Enhancing Surgical Proficiency: The Role of Virtual Reality Simulators in Laparoscopic Skill Transfer

<b>Introduction:</b> Virtual reality (VR) simulators have gained recognition in medical education as an innovative tool for training laparoscopic skills. With the advancement of minimally invasive surgery (MIS), it is critical to evaluate the effectiveness of VR simulators in transferring motor and psychomotor skills to the operating room (OR).<b>Aim:</b> This review aims to assess the evidence on the transferability of laparoscopic skills acquired through VR simulators to the OR setting, focusing on technical proficiency and patient outcomes.<b>Materials:</b> A literature review was conducted, evaluating studies from peer-reviewed medical databases, including controlled trials and meta-analyses, to examine the impact of VR training on surgical performance.<b>Results:</b> Numerous studies have demonstrated that VR training significantly improves technical skills such as precision, time management, and error reduction. Furthermore, randomized controlled trials confirm that surgeons trained in VR perform faster and with fewer complications than those trained with traditional methods.<b>Discussion:</b> Despite the advantages of VR training, challenges remain, including the fidelity of haptic feedback and emotional stress replication. However, the continuous development of VR technology, incorporating artificial intelligence and augmented reality, promises to enhance the realism and educational value of simulators.<b>Conclusions:</b> VR simulators play an essential role in modern laparoscopic training, offering a safe, effective platform for skill acquisition. The transfer of VR-trained skills to real-life surgical procedures is well supported by current evidence, suggesting that integrating VR into standard surgical curricula will improve clinical outcomes.