Using Your Own Fat as a Natural Filler and Stem Cell Source—Technologically Enhanced!
WHAT ARE STEM CELLS?
Stem cells are naturally occurring, self-renewing, and uniquely capable cells that can transform into specific cell types wherever they are injected in the body. Known as “undifferentiated cells,” stem cells can become different cell types, such as skin or muscle cells—essentially acting as the biological “reserves” of our body. When injected into the skin, stem cells release potent growth factors that accelerate tissue healing and stimulate the formation of new blood vessels.
This remarkable method delivers better results than most other laser or skin rejuvenation procedures because stem cells significantly improve skin health and integrate naturally without causing fatigue or stress to the skin, unlike some other treatments.
This modern technique involves harvesting your own fat using a small microcannula under local anesthesia. The collected fat is then centrifuged to isolate the stem cells, which are subsequently injected just below the skin into areas that require rejuvenation, acting as both filler and regenerative agent.
The procedure takes about an hour and is painless, with a recovery time of only one to two days. Scientifically, it has been proven that stem cells and stromal vascular fraction promote the production of elastin and collagen over time, resulting in continuous and impressive outcomes. They increase activity in the dermis, enhance circulation, and revitalize the skin—providing a noticeable improvement in wrinkles, age spots, pigmentation (like under-eye dark circles), and skin hydration, giving the skin a more youthful appearance. 📌
While it can take up to four months for the final results to appear, these effects are long-lasting and natural, stemming from regeneration rather than degradation. The initial improvements are often visible right away. This stem cell and filler treatment using your own fat provides an immediate volumizing effect while promoting continued skin rejuvenation over time.
Fat Transfer for Stem Cell and Filler Applications
In the same session, micro-fat injections can be used to add volume to areas such as the cheeks, mid-face, deep wrinkles, nasolabial folds, and under-eye hollows. The survival rate of micro-fat is significantly higher when combined with stem cell transfer. This method can even be used for pubic aesthetics, offering comprehensive rejuvenation.
This procedure offers long-term outcomes and eliminates the frequent need for temporary filler treatments.
HOW ARE STEM CELLS USED IN FACIAL FAT TRANSFER OR FILLERS?
When used in the context of facial fillers or fat grafting, stem cells help fill volume deficits and improve the texture and appearance of the skin. They also reduce signs of sun damage, wrinkles, fine lines, and acne scars. Stem cells have the ability to continue improving the skin’s appearance well beyond the initial procedure, delivering long-lasting results.
WHERE IS FAT HARVESTED FROM TO OBTAIN STEM CELLS?
Stem cells are collected from your body’s fat deposits—typically the abdomen, inner thighs, or hips. These stem cells enhance blood flow in the treated area and aid in healing, rejuvenating the desired aesthetic area effectively.
STEM CELL FILLERS AND FACELIFT
A stem cell facelift begins with harvesting fat from the abdomen or another suitable area. The fat is then centrifuged to separate and concentrate your own body’s stem cells. The enriched fat is then injected into the desired areas of the face, restoring volume and promoting skin rejuvenation.
WHO IS AN IDEAL CANDIDATE FOR STEM CELL TREATMENTS?
Stem cell therapy is ideal for individuals who wish to look younger and seek a non-surgical approach to facial rejuvenation.
HOW LONG-LASTING IS USING MY OWN FAT FOR STEM CELL FILLERS?
Fat injections have long been known to deliver aesthetically pleasing results. However, in some cases, the longevity of these outcomes has been inconsistent. With advancements in medical technology, fat extracted from your body can now be enriched with isolated stem cells, dramatically enhancing the durability of the results.
With minimal downtime, patients may experience mild soreness in the treated area on the first day. There might be some discomfort in the donor site for 1–2 days, which can be managed with basic pain relief.