222 Simulation Training in Aesthetic Medicine; A Safe, Effective and Ethically Sound Modality to Teach Basic and Advanced Aesthetic Interventions
Abstract Introduction The role of high-fidelity prosthetic simulation models for Botulinum Toxin Type A (BoNT-A) and cross-linked Hyaluronic Acid dermal fillers (HA) was evaluated and its efficacy and safety discussed in addition to its ethical and cost-effective advantages. Method The experiment group (N = 26) included a high-fidelity simulation silicone head to inject as part of dexterity training prior to injecting live adult voluntary models. The control group (N = 8) had only live adult voluntary models for the practical session. Pre-test and post-test of self- assessment of procedure competence and confidence to perform the procedure unaided was evaluated using a modified reflective CEX. Results The average competency and confidence pre-test for score for students was (mean±SD) 7.2±4.6 and 2.9±2.9 respectively. The post-test scores rose to 15.8± 2.5 and 7.8±1.5. The improved competency and confidence score were statistically significant (p < 0.05). There was no statistically significant difference of pre-test or post-test scores between the experimental and control group. Conclusions High fidelity synthetic simulation models allow novice practitioners to improve pre-procedure counselling, technical skills, management plan and follow up as well as confidence to perform the procedure effectively. We therefore recommend this method as a first-line training model in aesthetic medicine.