Anti-Aging

Aging is a natural process, but stem cells can help slow its effects. As we age, our body’s stem cell reserves diminish, leading to slower repair and regeneration. By using CellMark360’s automated system to harvest young, robust stem cells from your adipose tissue—where they are abundant and potent—you can support anti-aging at a cellular level. These cells can promote tissue repair, reduce inflammation, and rejuvenate areas affected by age, helping you look and feel younger, naturally.

How Your Own Stem Cells Support Healing for Anti-Aging

Rejuvenates Skin from Within

Adipose-derived stem cells and SVF improve dermal thickness, elasticity, and vascular health—restoring a youthful glow naturally and safely.

Restores Facial Volume

SVF-enhanced fat transfer increases volume retention significantly, creating longer-lasting fullness and smoother facial contours.

Boosts Physical Vitality

Mesenchymal stem cells (MSCs) help reduce inflammation, strengthen immunity, and improve stamina—reversing signs of biological aging.

Safe, Natural, and Personalized

Therapies using your own cells eliminate the risk of rejection and offer a minimally invasive way to enhance appearance and well-being.

Research confirms ADSCs reduce inflammation, repair cartilage, and improve function.

Journal of Clinical Medicine, 2023 – ADSCs for Facial Rejuvenation

Study Summary:

Eight patients received 100 million cultured autologous ADSCs via single facial injection. Improvements were tracked over 12 months.

Results:

*Wrinkle reduction in forehead, eyelids, crow’s feet, and nasolabial folds

*Pore refinement and better eyelid definition

*Long-lasting results (≥1 year)

(Source: PMC10381540)

Stem Cells Translational Medicine, 2021 – MSCs for Systemic Aging

Study Summary:

Older adults received one IV infusion of 50 million autologous MSCs and were monitored for a year.

Results:

*Improved immune markers and reduced fatigue

*Enhanced physical endurance and quality of life

*Safe and well-tolerated with sustained effects

(Source: STCLTM, 2021)

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