Analyzing Blockchain in Healthcare: Applicability and Empirical Evidence of Blockchain Technology in Health Science
- Length: 212 pages
- Edition: 1
- Language: English
- Publisher: BPB Publications
- Publication Date: 2022-10-15
- ISBN-10: 9355512406
- ISBN-13: 9789355512406
- Sales Rank: #0 (See Top 100 Books)
How the Blockchain Technology is Changing the Landscape of HealthCare
Key Features
- Includes detailed implementations of the blockchain technology in the real world to support evidence-based practices.
- Includes patient satisfaction, medical device installation, and Covid-19 prediction use cases.
Description
Before deciding whether or not a new piece of technology has credibility, institutions that specialize in the health sciences demand to see extensive documentation of it being used in clinical practice and published in academic journals. This book gives convincing facts to educate readers on this technology’s advantages and limitations for advancing healthcare.
This book discusses the deployment and use of blockchain technologies in real-world scientific, biomedical, and data applications. Applying the unique possibilities inherent to distributed ledger systems, the book reveals significant developments in health science research and development.
Each chapter reveals the present applications of blockchain in drug development, drug and device tracking, real-world data collection, and more significant patient interaction. These all are utilized to open chances to further health science research. From the views of pharmaceutical executives, biotechnology startups, regulatory agencies, ethical review boards, and blockchain developers, this paradigm shift is investigated. After reading this book, the reader will understand the possibilities for enhancing and facilitating data use in health science research.
What you will learn
- Employ blockchain in a supervised environment and maintain data integrity and transparency.
- Connect distant data sources to encourage virtual trials.
- Connect different data sources to make big data analytics and visualizations elastic and real-time.
- Create crowdsourcing and data challenges without compromising IP.
- Disseminate blockchain education to the next generation of health science users.
Who this book is for
This book will interest academicians, blockchain consultants, machine learning instructors, and anyone working toward utilizing blockchain technology in the health science sector.
Cover Page Title Page Copyright Page Dedication Page About the Authors About the Reviewers Acknowledgement Preface Errata Table of Contents 1. Internet of Medical Things-Blockchain Integration Abstract Introduction Structure Objectives Obstacles presented by the Internet of Medical Things and blockchain Processing Storage Substantial overhead traffic Internet of Things solutions founded on three distinct blockchains Ethereum-based financial contributions Protocol for modified consensus Improved cryptography method Contributions of Hyperledger A high-level overview of blockchain without specifics Debates and unsolved problems IoT market drivers Decreasing the cost of sensors and actuators Increased investment in IoT Increasing internet connectivity High demands for smartphones, phablets, and tablets Wireless technology innovation Analytics Business model shift Protocols integrated into the system Data overload The management system of information at hospitals Mobile healthcare Conclusion Keywords 2. Barriers and Benefits of Blockchain Adoption in the Healthcare System Abstract Introduction Structure Objectives Synopsis of blockchain Definitions of BC BC Types of BC Public BC Private BC Hybrid BC Consortium BC Characteristics of BC Auditability Consensus Decentralization Persistency Anonymity Security Unforgeability Traceability Privacy Transparency BC for healthcare Benefits of BC adoption in the health care system Barriers to BC adoption in the health care system Discussions Conclusion Keywords 3. Patient Engagement in Healthcare Using Technology Abstract Introduction Structure Objectives Synopsis of chapter Patient engagement Blockchain Features of BC Capacity expansion Smart contracts Automated decision-making Anonymity Transparency Decentralized Transaction Validation Immutability Logic of computation Trust Security Traceability Distributed ledger Private blockchain Public blockchain Auditability (Provenance) Finality Mobility Consensus Network distribution BC in health care Technology-Environment-Organization Benefits of blockchain in the health care sector Blockchain technology and patient engagement Discussions Contributions Conclusion Keywords 4. Distributed Ledgers and Transaction Processing Abstract Introduction Structure Objectives Synopsis of chapter The inception of blockchain in distributed ledgers Technology based upon distributed ledger Historical content Technical design element Keeping updated and accurate information on the ledger Making necessary corrections to the ledger Validation, in addition to the overall consensus The roles of nodes from a technical perspective The flow of the process Institutional design elements Functioning of the arrangement Access to the configuration of the arrangement (unrestricted or restricted) Organized framework for logical investigation Healthcare use cases Understanding organizational framework of the agreement How does the arrangement work? Crucial aspect of the implementation The whole processing time from start to finish Carrying out of the reconciliation with speed and candor Effects on several aspects of the financial industry Connectivity and the establishment of standards Market organizational structure Conclusion Keywords 5. Medical Device Implementation in Blockchain Abstract Introduction Structure Objectives Synopsis of chapter Internet of Medical Things Applications of IoMT in the healthcare industry Blockchain Potential applications of blockchain technology in the healthcare industry The Internet of Medical Things and blockchain Challenges faced by the Internet of Medical Things and blockchain Cloud computing Challenges of cloud IoT Blockchain and cloud computing Blockchain and cloud security Enabling wireless technologies for the Internet of Medical Things Future of E-Medicine Remote healthcare Future implementations Scalability Machine learning/Deep learning and IoMT Blockchain IoMT and the Cloud /Backend-as-a-Service Block5GIntell Conclusion Keywords 6. Predictive–Based Solution for COVID-19 Abstract Introduction Structure Objectives Synopsis of chapter COVID-19 Examination of security measures used during COVID-19 Virtual Private Network Multi-factor authentication System updation Antivirus software Blockchain Taxonomy of blockchain Public blockchain Private blockchain Consortium blockchain Hybrid blockchain Use cases for the blockchain in healthcare Benefits that might be derived from using the blockchain with COVID-19 Nationwide interoperability Healthcare data interchange Supply chain management Mobility Fraudulent transactions involving electronic funds transfer Tracking drugs Opportunities brought by blockchain to the COVID-19 pandemic Decentralization Increased capacity Transparency Autonomy Persistency Immutability Challenges involved Conclusion 7. Optimization of Blockchain Technology for Patient Satisfaction Abstract Introduction Structure Objectives Synopsis of chapter Blockchain (BC) BC application in the health sector BC adoption in the health sector Determinants of BC adoption in healthcare Factors embedded in theory Unified theory of acceptance & use of technology The Performance Expectancy The Effort Expectance (EE) The Social Influence Uses and Gratification Theory Conclusion Keywords 8. A Cogitative Analysis in Healthcare Abstract Introduction Structure Objectives Synopsis of chapter Blockchain Functioning of blockchain Different categories of blockchain Public blockchain Private blockchain Hybrid blockchain Consortium blockchain Applications of blockchain Crypto currency Private data storage Reputation management Education Banking Finance-payroll and settlement Need of blockchain in healthcare Capabilities of Blockchain Technology in healthcare industry Benefits of blockchain in healthcare Research areas of blockchain with health care Electronic Medical Records Remote patient monitoring Pharmaceutical supply chain Conclusion Keywords 9. An Analysis of Overview of Blockchain Abstract Introduction Structure Objectives Synopsis of chapter Structure of a blockchain Agreement mechanisms Computational aspects Security aspects Blockchain core architectures Centralized systems Need for decentralized systems Blockchain with IOT Anonymity Decentralization Non- repudiation Applications of blockchain Supply chain IoT Betting industry Disruptive blockchain Decentralized Autonomous Organizations Using block chain in educational organization Affirmations Library and data administrations Cooperation in extracurricular exercises Graduated class association Transportation and hostel facilities Conclusion 10. End-user Computing Using Blockchain Technology Abstract Introduction Structure Objectives Synopsis of chapter Blockchain as an enabling technology The road ahead with blockchain Constructive analysis Conclusion Keywords Bibliography Index
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