Managing sensitive health information is a massive challenge for hospitals. When doctors use "digital twins" (virtual models of a patient's health), they need to ensure that data stays private, accurate, and easy to share between different clinics. This study looked at 55 different reports to see how blockchain technology can help solve these problems.
The research shows that blockchain is currently most useful for tracking who looks at data, keeping records consistent, and managing patient consent. While digital twins focused on individual patients are more advanced, the systems that connect different parts of healthcare infrastructure are still in early stages.
However, there are hurdles to clear before these tools can be used widely. The study found a lack of real-world clinical tests and some gaps in making sure these systems follow strict privacy laws like GDPR or HIPAA. While the technology shows promise for keeping data safe, it still needs better integration with standard medical systems.
Common questions
What are the main benefits of using blockchain in health systems?
Blockchain is primarily used to manage who has access to records, keep a log of all actions, ensure data integrity, and manage patient consent. It also helps provide secure data provenance, which means tracking where information comes from and how it has changed over time.
Are these digital twin systems ready for everyday use?
The technology is at different stages of readiness. Patient-level and electronic health record twins are more mature, while larger infrastructure frameworks are still in early exploration. There is currently a lack of clinically validated deployments to confirm how they work in everyday practice.
How does this technology handle privacy laws like HIPAA?
While the research identifies blockchain as a way to manage access and consent, there are still gaps in fully implementing engineering practices that meet GDPR and HIPAA standards. More work is needed to ensure these systems integrate perfectly with existing healthcare standards.
