TO THE EDITOR: ChatGPT (OpenAI) systems have gained prominence in various health-care domains, including nuclear medicine. These advanced chatbot systems offer several advantages, such as enhanced patient education, improved accessibility to medical information, streamlined workflows, and augmented research and development. However, it is important to consider the potential disadvantages of using ChatGPT in nuclear medicine, including concerns about accuracy, ethical considerations, patient-provider communication, and the impact on human expertise. We would like to explore both the advantages and the disadvantages to provide a comprehensive understanding of the implementation of ChatGPT in nuclear medicine.
ADVANTAGES Enhanced Patient EducationChatGPT systems provide a valuable tool for enhancing patient education in nuclear medicine. These systems can offer accurate and detailed information about procedures, imaging techniques, and treatment options. Patients can engage in conversational interactions with the chatbot, asking questions and receiving tailored responses in real time, that empower patients to better understand their condition, make informed decisions, and actively participate in their own health care. Improved health literacy leads to better compliance, increased patient satisfaction, and optimized treatment outcomes.
Improved Accessibility to Medical InformationChatGPT systems play a pivotal role in improving accessibility to medical information, particularly in remote or underserved areas. These systems offer on-demand access to accurate and upto-date medical knowledge, allowing patients and health-care professionals to interact easily through various devices. Patients can seek preliminary advice, inquire about symptoms, and learn about available diagnostic tests and treatment options. The accessibility of ChatGPT systems empowers individuals to make informed decisions and seek appropriate medical care, even in resourceconstrained settings.