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@article{180822,
        author = {Kadambari Mane and Apurva Birajdar and Ankita Swain and Sunita Pawar and Prof. Kavita Sawant},
        title = {“Blockchain for Organ Donation: Ensuring Trust, Integrity, and Speed in Transplant Chains”},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {12},
        number = {1},
        pages = {2800-2806},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=180822},
        abstract = {Organ donation systems face persistent challenges such as lack of transparency, susceptibility to data tampering, and inefficiencies in organ matching and allocation. This paper presents Secure Organ Chain, a blockchain-based framework designed to overcome these issues through decentralized and tamper- proof recordkeeping. By leveraging smart contracts, the system automates the organ donation and allocation process, ensuring fairness and adherence to predefined medical criteria. Cryptographic techniques safeguard the integrity and authenticity of all transactions, protecting sensitive donor and recipient information. Additionally, the integration of electronic health records with the blockchain enhances data accessibility while maintaining privacy and security. Secure Organ Chain fosters trust among stakeholders—including hospitals, transplant centers, donors, and recipients—by ensuring transparency, accountability, and equity throughout the donation process. This innovative approach offers a transformative step toward a more secure, transparent, and efficient organ transplantation ecosystem.},
        keywords = {HLA, HLA matching, organ donation, organ matching, blood group matching, Blockchain, HLA Classes A, B and DR, Blood type matching, Overall matching, Hashlib, json, torch, sklearn lable encoder, Django framework, LSTM, ECDSA, Decentralisation, secure, real time.},
        month = {June},
        }