Dear Editor, Medical education plays a pivotal role in shaping the skills and decision-making abilities of future health-care professionals. Unfortunately, within the realm of medical education, a matter of profound significance prevails - the anchoring bias. In the complex and high-stakes field of health care, cognitive biases can significantly impact decision-making, leading to potential errors in diagnosis and treatment. Cognition biases such as anchoring bias are particularly concerning in medical practice. Anchoring bias occurs when individuals rely too heavily on the initial piece of information (the “anchor”) in clinical decisions without adequately adjusting for later input.1 Globally, medical education has undergone significant evolution over time in terms of the volume of information, methodologies, delivery mechanisms, and impact analysis.2,3 In the hour of need, simulation-based medical education (SBME) has arisen as a potent instructional approach to tackle this challenge. SBME, as a remedy to anchoring bias, provides a realistic, immersive, and experiential learning environment that has become an integral component of medical training. Recognizing the complexities of real-world patient care, educators must proactively assess and mitigate anchoring bias. Strategies encouraging an open-minded approach, detached from preceding lectures, are instrumental in fostering more accurate and unbiased diagnostic judgments. SBME stands as a cornerstone, providing a meticulously controlled environment wherein students can immerse themselves in authentic clinical scenarios. This approach not only nurtures experiential learning but also places an unwavering emphasis on ensuring patient safety. In stark contrast to conventional static textbook methods, SBME introduces a dynamic paradigm, exposing medical students to a myriad of diverse cases and situations. Within these simulated environments, students are compelled to grapple with and overcome the pervasive challenge of anchoring bias. This cognitive phenomenon, where individuals disproportionately rely on initial information, is confronted head-on as students are prompted to challenge preconceived notions and adapt swiftly to the ever-evolving clinical landscape. The significance of SBME becomes more pronounced as students develop essential skills through these simulated scenarios. They learn to critically assess a patient’s condition, synthesize dynamic data, and make decisions based on continuously evolving information, competencies that are indispensable in countering anchoring bias. This bridge between theoretical knowledge and practical application in a risk-free environment equips students with the acumen needed to confront real-world medical complexities. Beyond skill acquisition, the repetitive nature of SBME plays a pivotal role in reinforcing positive decision-making patterns. This iterative learning approach not only reshapes cognitive processes but also contributes to the gradual mitigation of biases over time. The result is a more resilient and adaptable medical workforce, better prepared to navigate the intricacies of patient care. In addition, the incorporation of debriefing sessions postsimulation emerges as a highly effective means of addressing and reflecting upon potential anchoring biases. By nurturing a culture of continuous learning and self-awareness, educators empower students to not only recognize but also actively overcome the subtle influence of anchoring biases in their decision-making processes. In conclusion, the evolution of medical education demands a proactive approach to cognitive biases, particularly the formidable anchoring bias. As we witness advancements in educational methodologies and delivery mechanisms, acknowledging and systematically addressing biases becomes imperative. Through the strategic implementation of SBME, we not only equip students with essential clinical skills but also cultivate a heightened awareness of and resilience against cognitive biases. The systematic evaluation and mitigation of biases, including anchoring bias, serve as a linchpin in our commitment to improving the quality of diagnostic judgments made by medical students. This concerted effort translates into tangible benefits for patient outcomes, fortifying the core of health-care delivery. As we embrace SBME and other innovative approaches, we are not merely shaping proficient health-care professionals but actively contributing to the continual enhancement of medical education programs’ effectiveness. Financial support and sponsorship Nil. Conflicts of interest There are no conflicts of interest.
Sharma et al. (Sat,) studied this question.