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Development of a Nursing Diagnosis/Record Generative AI System Based on Virtual Patient Data
Dongkyun Lee1,2, Mihyeon Seong2, HongShin Ju2,3,4
1Ajou University College of Nursing.
Generative AI can reduce nurses' repetitive electronic nursing record tasks. This technology, trained on 50,000 records, shows promise in easing healthcare professionals' workload.
Area of Science:
- Nursing Informatics
- Artificial Intelligence in Healthcare
- Clinical Documentation
Background:
- Repetitive electronic nursing record tasks contribute to significant workload for nurses.
- Efficient clinical documentation is crucial for patient care and operational efficiency.
- Existing electronic nursing record systems may not fully address the burden of data entry.
Purpose of the Study:
- To investigate the application of generative AI for reducing repetitive electronic nursing record tasks.
- To evaluate the usefulness, usability, and availability of generative AI in nursing record creation.
- To assess the potential of generative AI to alleviate nurses' workload.
Main Methods:
- Generative AI was trained using 50,000 nursing record data points, including NANDA, FocusDAR, SOAPIE, and narrative formats, utilizing virtual patient data.
- The AI model's performance was enhanced through fine-tuning techniques.
- An API connected the generative AI to a practice electronic nursing record system for testing by 40 experienced nurses.
Main Results:
- The study demonstrated the potential of generative AI to automate and streamline the creation of electronic nursing records.
- Nurses' feedback indicated the system's potential usefulness and usability in practice.
- The integration of generative AI is expected to reduce the time spent on documentation.
Conclusions:
- Generative AI offers a viable solution for reducing the repetitive tasks associated with electronic nursing records.
- The technology has the potential to significantly ease the workload of nurses, allowing for more direct patient care.
- Further development and integration of generative AI in healthcare settings are warranted.
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