Empowering Pharmacovigilance: The Role of Web 3.0 Technologies in Enhancing Drug Safety and Patient Engagement

Abstract

The rise of Web 3.0 technology suggests excellent progress in many fields, like healthcare. In this study, we explored the possible impact that Web 3.0 could have on reducing significant drug side effects among patients, which is an ongoing problem in pharmacotherapy. We looked at how often and in what ways adverse reactions to medication occur by analyzing a full dataset containing all drugs' alternatives as well as their corresponding effects, uses and classifications. Our method includes examining data and knowledge about decentralized data handling, safety, and approaches that focus on users in Web 3.0. The results indicate how much better drug safety monitoring can be achieved through decentralized applications, smart contracts, and blockchain technology. It also shows the potential to make patient therapy more personal and motivate patient education and involvement in healthcare decisions. This study emphasizes the ability of Web 3.0 to transform the monitoring of drug safety and effectiveness; it presents a strong case for its use within healthcare systems. The ideas for doctors, patients and healthcare policymakers highlight the crucial need to include Web 3.0 technology to improve patient results and reduce drug-linked morbidity along with death rates.