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KMID : 1038720200310040172
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Progress in Medical Physics
2020 Volume.31 No. 4 p.172 ~ p.178
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Structure of an Oncology Information System Based on a Cost-Effective Relational Database for Small Departments of Radiation Oncology
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Jeon Ho-Sang
Kim Dong-Woon
Joo Ji-Hyeon
Ki Yong-Kan
Kim Won-Taek
Park Dahl
Nam Ji-Ho
Kim Dong-Hyeon
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Abstract
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Purpose: Radiation oncology information systems (ROIS) have evolved toward connecting and integrating information between radiation treatment procedures. ROIS can play an important role in utilizing modern radiotherapy techniques that have high complexity and require a large amount of information.
Methods: Using AccessTM software, we have developed a relational database that is highly optimized for a radiotherapeutic workflow.
Results: The prescription table was chosen as the core table to which the other tables were connected, and three types of forms-charts, worklists, and calendars- were suggested. A fast and reliable channel for delivering orders and remarks according to changes in the situation was also designed.
Conclusions: We expect our ROIS design to inspire those who need to develop and manage an individual ROIS suitable for their radiation oncology departments at a low cost.
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KEYWORD
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Radiation oncology information system, Relational database, Microsoft access
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FullTexts / Linksout information
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Listed journal information
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