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[Verification of Integrity and Proposal for Procedure in Radiopharmaceutical Dose Records Using a Common Study
Yasuhiro Sawane1, Hajime Ichikawa2,3, Takayuki Shibutani3
1Department of Radiology, Toyohashi Municipal Hospital.
Nuclear medicine study descriptions (SD) significantly improve dose information accuracy, enhancing data integrity for better nuclear medicine dose management. This method shows high feasibility for multi-center collaboration and centralized dose tracking.
Area of Science:
- Nuclear Medicine
- Medical Imaging Informatics
Context:
- Accurate dose management is crucial in nuclear medicine for patient safety and regulatory compliance.
- Digital Imaging and Communications in Medicine (DICOM) standards are widely used for medical image data exchange.
- Current methods for extracting dose information from DICOM may have limitations.
Purpose:
- To evaluate the accuracy of nuclear medicine dose information extracted using DICOM study descriptions (nuclear medicine SD).
- To assess the feasibility of implementing nuclear medicine SD for dose management.
- To improve dose data integrity and consistency in nuclear medicine procedures.
Summary:
- A study compared dose information accuracy using nuclear medicine SD against radioisotope administration records.
- The agreement rate for examination type and radiopharmaceutical improved from 37.5% to 97.0% with nuclear medicine SD.
- The agreement rate for dose reached 54.0%, indicating room for improvement but demonstrating progress.
Impact:
- Nuclear medicine SD substantially enhances the integrity of dose information.
- Standardizing checking systems and input methods can further improve dose consistency.
- High feasibility suggests nuclear medicine SD can facilitate multi-center information collaboration and centralized dose management.
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