy metabolism, recovery rhythm, and skin longevity.

What role does NAD+ play in the skin?
The skin is exposed every day to UV rays, dryness, stress, and external aggressors.
 To maintain a healthy-looking condition, the skin needs not only moisture but also an energy environment that supports its natural functions.
NAD+ is connected to the cellular energy metabolism process and is considered an important ingredient for understanding the skin’s biological rhythm after external stress.
 This is why NAD+ is increasingly discussed in the fields of skin condition recovery, anti-aging skincare, and skin longevity.

What is the relationship between NAD+ and skin aging?
As we age, the skin tends to recover more slowly than before, and signs such as dullness or loss of firmness may become more noticeable.
NAD+ is known as an ingredient related to cellular energy and recovery responses, and it is being studied as part of the biological processes connected to skin aging.
However, it would not be accurate to say that NAD+ reverses skin aging. More precisely, NAD+ can be understood as an important ingredient for explaining the skin’s own energy and recovery rhythm.

Are NAD+ and niacinamide the same ingredient?
No, NAD+ and niacinamide are not the same. Niacinamide is a form of vitamin B3 and is related to metabolic processes connected to NAD+.
NAD+, on the other hand, is a bio-coenzyme that plays an important role in cellular energy metabolism and functional maintenance inside the cells. In other words, they are connected, but they are not the same ingredient.

Why SLOAID uses NAD+
SLOAID does not view skincare as simply filling the skin from the outside. Instead, we focus on the flow through which the skin restores balance and supports its own natural rhythm.
Within SLOAID Skin Architecture, NAD+ is an ingredient that connects energy, recovery, and the skin’s sense of time.
When the skin looks tired or feels slower to recover, NAD+ becomes an important scientific language for understanding the skin’s invisible biological rhythm.

TL;DR
NAD+ is a bio-coenzyme that helps explain the skin’s energy metabolism and recovery rhythm, making it a key ingredient for understanding healthy skin condition and skin longevity.
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Vegan PDRN

A plant-based DNA ingredient derived from artichoke leaf cells

PDRN stands for Polydeoxyribonucleotide, an ingredient made of DNA fragments cut into a specific size range.
In skincare, PDRN is gaining attention as an ingredient connected to skin condition, recovery rhythm, and barrier care. Traditional PDRN is commonly known as an ingredient derived from fish, such as salmon. In contrast, SLOAID’s Vegan PDRN is a plant-based DNA ingredient derived from artichoke leaf cells.
What matters is not simply whether the ingredient comes from a plant or an animal. The core of PDRN lies in the size, purity, stability, and delivery method of the DNA fragments.

How is Vegan PDRN different from conventional PDRN?
The biggest difference is the source of the ingredient.
Conventional PDRN is generally based on DNA derived from fish, such as salmon. Vegan PDRN does not use animal-derived raw materials and is based on DNA obtained from plant cells.
Among them, SLOAID focuses on PDRN derived from artichoke leaf cells. By designing DNA obtained from artichoke leaf cells into a form suitable for skin application, it expands the skin-conditioning potential of PDRN in a more sustainable and vegan-oriented way.
In other words, Vegan PDRN is not simply an alternative to animal-derived PDRN.
 It can be understood as a next-generation PDRN ingredient that changes the source to plants while preserving the core principle of DNA fragment design.

Is Vegan PDRN less effective than conventional PDRN?Some say that Vegan PDRN is less effective than animal-derived PDRN. However, this perception is not necessarily due to the source of the ingredient itself, but rather because conventional animal-derived PDRN has a longer history of research and use.
What matters in PDRN is not whether the source is salmon or plant, but whether the DNA fragments are designed with a size and purity suitable for skin application.
Artichoke leaf cell-derived Vegan PDRN, when designed with an appropriate DNA fragment size, high purity, stable quality, and a proper skin delivery structure, can be understood not as a simple substitute, but as a next-generation PDRN ingredient that supports skin condition and recovery rhythm.

Why does the size of DNA fragments matter in PDRN?PDRN is not just DNA. It is a DNA fragment controlled to a specific size range.
If the DNA fragments are too large, they may be less favourable in terms of skin application and delivery. If they are too small or uneven, the expected biological response may be reduced. Therefore, the important standard in PDRN is not only the source, but the design of the fragment size.
Especially in topical skincare, where the product is applied to the skin surface, stability on the skin, stability within the formula, and the delivery structure that helps the ingredient reach the skin are important.
In other words, if artichoke leaf cell-derived Vegan PDRN is designed with a size and purity suitable for skin application, it can become an ingredient that combines plant-based sustainability with the functional potential of PDRN.

What role does Vegan PDRN play in the skin?The skin is exposed every day to UV rays, dryness, external aggressors, and stress. To maintain a healthy skin condition, the skin needs not only moisture but also care for the skin barrier and recovery rhythm.
Vegan PDRN can be understood as an ingredient connected to the process of helping the skin regain balance after external stress.
It is gaining attention as an ingredient that supports the skin environment when the skin condition feels weakened, tired-looking, or slower to recover.
However, when explaining Vegan PDRN in cosmetics, it is more accurate to describe it as a plant-derived DNA ingredient that supports skin condition and the barrier environment, rather than using expressions such as “regenerates the skin” or “treats damage.”

Key skincare points of Vegan PDRN1. Supports the skin’s recovery rhythmVegan PDRN can be understood as an ingredient connected to the process of helping the skin regain balance after external stress.
When the skin looks tired or feels slower to recover than usual, it may help support a more balanced skin condition.

2. Supports the skin barrier environmentDryness, UV exposure, stress, and repeated irritation can make the skin barrier feel unstable.
Vegan PDRN is gaining attention as an ingredient that supports the barrier environment so the skin can maintain a healthy condition.

3. Supports smoother texture and a clearer-looking complexionWhen the skin condition is disrupted, the skin texture may look rough and the face may appear dull.
Vegan PDRN supports the skin’s balanced rhythm, helping the skin appear smoother and more radiant.

4. Care from a skin longevity perspectiveVegan PDRN is not simply an ingredient for instant hydration.
 It can be understood as a skin longevity ingredient that considers the skin’s natural flow of balance, its ability to maintain condition, and its recovery rhythm.

Why does SLOAID focus on Vegan PDRN?SLOAID does not see Vegan PDRN simply as a “vegan ingredient.”
Within SLOAID Skin Architecture, Vegan PDRN is interpreted as part of the FORM stage — an ingredient that supports the skin’s internal condition and formation rhythm.
SLOAID focuses on Vegan PDRN as a plant-based DNA ingredient derived from artichoke leaf cells. By reducing reliance on animal-derived raw materials while carefully designing the size, purity, stability, and delivery method of DNA fragments, Vegan PDRN is used in a way that supports skin condition and recovery rhythm.
This is also where SLOAID expands Skin Longevity in a more sustainable direction.

TL;DR
SLOAID’s Vegan PDRN is a plant-based DNA ingredient derived from artichoke leaf cells.
The core of PDRN is not whether it is animal-derived or plant-derived, but the size, purity, stability, and delivery method of the DNA fragments.
When these conditions are precisely designed, Vegan PDRN can become a next-generation skin longevity ingredient for understanding skin condition, barrier environment, and recovery rhythm.
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Plant-derived Exosome

A plant- and marine-derived bio ingredient designed with Porphyra yezoensis vesicles and lily extracellular vesicles

Plant-derived Exosome refers to tiny extracellular vesicles derived from plant cells or plant-based sources.
Extracellular vesicles are small delivery structures created as cells communicate with their surrounding environment. In skincare, they are gaining attention as next-generation bio ingredients connected to skin condition, barrier environment, moisture balance, and recovery rhythm.

SLOAID DEFINE Ampoule contains Porphyra yezoensis vesicles and lily extracellular vesicles.
Porphyra yezoensis vesicles can be understood as marine-derived vesicle ingredients, while lily extracellular vesicles are plant cell-derived extracellular vesicle ingredients.

What matters is not simply the name “exosome.”
The core of Exosome lies in where it comes from, how it is obtained, and how it is designed to be used stably within the skin environment.

What role does Plant-derived Exosome play in the skin?
The skin is exposed every day to UV rays, dryness, temperature changes, external aggressors, and stress.
To maintain a healthy skin condition, the skin needs not only moisture, but also ingredient design that helps the skin environment return to a comfortable balance.

Plant-derived Exosome can be understood as an ingredient connected to the skin’s process of returning to a stable condition after external stress.
 When the skin looks tired, appears sensitive due to dryness, or feels slower to recover, it is gaining attention as an ingredient that supports the skin environment.

However, when explaining Exosome in cosmetics, it is more accurate to describe it as a plant-derived bio ingredient that supports skin condition and the barrier environment, rather than using expressions such as “regenerates cells” or “treats damage.”

What are Porphyra yezoensis vesicles and lily extracellular vesicles?
The Plant-derived Exosome SLOAID focuses on is based on Porphyra yezoensis vesicles and lily extracellular vesicles.

Porphyra yezoensis vesicles are vesicle ingredients derived from Porphyra yezoensis, a marine algae that grows in ocean environments.
Marine algae survive in environments where moisture, salinity, light, and external stress coexist. These marine-derived vesicle ingredients can be interpreted in skincare as ingredients that support the skin’s moisture balance and barrier environment.

Lily extracellular vesicles are extracellular vesicle ingredients derived from lily cells.
Lily is a plant associated with a clean and clear image, and lily extracellular vesicles can be understood as plant cell-based bio ingredients connected to skin condition, balance, and recovery rhythm.

Although these two ingredients have different biological backgrounds, they are both used in a way that supports the skin environment as it regains balance after external stress.

How is Plant-derived Exosome different from a general plant extract?
Plant-derived Exosome is different from a general plant extract.

A general plant extract is obtained by extracting beneficial components contained in the plant.
Plant-derived Exosome, on the other hand, is a bio ingredient focused on the tiny vesicle structures created by cells.

In other words, it is not simply about adding plant ingredients to the skin.
It is closer to the concept of supporting skin condition and recovery rhythm through tiny delivery structures derived from plants or plant-based sources.

This is why, when looking at Plant-derived Exosome, it is important to consider not only “which plant it comes from,” but also the vesicle structure, stability, and skin application design.

Key skincare points of Plant-derived Exosome
1. Supports the skin’s recovery rhythm
Plant-derived Exosome can be understood as an ingredient connected to the process by which the skin regains balance after external stress. When the skin looks tired or feels slower to recover, it may help support a more balanced skin condition.

2. Supports moisture balance and the barrier environment
When the skin becomes dry, the barrier environment can become unstable, and the skin may appear more sensitive. Porphyra yezoensis vesicles and lily extracellular vesicles can be interpreted as ingredients that consider both the skin’s moisture balance and barrier environment.

3. Supports smoother texture and a clearer-looking complexion
When the skin condition is disrupted, the skin texture may look rough and the complexion may appear dull. Plant-derived Exosome supports the balance of the skin environment, helping the skin appear smoother and more lively.

4. Supports the soothing rhythm after external stress
After external stress, when the skin looks red or feels sensitive, it is important to care for the skin environment so it feels more comfortable and balanced.
Plant-derived Exosome can be understood as an ingredient that gently supports skin condition after irritation.

5. Bio care from a skin longevity perspective
Plant-derived Exosome is not simply an ingredient for instant hydration.
 It can be interpreted as a skin longevity ingredient that considers the skin’s natural flow of balance, its ability to maintain condition, and its recovery rhythm.

Why does SLOAID focus on Plant-derived Exosome?
SLOAID does not see Plant-derived Exosome simply as a trendy bio ingredient.

Within SLOAID Skin Architecture, Plant-derived Exosome is interpreted as part of the FORM stage — an ingredient that supports the skin’s internal condition and formation rhythm.

The Porphyra yezoensis vesicles and lily extracellular vesicles used in SLOAID DEFINE Ampoule each have different backgrounds: one is marine-derived, and the other is plant cell-derived.
Through these two ingredients, SLOAID designs bio-active care that considers the skin’s moisture balance, barrier environment, and recovery rhythm together.

When the skin looks tired or feels slower to recover, what matters is not only moisture supply.
The skin needs an environment that allows it to regain balance, along with precise ingredient design that supports that rhythm.

Plant-derived Exosome is an ingredient that expands SLOAID’s concept of Skin Longevity through plant- and marine-derived bioscience.

TL;DR
The Plant-derived Exosome in SLOAID DEFINE Ampoule is a plant- and marine-derived bio ingredient based on Porphyra yezoensis vesicles and lily extracellular vesicles.

The key is not simply that “exosome is included,” but that it is a bio-active structure designed to support skin condition, moisture balance, barrier environment, and recovery rhythm.

In SLOAID, Plant-derived Exosome is interpreted as a next-generation skin longevity ingredient that supports the skin’s natural flow of regaining balance.
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EGF

A growth factor ingredient that supports the skin’s recovery rhythm and condition

EGF stands for Epidermal Growth Factor, one of the growth factors naturally present in the human body. In the skin, EGF can be understood as an ingredient connected to normal cellular activity, skin condition, and recovery rhythm.

In skincare, EGF is gaining attention because it is not simply a moisturising ingredient. It has been studied in relation to the process by which the skin regains balance after external stress.

However, when explaining EGF in cosmetics, it is more accurate to describe it as a growth factor ingredient that supports skin condition and the recovery environment, rather than using expressions such as “regenerates the skin” or “treats wounds.”

What role does EGF play in the skin?
The skin is exposed every day to UV rays, dryness, external aggressors, and stress.
To maintain a healthy skin condition, the skin needs not only moisture, but also an environment that supports its natural ability to regain balance.

EGF is known as a growth factor related to the activity of skin cells, and it is gaining attention as an ingredient that supports the skin environment when the skin condition feels weakened or slower to recover.

The EGF ingredient SLOAID focuses on goes beyond a conventional growth factor.
It is a cell-delivery type EGF designed with skin application and delivery efficiency in mind.

What is the difference between conventional EGF and cell-delivery type EGF?
EGF is known as a beneficial ingredient, but in skincare, the key issue is delivery efficiency.
Because growth factors are protein-based ingredients, it is important that they are designed to be applied stably to the skin and delivered to the intended environment.

Conventional EGF focuses mainly on the ingredient itself.
Cell-delivery type EGF, on the other hand, can be understood as an ingredient designed with a delivery structure that helps EGF be better utilised in the skin environment.

SLOAID focuses on CELLOUP-EGF, which is described as a form in which a human-like cell-penetrating peptide is fused with a growth factor.
According to the material, this structure is designed as a platform that can significantly increase skin penetration compared to conventional growth factors.

In other words, the key is not simply that “EGF is included.”
What matters is how EGF is structurally designed and how it is made to be delivered within the skin environment.

Key skincare points of cell-delivery type EGF
1. Supports the skin’s recovery rhythm
Cell-delivery type EGF can be understood as an ingredient connected to the process by which the skin regains balance after external stress.
 When the skin looks tired or feels slower to recover, it may help support a more balanced skin condition.

2. Supports the skin’s moisture environment
For healthy skin condition, it is important that the skin’s internal moisture environment remains stable.
EGF can be understood as an ingredient connected to the skin’s moisture environment, helping support a comfortable and balanced skin condition.

3. Supports smoother texture and a refined skin appearance
When the skin condition is disrupted, the skin texture may look rough and the face may appear tired.
 Cell-delivery type EGF supports the skin’s balanced rhythm, helping the skin appear smoother and more refined.

4. Supports soothing and skin balance
After external stress, when the skin looks sensitive or appears red, it is important to help the skin return to a more stable condition.
Cell-delivery type EGF can be understood as an ingredient that helps comfort the skin environment after irritation and supports the skin’s process of regaining balance.

5. Supports pores and surface skin condition
When skin elasticity and texture become uneven, pores may appear more noticeable.
Cell-delivery type EGF can be interpreted as an ingredient that supports the surface condition of the skin, helping the skin appear more even and smooth.

Why does SLOAID focus on EGF?
SLOAID does not see skincare as simply filling the skin from the outside.
Instead, we focus on the flow through which the skin restores its own balance.

Within SLOAID Skin Architecture, EGF is interpreted as part of the FORM stage — an ingredient that supports the skin’s internal condition and formation rhythm.

When the skin looks tired or feels slower to recover, what matters is not only immediate hydration.
The skin needs an environment that supports its natural balance, along with ingredient design that supports that rhythm.

The EGF SLOAID focuses on is not simply a growth factor.
It is a cell-delivery type growth factor designed with skin delivery efficiency and stability in mind.

Within Skin Architecture, it is used as an ingredient that considers the skin’s recovery rhythm, moisture environment, and smooth texture together.

TL;DR
EGF is a growth factor ingredient that helps explain skin cell activity and recovery rhythm.
 The cell-delivery type EGF SLOAID focuses on goes beyond simply “including EGF.” It is a next-generation growth factor ingredient designed with skin application and delivery efficiency in mind.

It can be interpreted as a skin longevity ingredient that considers skin condition, moisture environment, skin texture, soothing, and the appearance of pores together.
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Hyaluronic Acid

A moisturising ingredient that fills and maintains the skin’s moisture environment

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Vitamin C

An antioxidant ingredient that helps care for skin oxidative stress and a clear-looking complexion

Vitamin C is one of the most well-known antioxidant ingredients that plays an important role in the body and skin. In skincare, it is widely understood as an ingredient connected to skin tone, a clear-looking complexion, vitality, and the skin’s firmness environment.

The skin is exposed every day to external factors such as UV rays, fine dust, stress, and dryness.
These factors can make the skin look dull and disrupt the skin’s condition and sense of firmness.

This is where Vitamin C becomes important.
It is used as an ingredient that helps care for oxidative stress caused by the external environment and supports a clearer, more even-looking skin appearance.

What role does Vitamin C play in the skin?
Vitamin C is not simply an ingredient that makes the skin look brighter.
It is connected to the antioxidant environment, skin tone balance, and firmness rhythm needed to maintain a healthy skin condition.

When the skin looks dull, lacks vitality, or feels out of balance after prolonged sun exposure, Vitamin C can help refine the skin’s appearance so it looks clearer and more energised.

However, when explaining Vitamin C in cosmetics, it is more accurate to describe it as an ingredient that supports skin tone, a clear-looking complexion, and the antioxidant environment, rather than using expressions such as “removes pigmentation” or “treats dark spots.”

What is a Vitamin C derivative?
Vitamin C used in skincare comes in several forms.

Ascorbic Acid, known as pure Vitamin C, is a powerful ingredient, but it can be sensitive to light, heat, air, and pH. For this reason, cosmetics often use various Vitamin C derivatives designed with skin compatibility and stability in mind.

The Vitamin C derivative SLOAID focuses on is Magnesium Ascorbyl Phosphate.
It is a water-soluble Vitamin C derivative designed to help use Vitamin C more stably, and can be understood as an ingredient that supports a clearer-looking complexion and antioxidant care while feeling gentler on the skin.

In other words, the key is not simply that “Vitamin C is included.”
What matters is which form of Vitamin C is used, in what type of formula, and for which skin rhythm it is designed.

Why is stability important in Vitamin C?
Vitamin C is a valuable ingredient, but stability is extremely important.

Pure Vitamin C can oxidise easily depending on the environment, and may feel stinging or irritating on some skin types. That is why, in daily skincare, it is important to consider not only the ingredient’s benefits but also a stable form that the skin can comfortably receive.

Vitamin C derivatives are designed with this in mind.
They are created to apply more gently to the skin and help continue antioxidant care and a clear-looking complexion within a long-term routine.

SLOAID does not describe Vitamin C through immediate intensity or a strong sensation.
 Instead, we interpret it as an ingredient that supports a clear-looking complexion and firmness environment within the skin’s natural flow of finding balance.

Key skincare points of Vitamin C1. Supports the antioxidant environment
Vitamin C is a representative antioxidant ingredient that can help care for oxidative stress caused by the external environment.
It is an important ingredient for maintaining healthier-looking skin condition, especially for skin frequently exposed to UV rays, fine dust, and stress.

2. Supports a clear and lively-looking complexion
When the skin condition is disrupted, the face may look dull and tired.
Vitamin C is used as an ingredient that helps refine skin tone and supports a clearer, more vibrant-looking complexion.

3. Supports skin tone balance
Vitamin C is often used in skincare in relation to skin tone balance.
It can help refine the appearance of dull-looking skin or skin that feels out of balance after sun exposure.

4. Supports the firmness environment
Vitamin C is also an important ingredient for understanding the skin’s structural rhythm and firmness environment. When the skin looks dry, tired, or less firm, it helps support a more lively and firm-looking skin appearance.

5. Daily care from a skin longevity perspective
Vitamin C is not simply an ingredient that makes the skin look brighter.
It is a skin longevity antioxidant ingredient that considers oxidative stress, skin tone changes, lack of vitality, and the firmness environment together.

Why does SLOAID focus on Vitamin C?
SLOAID does not see skincare as simply brightening the skin from the outside.
For the skin to maintain a healthy condition over time, not only the moisture environment but also oxidative stress and skin tone rhythm need to be cared for together.

Within SLOAID Skin Architecture, Vitamin C is interpreted as part of the FORM stage — an ingredient that supports the skin’s internal condition, clear-looking complexion, and firmness environment.

When the skin looks tired or dull, what it needs is not just simple brightening.
 The skin needs an antioxidant environment that helps it respond to external stress and maintain a balanced tone and lively-looking appearance.

SLOAID approaches Vitamin C in the form of Magnesium Ascorbyl Phosphate.
This is a Vitamin C derivative designed to be applied more stably to the skin, and it works together with SLOAID’s bio-active ingredients to consider skin condition, a clear-looking complexion, and firmness rhythm.

TL;DR
Vitamin C is an antioxidant ingredient that helps explain skin oxidative stress, skin tone balance, a clear-looking complexion, and the firmness environment.

The Vitamin C SLOAID focuses on is a Vitamin C derivative in the form of Magnesium Ascorbyl Phosphate, designed to be applied more stably to the skin.

In cosmetics, Vitamin C is more accurately understood not as an ingredient that “removes dark spots,” but as a skin longevity ingredient that supports skin tone, the antioxidant environment, and a lively-looking complexion.

FGF

A growth factor ingredient that supports the skin’s structural rhythm and firmness environment

FGF stands for Fibroblast Growth Factor, a family of growth factors naturally present in the human body. In skincare, FGF can be understood as an ingredient connected to skin condition, firmness environment, and the skin’s structural rhythm.

To maintain a healthy skin condition, surface hydration alone is not enough. The environment that supports the skin’s inner structure, firmness, texture, and barrier rhythm must also stay in balance.

This is where FGF becomes important. As a growth factor connected to the activity of fibroblasts, which are related to the skin’s inner structure, FGF is known as an ingredient that supports a firmer and more balanced-looking skin appearance.

What is SLOAID’s 5RO-GF Complex?
The FGF SLOAID focuses on is not a single growth factor.
It is 5RO-GF Complex, a combination of five types of Fibroblast Growth Factors.

5RO-GF Complex is composed of FGF-1, FGF-2, FGF-7, FGF-9, and FGF-10.

Each FGF is connected to a different rhythm within the skin.
FGF-1 is a growth factor that helps explain skin condition and recovery rhythm.
FGF-2 can be understood in relation to fibroblasts, the skin’s structural environment, and firmness.
FGF-7 is known as a growth factor that supports keratinocytes and the skin barrier environment.
FGF-9 is studied in relation to various biological flows, including the skin’s structural rhythm and the hair environment.
FGF-10 can be understood in connection with the skin barrier, epithelial environment, and maintenance of the skin’s structure.

In other words, 5RO-GF Complex does not look at the skin from only one direction.
It is a growth factor complex designed to consider skin condition, firmness environment, barrier rhythm, and a smoother-looking skin appearance together.

What role does FGF play in the skin?
The skin is exposed every day to UV rays, dryness, external aggressors, and stress. When these conditions repeat, the skin may look tired, appear less firm, and show uneven texture more easily.

FGF is an important growth factor for understanding the skin’s inner structure and firmness environment. When the skin looks weak or feels slower to recover, FGF can be understood as an ingredient that supports the skin’s flow of returning to a more balanced condition.

However, when explaining FGF in cosmetics, it is more accurate to describe it as a growth factor ingredient that supports skin condition and the firmness environment, rather than using expressions such as “regenerates the skin” or “treats the skin.”

Why is complex design important in FGF?
The skin cannot be explained by one ingredient or one function alone.
On the skin surface, there is moisture and the barrier environment. Inside the skin, there is a rhythm that supports firmness and structure. When all these flows remain balanced, the skin appears healthier and firmer.
That is why complex design is important for FGF. 5RO-GF Complex combines five growth factors to support multiple skin rhythms from different angles.
The key is not simply that “growth factors are included.” It is a structure that considers firmness, barrier, texture, and condition within the skin’s natural flow of finding balance.

Key skincare points of FGF1. Supports the skin’s firmness environment
FGF is a growth factor connected to fibroblasts, making it an important ingredient for understanding the skin’s firmness environment.
When the skin looks weak or less firm, FGF supports a firmer and more balanced-looking skin appearance.

2. Cares for the skin’s structural rhythm
Healthy skin is not only about visible hydration.
The structural balance inside the skin is also important.
FGF supports rhythms related to the skin’s structure and may help the skin maintain a stable condition.

3. Supports smoother texture and a refined skin appearance
When the skin condition is disrupted, the skin texture may look rough and the face may appear tired.
FGF supports the skin’s structural rhythm and condition together, helping the skin appear smoother and more refined.

4. Supports the barrier environment and condition balance
When the skin barrier feels unstable, the skin may look more sensitive to external stress and may feel dry more easily.
FGF Complex can be understood as an ingredient that supports the skin’s flow of returning to a comfortable balance after external stress.

5. Growth factor care from a skin longevity perspective
FGF is not simply an ingredient for instant hydration.
It is a skin longevity growth factor ingredient that considers the skin’s firmness environment, structural rhythm, barrier condition, and smoother-looking skin appearance together.

Why does SLOAID focus on FGF?
SLOAID does not see skincare as simply filling the skin from the outside.
Instead, we focus on the rhythm through which the skin finds balance and maintains a healthy condition over time.

Within SLOAID Skin Architecture, FGF is interpreted as part of the FORM stage — an ingredient that supports the skin’s internal condition and structural formation rhythm.

When the skin looks tired or appears less firm, what it needs is not only immediate hydration.
It needs an environment where the skin can function comfortably, along with ingredient design that considers the skin’s structure and firmness rhythm together.

SLOAID’s 5RO-GF Complex considers skin condition, firmness environment, barrier rhythm, and a smoother-looking skin appearance through five types of Fibroblast Growth Factors.

This is where SLOAID expands Skin Longevity through the science of growth factors.

TL;DR
FGF stands for Fibroblast Growth Factor, a growth factor ingredient that helps explain the skin’s firmness environment and structural rhythm.

SLOAID’s 5RO-GF Complex is composed of FGF-1, FGF-2, FGF-7, FGF-9, and FGF-10, and considers skin condition, firmness environment, barrier rhythm, and a smoother-looking skin appearance together.

In cosmetics, FGF is more accurately understood not from the perspective of “regeneration” or “treatment,” but as a skin longevity ingredient that supports the skin’s structural rhythm and firmness environment.
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