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[Computer program for retinopathy of prematurity screening]
C Vögele1, V Seiberth, W Jendritza
1Universitäts-Augenklinik Mannheim.
Insights
This study developed software to improve retinopathy of prematurity (ROP) screening for preterm infants. The software enhances data registration and evaluation, increasing screening safety and effectiveness.
Area of Science:
- Ophthalmology
- Neonatology
- Medical Informatics
Context:
- Retinopathy of prematurity (ROP) screening is crucial for detecting vision-threatening conditions in preterm infants.
- Effective screening requires accurate data registration and timely follow-up.
- Current methods may face challenges in comprehensive data management and evaluation.
Purpose:
- To develop user-friendly software for ROP screening data management.
- To enhance the registration of ROP findings and re-examination due dates.
- To improve the evaluation of screening data for increased effectiveness and safety.
Summary:
- Software was developed using Microsoft Access Basic and Visual Basic for Windows.
- Features include intuitive handling, normalized database architecture, and automatic plausibility checks.
- The system ensures data integrity and facilitates comprehensive screening evaluation.
Impact:
- The software has been successfully implemented in over 2000 examinations for 1000 preterm infants.
- Routine use of the software improves clinical management of ROP screening.
- The developed system enhances the safety and efficacy of ROP screening programs.
Background:
The goal of retinopathy of prematurity (ROP) screening is complete detection of all preterm infants with threshold ROP.
Aim:
We wanted to develop software to facilitate registration of ROP findings, checking due dates of re-examination, and evaluation of screening data. By means of complete and faultless registration and evaluation of the data of preterm infants, the effectiveness and safety of the screening should increase.
Methods:
We developed software that runs under Microsoft Windows 3.1 or Windows 95 and is programmed in Microsoft Access Basic and Microsoft Visual Basic. The software allows all screening data to be registered and evaluated. Intuitive handling, third level of normalization in database architecture, and automatic plausibility checks guarantee the utmost integrity of data and efficacy of database.
Results And Conclusion:
To date, the software has been used routinely in 2000 examinations in 1000 preterm infants. Our software facilitates clinical management and evaluation of ROP screening, which therefore becomes more safe.