摘要

Objectives: Introducing the Spiderweb Technique, our aim is to highlight facial rejuvenation by harnessing the natural regenerative potential of the body. We seek to demonstrate its efficacy in promoting collagen synthesis, improving skin texture, and achieving long-lasting aesthetic outcomes through the innovative combination of non-barbed and barbed PDO threads using an innovative technique. Introduction: Innovative and minimally invasive, the Spiderweb Technique offers a paradigm shift in facial rejuvenation. By strategically placing polydioxanone (PDO) sutures via thin needles to knit and support subcutaneous tissue, this technique stimulates collagen production, compensating for decreased collagen in aging skin. Threads woven into the problematic area provide a strong lifting and tightening effect, resulting in rejuvenated, tightened, and smoother skin. Materials / method: Utilizing the Spiderweb Technique, we treated a cohort of patients with varying degrees of facial aging. Combining SVF and fat extract with PDO threads strategically injected, targeting key facial areas. Patient demographics, treatment protocols, and post-procedural assessments were meticulously documented. Results: The Spiderweb Technique yielded remarkable outcomes in our patient cohort. Significant improvements in skin laxity, texture, and overall rejuvenation were observed. Patient satisfaction scores were high, with minimal adverse effects reported. Quantitative analysis revealed increased collagen synthesis and sustained aesthetic enhancements over time. Conclusion: The Spiderweb Technique emerges as a promising approach in facial rejuvenation, offering natural-looking results and minimal downtime. With its ability to stimulate collagen production and improve skin quality, this innovative method holds immense potential in the realm of aesthetic medicine and plastic surgery, changing the way we approach facial aging.