Radiation Oncology Digital Image Chart and Digital Radiotherapy Record System at Samsung Medical Center.
- Author:
Seung Jae HUH
;
Yong Chan AHN
;
Do Hoon LIM
;
Chung Keun CHO
;
Dae Yong KIM
;
Inhwan Jason YEO
;
Moon Kyung KIM
;
Seung Hee CHANG
;
Suk Won PARK
- Publication Type:Original Article
- Keywords:
PACS;
Digital image;
Digital radiotherapy record;
Radiation oncology information syster;
Hospital information system
- MeSH:
Breast Neoplasms;
Dacarbazine;
Hospital Information Systems;
Humans;
Income;
Patient Care;
Radiation Oncology*;
Radiotherapy*
- From:The Journal of the Korean Society for Therapeutic Radiology and Oncology
2000;18(1):67-72
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
BACKGROUND: The authors have developed a Digital image chart(DIC) and digital Radiotherapy Record System (DRRS). We have evaluated the DIC and DRRS for reliability, usefulness, ease of use, and efficiency. METHOD AND MATERIALS: The basic design o f the DIC and DRRS was to build an digital image database of radiation therapy patient records for a more efficient and timely flow of critical image in formation throughout the department. This system is a subunit of comprehensive radiation oncology managemert system (C-ROMS) and composed of a picture archiving and communication system (PACS), radiotherapy information database, and a radiotherapy imaging database. The DIC and DRRS were programmed using Delphi under a Windows 95 environment and is capable of displaying the digital images of patients identification photos, simulation films, radiotherapy setup, diagnostic radiology image... Gross lesion photos, and radiotherapy planning isodose charts with beam arrangements. Twenty-three clients in the department are connected by Ethernet (10 Mbps) to the central image server (Sun Ultra-sparc 1 workstation). RESULTS: From the introduction of this system in February 1998 through December 1999, we have accumulated a total of 15,732 individual images for 2,556 patients. We can organize radiation therapy in; paperless environment in 120 patients with breast cancer. Using this system, we have succeeded in the prompt, accurate, and simultaneous access to patient care information from multiple locations throughout the department. This coordination has resulted in improved operational efficiency within the department. CONCLUSION: The authors believe that the DIC and DRRS has contributed to the improvement of radiation oncology department efficacy as well as to time and resource savings by providing necessary visual information throughout the department conveniently and simultaneously. As a result, we can also achieve the paperless and filmless practice of radiation oncology with this system.
