Our Signature
Stem Cell Program
SVF (Stromal Vascular Fraction) contains a variety of cells that act immediately to promote tissue regeneration and angiogenesis.
Same-day treatment is possible, allowing for rapid results.
What Is SVF Stem Cell Fat Grafting?
A next-generation fat grafting technique with superior graft survival and regenerative effects
SVF stem cell fat grafting goes beyond simply restoring volume to sunken areas. By significantly improving fat survival and promoting skin regeneration, this advanced technique creates natural, three-dimensional, and long-lasting volume with enhanced overall skin quality.
STEPS
SVF Stem Cell Treatment Process
At Cellon Dermatology clinic, we offer a holistic approach that aims not only at the aesthetic improvement of your skin but also at its overall rejuvenation and health. Our specialized team will guide you through every step of the process.
STEP 1. Comprehensive Consultation & Health Assessment
A thorough consultation and health assessment is conducted by our specialized medical team to understand your condition, medical history, and treatment goals.
STEP 2. Stem Cell Collection
Stem cells are carefully collected using the most appropriate method for you, including blood, adipose (fat) tissue, or bone marrow.
STEP 3. Cell Separation & Purification
The collected cells undergo a precise separation and purification process to isolate high-quality regenerative cells for optimal therapeutic outcomes.
STEP 4. Stem Cell Injection
Purified stem cells are administered either intravenously or via targeted local injections, depending on the treatment plan and desired results.
STEP 5. Recovery Monitoring & Post-Treatment Management
Continuous monitoring and personalized post-treatment care are provided to support recovery, maximize results, and ensure long-term safety.
Cellon Stem Cell Laboratory
Advanced Stem Cell Treatments at Cellon, a Certified Advanced Regenerative Medicine Institution
Advanced regenerative medical research using human-derived cells and tissues may only be conducted by institutions officially designated by the Ministry of Health and Welfare. Cellon is a certified advanced regenerative medicine institution authorized to perform such procedures.
The Cellon SVF Research Institute is equipped with state-of-the-art facilities approximately six times larger in scale than conventional SVF laboratories. Through strict temperature and humidity control, along with a comprehensive sterilization system, Cellon operates an advanced cell banking system that ensures the long-term preservation of safe, high-quality SVF.
Based on extensive clinical experience in aesthetic, plastic, and anti-aging applications using SVF, Cellon Dermatology continuously researches and develops innovative treatments and surgical techniques with differentiated effectiveness. These advancements are actively applied in clinical practice, consistently demonstrating high patient satisfaction.
What Sets the Cellon
SVF Research Institute Apart
The source of health and life begins in fat cells.
SVF and fat-derived cells studied and refined over 20 years at a hospital specializing in fat-related procedures are fundamentally different.
The survival rate of stem cells varies significantly depending on fat harvesting pressure, the degree of tissue damage, temperature control, and extraction speed. Only highly experienced liposuction-based medical institutions are capable of extracting stem cells with a high survival rate.
Through 20 years of diverse domestic and international clinical experience and expertise, Cellon has developed a wide range of customized programs spanning treatment, grafting, aesthetic surgery, and post-procedure care. Supported by advanced equipment and a structured follow-up system, Cellon provides comprehensive, end-to-end management—taking full responsibility for patient care throughout the entire process.
Why Adipose-Derived SVF?
- Placenta (Umbilical Cord Blood)
SVF is obtained from umbilical cord blood collected from the placenta. Because this source provides relatively “younger” SVF, it is often used for cartilage regeneration and regenerative applications. However, the available quantity of SVF is limited. - Bone Marrow
SVF is harvested from inside the bone. Although SVF can be extracted from bone marrow, the overall yield is very low compared to other sources. - Blood
SVF-related regenerative components are obtained through blood collection. After blood is injected into a specialized kit and processed via centrifugation, growth factors are extracted. These are widely used in regenerative treatments and are the second most commonly utilized source after adipose-derived SVF. - Adipose Tissue (Fat)
SVF is obtained through liposuction. Adipose tissue contains a significantly higher concentration of SVF—approximately 100 to 1,000 times more than bone marrow-derived SVF—making it widely used for medical treatment, health optimization, and aesthetic applications.
Why Cellon Adipose-Derived SVF?
Precision-Driven SVF Regenerative Design
- Quantified Stem Cells
The number of viable SVF cells is actually counted, ensuring that a standardized minimum cell dose is secured.
We do not rely on estimation. We explain results through measurable data. - Designed Grafting
Stem cell concentration, injection depth, and tissue layers are custom-designed for each treatment area.
This is not simple injection—it is the engineering of graft survival. - Evidence-Based Results
All outcomes are supported by scientific data and clinical evidence. - Regeneration-Focused Approach
Our goal extends beyond volume restoration to include collagen regeneration, vascular remodeling, and elasticity recovery.
This is not conventional fat grafting—it is true regenerative treatment.
The Benefits of
Autologous Fat Stem Cell Therapy
1 High Stem Cell Density
Fat tissue has a high stem cell density, allowing for the acquisition of abundant cells.
2 Quick Treatment and Effect
Adipose-derived stem cells can be harvested and administered on the same day, providing rapid satisfaction.
3 Long-Term and Repeatable Treatment
Adipose-derived stem cells provide long-term cellular regeneration and allow for repeated treatments.
4 Application in Various Treatment Fields
Effectively applicable across various fields, including aesthetics, orthopedics, and vascular conditions.
Our Approach :
Tailored Results to Your Unique Needs
Unmatched Graft Survival and Predictability
By minimizing unnecessary absorption that can occur over time, this approach delivers exceptionally stable and long-lasting volume with highly predictable outcomes.
Beyond Volume: True Skin Regeneration
As volume is naturally restored, patients experience an overall improvement in skin quality— enhanced elasticity, brighter and clearer skin tone, and visible reduction of fine lines.
The Most Natural and Healthy Beauty
Because the treatment uses stem cells derived from your own body, the graft integrates seamlessly as part of your natural tissue.
The result is the most balanced, natural, and healthy form of beauty—refined, not artificial.
SPECIALTY
Signature Care Program
Start your premium care,
designed exclusively for you, today.
A Personalized 1:1 Recovery Program
Caring for temperature, swelling, and blood circulation
The procedure takes just one hour—the results are perfected through aftercare.
Cellon Dermatology’s hyperbaric oxygen therapy is a regenerative treatment performed in a private, single-person chamber, where patients inhale 100% oxygen at more than twice the normal atmospheric pressure.
This high concentration of oxygen dissolves deeply into the bloodstream and skin cells, significantly accelerating recovery, reducing swelling, and reinforcing the overall effectiveness of the procedure—ensuring stronger, more stable, and longer-lasting results.
OUR DOCTORS ANSWER
Frequently asked questions
Human adipose tissue is a rich reservoir of stem cells. Through liposuction, a large quantity of adult stem cells—specifically mesenchymal stem cells—can be obtained.
These cells can be extracted and used on the same day without cell culture, allowing for same-day extraction and treatment.
The stem cell-rich component derived in this process is known as Stromal Vascular Fraction (SVF).
The human body possesses an innate ability to heal and regenerate itself and is composed of a wide variety of specialized tissues and cells. Mesenchymal stem cells (MSCs) are distributed throughout the body, including in the bone marrow, adipose tissue, and skin.
MSCs have the unique ability to self-renew while also differentiating into multiple cell types. For this reason, they are classified as adult stem cells, also commonly referred to as mesenchymal stem cells (MSCs).
In addition to their differentiation capacity, MSCs exert powerful therapeutic effects through the secretion of bioactive factors that stimulate surrounding cells—known as the paracrine effect. Through this mechanism, MSCs are associated with a wide range of regenerative benefits, including immune modulation, angiogenesis, anti-inflammatory and antioxidant effects, prevention of cell death, and tissue repair.
The Difference Between PRP Fat Grafting and SVF Fat Grafting
The most fundamental difference between PRP and SVF lies in the presence of stem cells.
PRP (Platelet-Rich Plasma) is derived from blood and does not contain stem cells.
In contrast, SVF (Stromal Vascular Fraction) is a cell population derived from adipose tissue that does include adipose-derived stem cells.
PRP can help promote temporary graft retention and is primarily used to improve damaged skin and support wound healing. However, PRP does not activate cells through differentiation or true regeneration, nor does it possess the biological functions of stem cells that actively support long-term fat graft survival.
In other words, PRP lacks the regenerative capabilities of stem cells—such as differentiation and tissue regeneration—that play a critical role in enhancing and stabilizing fat graft engraftment.
PRP and SVF may appear similar in that both are derived from the body and are used to enhance fat graft survival. However, they are fundamentally different in their biological roles and mechanisms.
SVF contains stem cells, allowing it to generate new cells and support cellular differentiation. In contrast, PRP does not contain stem cells and functions primarily by aiding the healing of existing cells rather than creating new ones.
Another key difference lies in how they are obtained. PRP is easily and conveniently harvested from blood, whereas SVF must be extracted from adipose (fat) tissue.
Because SVF includes adipose-derived stem cells, it actively promotes the activation and proliferation of transplanted fat cells. This enables the grafted fat to survive long term, often in a semi-permanent manner. For this reason, SVF is highly effective at significantly improving the fat graft survival rate.
In addition to stem cells, SVF also contains a variety of growth factors. These cells and bioactive components work synergistically to stimulate new blood vessel formation, enhance blood supply, support tissue differentiation, and promote tissue regeneration—all of which help transplanted fat cells survive longer and more stably.
Conventional fat grafting uses autologous fat alone as the grafting material. While it is effective in creating natural-looking volume, the fat survival rate is relatively low—approximately 30–40%. As a result, a significant portion of the grafted fat is absorbed over time, and the results typically last only 1 to 2 years.
In contrast, Cellon SVF stem cell–assisted fat grafting combines autologous fat with adipose-derived stem cells, fundamentally improving the survival environment of the transplanted fat cells. This advanced approach achieves a high graft survival rate of approximately 80–90%, while also promoting skin elasticity improvement and tissue regeneration, in addition to natural volume restoration.
Because of these regenerative effects and enhanced cell viability, the results are significantly longer-lasting, allowing patients to expect semi-permanent outcomes. This is the key distinction that sets stem cell–assisted fat grafting apart from conventional fat grafting.
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Cellon Dermatology Clinic in Seoul