Abstract

Environmental toxicology is increasingly relevant to plastic surgery, as emerging trends reveal the profound impact of toxins on surgical outcomes and patient safety. This abstract explores how endocrine-disrupting chemicals (EDCs), such as bisphenol A and phthalates, and heavy metals, including lead and arsenic, affect wound healing, scar formation, and tissue regeneration in plastic surgery.
Recent advancements in toxicology highlight innovative tools, including AI-driven predictive models and high-throughput biomarker assays, to assess toxin-related risks pre- and post-surgery. These technologies enable personalized surgical planning, optimizing outcomes for procedures like reconstructive surgery and aesthetic enhancements. Novel biomaterials, designed to minimize inflammatory responses triggered by environmental toxins, represent a cutting-edge trend in improving implant safety and longevity. Additionally, epigenetic profiling offers insights into toxin-induced changes affecting tissue repair.
This presentation advocates for integrating toxicological screening into preoperative protocols and adopting eco-conscious surgical practices. By bridging toxicology and plastic surgery, these innovations enhance patient outcomes, reduce complications, and align with global sustainability goals, shaping the future of aesthetic and reconstructive surgery.