 ICACT20210258 Slide.01
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My name is Samin Sadri, and I am going to present my paper, the title is Blockchain Traceability in Healthcare: Blood Donation Supply Chain. |
| ICACT20210258 Slide.02
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These are the contents of my presentation. |
| ICACT20210258 Slide.03
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Blood plays an essential role in human life & Blood transfusion always essential for various surgeries, organ transplants, critical treatments for cancers and anemia, and other various emergencies.
The availability of blood is always integral to have for various medical treatments.
38% population of the United States is authorized to give blood, just around 10% of them can donate blood. Approximately every day, almost 40,000 pints of blood are required, thereby requests for blood never stops. |
| ICACT20210258 Slide.04
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There are several risks associated to carry an effective blood donation supply chain such as the polluted blood carried in the supply chain, Ethical risks, the counterfeiting and forgery of medicinal products, and others.
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| ICACT20210258 Slide.05
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Blockchain-based blood donation supply chain can help to reduce the various risks.
In our solution blood supply information is tracked and validated at each step until the final stage of the supply chain
The conducted results in this study also examined the truth, safety, and provenance in the supply chain. |
| ICACT20210258 Slide.06
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Modum.io AG used IoT sensors and Blockchain technology for tracking information during the transport of medical products
The architecture of modum.io AG includes the Ethereum Blockchain platform to check temperature data.
The server is set up to create and edit smart contracts, record data onto the database, allow end-users by their Mobile devices to execute and record new shipments, and followed up with the temperature information being stored onto the server.
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| ICACT20210258 Slide.07
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MedRec applied Blockchain to Electronic Medical Records (EMR) framework and concentrate on resolving four significant concerns related to better management of EMR.
This system presents the pointers having on-chain permissioning and data credibility logic by doing record accuracy, authorize individuals, data exchange, and ability to evaluate
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| ICACT20210258 Slide.08
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Medicalchain is a permission-based Hyperledger Fabric architecture, making a client-focused electronic health record and provides conditional access to healthcare agents to connect, and any interaction with medical records that will be saved as a transaction on Medicalchains distributed ledger is comprehensible, safe, and auditable. |
| ICACT20210258 Slide.09
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Kidner, a Blockchain platform,developed to use for the kidney donation system, which is secured with cryptographic tools and this system tries to make it easier to find a match for kidney paired-donation and also the chance to find immediately a perfect match while being completely protected is escalated. |
| ICACT20210258 Slide.10
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Collection of donor medical history. Blood is collected in a Blood Bag the bar code is then printed and labeled onto the blood bag with donor information. Laboratory testing is done on blood, then the blood bags are stored and after that distribution will be done to hospitals. |
| ICACT20210258 Slide.11
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Given samples codes demonstrate various main functions,such as separteBlood(),packBloodUnit(),and updateBloodsUnitShippmentEnv(), executed as parts of BDSC.
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| ICACT20210258 Slide.12
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All the system’s participants are connected to the BDSC system through the private blockchain Ethereum network. Actors allowed to execute their operations and can trace the information at each stage of blood supply. The smart contracts (role-based) are written to define the role per participant.
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| ICACT20210258 Slide.13
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This paper targeted a major supply chain problem to enable an end-to-end blood donation supply chain.
Used the Blockchain Ethereum platform and smart contract solutions to trace and track the information of blood at each phase of the supply chain.
The given or conducted results validate the performance of the proposed study.
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| ICACT20210258 Slide.14
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Based on the results, we performed the random selection of transactions and then calculated the probability in this figure estimated probability. |
| ICACT20210258 Slide.15
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This paper targeted a major supply chain problem to enable an end-to-end blood donation supply chain. The conducted results validate the performance of the proposed study.
In future work, we intend to deploy Blockchain and smart contract solutions to trace the provenance of COVID-19 by using artificial intelligence (AI), as this one of the major issues nowadays. |
| ICACT20210258 Slide.16
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These are the references we used in this study. |
| ICACT20210258 Slide.17
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Thank you for your interest and attention. |
