Regenerative Surgery is a relatively novel and rapidly evolving branch of reconstructive, plastic, and aesthetic surgery. The term “regenerative” – which we have chosen to translate as “tái sinh” in Vietnamese – reflects the biological activity of cells capable of regeneration. Simultaneously, it resonates with the concept of “reconstruction”, particularly when utilized in combination with tissue engineering technologies that enable volumetric restoration. This surgical discipline first emerged approximately 30 years ago and has since witnessed exponential growth and diversification. Scientists globally have reached a consensus that the ultimate goal of regenerative surgery is to heal or replace tissues and organs damaged by disease, trauma, or congenital anomalies.
Regenerative surgical strategies aim to incorporate novel biomaterials, in vitro-cultured cells, or isolated autologous cells, often in conjunction with biochemical factors that promote cellular differentiation or proliferation. In many cases, combinations of these modalities are employed to restore both the structure and function of deficient tissues or to facilitate endogenous regeneration. Some approaches also focus on stimulating the body’s innate healing response, redirecting it towards full anatomical and functional recovery.
In aesthetic and reconstructive plastic surgery, regenerative approaches most frequently involve adipose tissue and adipose-derived stem/stromal cells (ADSCs), applied alone or in synergy with biological scaffolds or platelet-rich plasma (PRP). Globally, regenerative techniques have become part of routine clinical practice, often representing the gold standard in managing specific conditions, from breast reconstruction and wound healing to facial rejuvenation and body contouring.
Let us briefly reflect on key historical milestones in the development of aesthetic regenerative surgery:
Dr. Sydney Coleman standardized the fat grafting process and introduced the term LipoStructure.
The PARS Conference (Plastic & Aesthetic Regenerative Surgery) takes its name from the landmark publication Plastic and Aesthetic Regenerative Surgery and Fat Grafting – Clinical Application and Operative Techniques by Dr. Amin Kalaaji, released in 2022. This forum provides clinicians a valuable opportunity to present and publish their work in leading peer-reviewed journals.
At PARS 2023, themed “Emerging Trends in Aesthetic Regenerative Surgery and Fat Grafting”, we were honored by the participation of renowned speakers including Dr. Amin Kalaaji, Assoc. Prof. Dr. Pham Hieu Liem, and Assoc. Prof. Dr. Nguyen Dinh Tung.
In 2024, the second edition of the conference focused on “Research and Applications of Regenerative Medicine in Aesthetic Plastic Surgery”. We had the privilege of learning from distinguished international experts such as Prof. Lee L.Q. Pu, Dr. Amin Kalaaji, Prof. Owen Ung, and Prof. Jaroslav Michalek, who provided insights spanning foundational science to the latest clinical innovations. Alongside them, 10 leading Vietnamese experts in the field delivered groundbreaking presentations, including: Assoc. Prof. Dr. Le Hanh, Prof. Dr. Tran Thiet Son, Assoc. Prof. Dr. Vu Ngoc Lam, Assoc. Prof. Dr. Nguyen Hong Ha, Assoc. Prof. Dr. Pham Hieu Liem, Assoc. Prof. Dr. Nguyen Dinh Tung, Assoc. Prof. Dr. Vu Quang Vinh, Assoc. Prof. Dr. Pham Van Phuc, Dr. Pham Le Buu Truc, Dr. Le Thi Bich Phuong.
Today, PARS 2025 brings together leading minds once again under the theme: “Safety and Efficacy of Regenerative Medicine Applications in Aesthetic Plastic Surgery.”
We are honored to welcome esteemed international guests:
A logo is more than a visual identity – it is a symbol of purpose.
The PARS logo represents the philosophy behind the Plastic & Aesthetic Regenerative Surgery Conference: restoring what has been lost, improving what is possible, and harnessing the body’s natural ability to heal and regenerate. Every element of the design carries a meaning that reflects the mission of the conference and the future of regenerative plastic surgery.
At the heart of the logo is a puzzle piece – a symbol of connection, collaboration, and completeness.
In plastic and reconstructive surgery, no successful outcome is achieved by one person alone. Surgeons, scientists, nurses, educators, engineers, industry partners, and patients each contribute an essential piece of the journey.
Together, they restore not only anatomy and function, but also confidence, dignity, identity, and quality of life.
For PARS, the puzzle piece represents multidisciplinary collaboration and patient-centered care.
At the center of the puzzle appears the gecko – one of nature’s most remarkable symbols of regeneration.
Its ability to regenerate damaged tissues has fascinated scientists for decades and perfectly reflects the principles of regenerative medicine: healing, adaptation, resilience, and renewal.
For PARS, the gecko symbolizes:
The vibrant spectrum of colors reflects the diversity of people, ideas, and scientific disciplines that define today’s global plastic surgery community.
Each color represents one aspect of the specialty – from reconstructive and aesthetic surgery to regenerative medicine, microsurgery, tissue engineering, breast reconstruction, craniofacial surgery, and scientific innovation.
The transition between colors symbolizes transformation: from injury to healing, from loss to restoration, and from limitation to renewed possibility.
The PARS logo tells the story of how plastic surgery continues to evolve.
What began as a specialty dedicated primarily to reconstruction has expanded into a field that combines reconstructive surgery, aesthetic surgery, regenerative medicine, tissue engineering, and biologically inspired innovation.
This vision is captured in the philosophy that defines PARS:
Restore Form. Restore Function. Regenerate Life.
Through scientific exchange, education, research, and international collaboration, PARS brings together experts who are shaping the future of plastic, aesthetic, and regenerative surgery.
Every puzzle piece matters.
Every patient has a story.
Every innovation creates new possibilities.
Together, we are building the future of regenerative surgery.
