From: Effects of vaccine registration on disease prophylaxis: a systematic review
Study | Population | Intervention | Outcomes | ||||
---|---|---|---|---|---|---|---|
Study, year, country | Target group | Programming platform | Methodology | Features and benefits | Limitations | Publication/evaluation | Incorporation/impact |
[31] 2021, Malaysia | System and hospital administrator | Firebase web application interface and Firestore cloud—database. Metamask. Hyperledger Besu | Vaccination system with Blockchain. Method for storing vaccination record. Blockchain network. Functionality analysis with experts. | Immunization data distributed on sync nodes. Hospital has resources to present vaccination certificate and patient record | Full administrative control, including hospital rejection for linkage | Blockchain vaccination system—Hyperledger Besu. Connection between Hyperledger Besu and the cloud database | Not used. Control of basic registration and administrative vaccination data |
[12] 2021, India | Guardian of children and authorities Child Vaccination | Smartphone/Android/Java/Firebase application Firestore and Firebase authentication | Analysis in experimental test. Installed on 10 smartphones. Simulation of the scenario | Calendar control; booking appointments in hospitals; sticky notes; messages; vaccination history and involvement of other children | Full administrative control, including hospital rejection for linkage | Users have agreed to the app and want the government to integrate it into the health care system | Do not. Manage immunization programs |
[25] 2020, Iran | Public authorities/health authorities | Data from cellular contact tracing networks. SIR Model for the spread of disease | Vaccine allocation—per-population modeling and plots from contact tracking data derived from cellular networks and Bluetooth signals. Test on 236 school children | Contamination vaccine allocation model for outbreak control | Control of infected and uninfected | Targeted vaccination reduces the number of infected | Do not. Create a model of targeted vaccination in a cellular network |
[17] 2015, United States | Public authority/health authorities | TelosB Crossbow/Wireless Sensor | Centrality algorithms for targeted vaccinations. Sample with students | Student contact tracing system. Graph of disease spread. Connectivity centrality metric algorithms based on targeted inoculation (targeted inoculation). | Use the model SIR, to simulate the infection process. Controlled scenario | Determined disease spread, created spread diagram for modeling | Do not. Obtained connectivity centrality metrics and disease spread and centralization algorithms |
[13] 2021, South Korea | Authority/health authorities | Deep Learning; You Only Look Once Version 5 (YOLOv5s). Android and IOS | Immunization record management system and authentication routine—facial recognition. Mobile Vaccination Application (MVA) | Validation of the vaccination record using the Vaccination Information Management System (VIMS) | Cloud-based distributed database. Record of vaccination. Place of residence, city, date of vaccination, unique code, etc. Ability to verify mask usage and validate vaccination status and authentication | Average system accuracy of 99.5% for mask use. Need 100% vaccinated and unvaccinated people in real time | Not required. Ability to use this system on a large scale for industrial and commercial purposes |
[18] 2013, United States | Children Rural area/government | Mobile application; Android SDK. We used SQLite; QR code processing | Cell phone application system for children vaccination control | System that stores user identification; type of vaccine; gender; QR associated with child’s ID. | Not validated in rural settings | They investigated the effectiveness of the system in terms of QR code sticker durability, robustness, and operating costs | Not tested. Potential for scalability and ease of use by medical staff |
[26] 2018, Iran | Hospitals Health Care Professionals | Web and flowcharts interface | Effective electronic immunization registry system (EIRS) | Capture immunization data based on a complete form. | Captures demographic information such as age, sex, education, and place of work. Capture vaccine data Name of vaccine, route of administration, location, serial number of vaccine, country of manufacturer, and possible side effects. Generation of tables and charts | Pilot study. Difficulties in obtaining complete vaccine data | Not being conducted. Development of a digital immunization record for medical personnel in Iran |