Healthcare Company Transforms Free-Text Anesthesia Reports into Structured Data Using CDE, Reducing Auditing Effort by 70%

AI Accuracy
AI Accuracy
94 %
Reduced Audit Preparation Time
Reduced Audit Preparation Time
70 %
Reduced Audit Preparation
Time
70 %
Effort Savings
Effort Savings
60 %

Client Challenge: Handwritten anesthesia reports made data extraction slow and error-prone

Healthcare facilities generate anesthesia reports on a daily basis that contain critical information about the patient and procedure. However, these reports are often handwritten and contain free-text entries within electronic medical records, making it difficult for providers to extract the standardized data for quality audits, compliance checks, and insurance documentation.

The lack of structure significantly limited the quality and accuracy of the information retrieved. Manual data extraction not only consumed valuable clinical resources but also came with the risks of errors, delays, and inconsistent reporting. With increasing pressure to streamline operations and meet regulatory requirements, healthcare providers needed a solution to automate this labor-intensive process.

Our Solution: AI-driven Cognitive Data Extractor automated anesthesia report data extraction at 94% accuracy

To address this challenge, the healthcare facility partnered with Rannsolve to implement the Cognitive Data Extractor (CDE) that came with custom AI models to extract demographics, timestamps, and staff names from unstructured, free-text anesthesia reports.

The advanced AI models performed contextual parsing to accurately identify and validate timestamp data. Additionally, the extracted staff names were cross-referenced with an internal staff directory to ensure accuracy and standardization.

Business Outcomes

The implementation of the AI-powered Cognitive Data Extractor significantly transformed the way the healthcare facility managed its data. With advanced AI models capable of context-aware parsing, the system accurately identified critical time fields and staff information from unstructured, handwritten anesthesia reports. Its ability to validate through the staff directory further improved data accuracy and consistency. It ultimately marked an improvement in compliance with regulatory standards. The facility’s workflow was streamlined, freeing up providers’ time in managing routine tasks and ensuring that data extraction was both accurate and precise.

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