The landscape of aesthetic plastic surgery is undergoing a profound transformation. For decades, the gold standard for facial rejuvenation has been the surgical facelift—a procedure designed to tighten loose skin and reposition underlying musculature. However, surgeons and patients alike have long recognized that surgery alone often leaves the surface of the skin—the "canvas"—unaddressed. Fine lines, sun damage, pigment irregularities, and volume loss remain, necessitating separate, often disjointed treatments.
A groundbreaking study published in the July issue of Plastic and Reconstructive Surgery®, the official medical journal of the American Society of Plastic Surgeons (ASPS), suggests that the future of facial rejuvenation lies not in individual procedures, but in a holistic, multi-modal approach. By combining traditional face and neck lifts with plasma skin resurfacing and regenerative medicine, practitioners may be able to address the multi-dimensional nature of aging in a single, comprehensive operation.
The Multi-Dimensional Nature of Facial Aging
To understand the significance of this study, one must first look at the biology of aging. Facial aging is rarely a singular event; it is a complex, progressive process that affects multiple layers of tissue simultaneously.
- Structural Sagging: Gravity and the weakening of connective tissues lead to the descent of facial fat pads and the development of jowls and "turkey neck." This is primarily addressed through surgical repositioning.
- Volume Loss: The face loses subcutaneous fat as we age, leading to a sunken, hollowed appearance.
- Dermal Degradation: Chronic exposure to UV radiation, environmental pollutants, and natural metabolic decline results in a loss of collagen and elastin, manifesting as deep wrinkles, crepey skin, and textural irregularities.
Historically, addressing these three components required separate surgical and non-surgical interventions. A patient might undergo a facelift, followed months later by laser resurfacing or dermal filler injections. This fragmented approach not only increased the cost and recovery burden for the patient but often lacked the cohesive, "synergistic" aesthetic result that is now becoming possible.
The Study: A New Paradigm in Rejuvenation
The study, led by Dr. Melinda Lacerna Kimbrell of LA Plastic Surgery in Bradenton, Florida, analyzed the outcomes of 96 patients who underwent a sophisticated, combined-modality approach. Rather than isolating the surgical lift, Dr. Lacerna’s protocol integrated four key pillars:
- Surgical Repositioning: Traditional face and neck lift techniques to address sagging tissue.
- Volumetric Restoration: Full-face fat grafting to replace lost structural volume.
- Plasma Skin Resurfacing: The use of deep plasma energy to stimulate intense collagen production and skin renewal.
- Regenerative Support: The application of topical regenerative treatments, including nanofat cream and exosomes, to optimize the wound-healing environment.
The findings from this cohort of 96 patients provide compelling evidence that this "all-in-one" approach is not only feasible but arguably superior to traditional, single-track surgical methods.
Chronology of the Clinical Evolution
The shift toward this combined approach did not happen overnight. For years, the aesthetic industry harbored significant reservations about performing deep resurfacing in conjunction with surgical lifts. The primary concern was the disruption of blood supply to the skin flaps created during a facelift. If the skin is lifted and then subjected to aggressive resurfacing, the risk of tissue necrosis or delayed healing increases.
However, advancements in plasma technology and a deeper understanding of regenerative medicine have mitigated these risks.
- Initial Skepticism: Early in the development of laser and plasma resurfacing, surgeons were taught to maintain a strict separation between invasive surgery and aggressive surface treatments.
- The Regenerative Breakthrough: The introduction of fat grafting and topical regenerative agents (like exosomes) provided a "biological scaffold." By introducing growth factors and stem-cell-derived components, surgeons found that the skin was not only more resilient to the trauma of resurfacing but also healed significantly faster and with better quality.
- Data Collection: Dr. Lacerna’s team utilized digital skin scanning to quantify outcomes, marking a shift from subjective observation to empirical measurement. The 96-patient study represents the culmination of these advancements, demonstrating that when properly sequenced, these procedures can be safely performed in one session.
Supporting Data: Quantifying the "Turnback"
Perhaps the most impressive aspect of the study is the use of quantitative skin-age metrics. By scanning the patients before and after the procedure, the researchers were able to attach concrete numbers to the aesthetic improvement.
The data revealed startling improvements across three critical categories:
- Skin Age: An average improvement of four years.
- Elasticity: A dramatic 10-year improvement in skin snap-back and resilience.
- Wrinkle Reduction: A seven-year improvement in the depth and severity of facial lines.
These figures are particularly significant because they represent a global improvement in skin health, not just a tightening of the skin. The use of plasma devices—calibrated specifically to the patient’s skin tone—allowed for a customized approach that minimizes the risk of hyperpigmentation or scarring, even across diverse skin types.
Official Perspectives: The Role of Regenerative Medicine
"There is something synergistic when we use them at the same time, when we’re healing both underneath the skin with the facelift and on top of the skin from resurfacing," Dr. Lacerna explains.
Dr. Lacerna emphasizes that this is not merely a "more is better" approach; it is a scientifically grounded strategy. The integration of regenerative medicine is the linchpin that makes this combination safe and effective. "I would not do this without regenerative medicine, without the fat grafting, without using nanofat cream, without exosomes for topical healing," she notes.
This perspective marks a fundamental change in the plastic surgery philosophy. The surgeon is no longer just a technician cutting and sewing tissue; they are becoming a biological architect, managing the healing process through both mechanical structural changes and biochemical support.
Implications for the Future of Aesthetic Surgery
The implications of this research are far-reaching for both surgeons and patients.
For the Patient
The most immediate benefit is efficiency. Combining these procedures into a single operation means:
- Reduced Anesthesia Time: A single session eliminates the need for multiple rounds of sedation or general anesthesia.
- Streamlined Recovery: While the initial recovery may be intense, the patient undergoes one "down-time" period rather than several, allowing them to return to their social and professional lives more quickly.
- Cost-Effectiveness: Consolidating facility fees, anesthesia costs, and surgeon fees can provide a more economical pathway to a total facial transformation.
For the Surgeon
The study serves as a call to action for the plastic surgery community to embrace a more integrated toolkit. It suggests that surgeons who limit their practice to mechanical lifting may be leaving their patients with suboptimal results. Furthermore, the reliance on plasma energy—which can be safer for a wider range of skin tones than some older laser technologies—opens the door for a more inclusive approach to rejuvenation.
Future Research Directions
While the results are highly encouraging, the study acknowledges that this is only the beginning. The research team highlighted several areas for future exploration:
- "Cool" Plasma Integration: Newer FDA-approved "cool" plasma devices offer potentially safer energy delivery profiles, and further studies are needed to see how these integrate with traditional lifting.
- Long-term Satisfaction: While skin age and elasticity metrics are excellent, patient-reported outcome measures (PROMs) are essential to understand how these improvements translate into perceived quality of life and psychological well-being.
- Standardization: As regenerative medicine evolves, the field will need to establish standardized protocols for the use of exosomes and nanofat to ensure consistent results across different practices.
Conclusion
The study published in Plastic and Reconstructive Surgery® represents a pivotal moment in the evolution of facial rejuvenation. By moving away from the isolated "lift" and toward a comprehensive "regeneration and restoration" model, the medical community is moving closer to achieving results that are both natural and enduring.
As our understanding of tissue regeneration continues to deepen, the combination of surgical precision and biological support will likely become the standard of care. For the patient, this means the promise of a more holistic, efficient, and scientifically backed approach to turning back the clock—a development that elevates the "facelift" from a surgical procedure to a total facial rejuvenation event.
For those interested in the technical details of the study, the full text, "Taking Face Lifts to the Next Level: Case Series Reflecting the Safety and Efficacy of Plasma Resurfacing with Face and Neck Lifts" (doi: 10.1097/PRS.0000000000012596), is available through the Plastic and Reconstructive Surgery journal website.
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