Digital Twins: The New Frontier for Personalized Medicine?

• Published in: Applied sciences 2023-07, Vol.13 (13), p.7940
• Main Authors: Cellina, Michaela, Cè, Maurizio, Alì, Marco, Irmici, Giovanni, Ibba, Simona, Caloro, Elena, Fazzini, Deborah, Oliva, Giancarlo, Papa, Sergio
• Format: Article
• Language: English
• Subjects: artificial intelligence; Augmented Reality; Care and treatment; Collaboration; Customization; Decision making; Deep learning; Digital simulation; digital twin; Digital twins; Disease; Drug development; Education; Environmental factors; Health care; Health care reform; Health services; human digital twin; Information management; Manufacturing; Medical device industry; Medical equipment; Medical research; Medical students; Medical technology; Medicine, Experimental; Morphology; New technology; Patients; Physiology; Precision medicine; Public health; Resource allocation; Simulation; surgical planning; transplant; Twins; Virtual humans; Virtual reality
• ISSN: 2076-3417; 2076-3417
• DOI: 10.3390/app13137940

Digital twins are virtual replicas of physical objects or systems. This new technology is increasingly being adopted in industry to improve the monitoring and efficiency of products and organizations. In healthcare, digital human twins (DHTs) represent virtual copies of patients, including tissues, organs, and physiological processes. Their application has the potential to transform patient care in the direction of increasingly personalized data-driven medicine. The use of DHTs can be integrated with digital twins of healthcare institutions to improve organizational management processes and resource allocation. By modeling the complex multi-omics interactions between genetic and environmental factors, DHTs help monitor disease progression and optimize treatment plans. Through digital simulation, DHT models enable the selection of the most appropriate molecular therapy and accurate 3D representation for precision surgical planning, together with augmented reality tools. Furthermore, they allow for the development of tailored early diagnosis protocols and new targeted drugs. Furthermore, digital twins can facilitate medical training and education. By creating virtual anatomy and physiology models, medical students can practice procedures, enhance their skills, and improve their understanding of the human body. Overall, digital twins have immense potential to revolutionize healthcare, improving patient care and outcomes, reducing costs, and enhancing medical research and education. However, challenges such as data security, data quality, and data interoperability must be addressed before the widespread adoption of digital twins in healthcare. We aim to propose a narrative review on this hot topic to provide an overview of the potential applications of digital twins to improve treatment and diagnostics, but also of the challenges related to their development and widespread diffusion.