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PROTECT PHI & RETAIN CLINICAL RELEVANCE

PROTECT PHI & RETAIN CLINICAL RELEVANCE

PROTECT PHI & RETAIN CLINICAL RELEVANCE

Product catalog summary
Features and Benefits
Enlitic offers a solution to protect Protected Health Information (PHI) while retaining clinically relevant data in medical imaging. This allows researchers to focus on analysis rather than data relabeling. The tool standardizes and anonymizes data, enhancing its value for research and monetization.
What is ENCOG™?
ENCOG is an AI tool that analyzes medical imaging data to locate and anonymize PHI, retaining clinically relevant information. It uses Computer Vision and Natural Language Processing (NLP) to differentiate PHI from necessary clinical data. It is compatible with MR, CT, XR, and ultrasound imaging, and applies a consistent date shift to maintain historical data associations. Data can be re-identified using a secure decrypt key.
Data Anonymization Use Cases
  • Rounds/Teaching Files: Ensures clinical relevance while addressing PHI, aiding AI algorithm testing and validation.
  • Training Algorithms/Validation Testing: Retains clinical data and allows secure patient tracking while anonymizing historical data for trend analysis.
  • Clinical Trials: Protects patient identities, enabling cohort comparisons and generating reliable real-world evidence.
  • Common Data Model Development: Deidentified data reduces curation time for registries and simplifies submission processes.
Conclusion
Enlitic empowers healthcare systems by enhancing medical imaging data quality through AI, unlocking new revenue opportunities, generating cost savings, and improving healthcare delivery.
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Catalog excerpts

PROTECT PHI & RETAIN CLINICAL RELEVANCE-1

PROTECT PHI & RETAIN CLINICAL RELEVANCE We understand spending time on research and analysis is more important than relabeling data. With Enlitic you can standardize and anonymize your medical imaging data while retaining clinically relevant data. WHAT IS ENCOG™? ENCOG is an artificial intelligence tool designed to analyze medical imaging data to locate Protected Health Information (PHI) and anonymize or de-identify it. This process retains the clinically relevant data, making it more useful for research and analysis while reducing the burden on staff to relabel medical images and enhancing its value for data monetization strategies. PHI and clinically relevant rich data Anonymized, clinically relevant data FEATURES AND BENEFITS Eliminates PHI from all attributes, including burned-in data and private tags, while retaining clinically relevant information Utilizes Computer Vision and Natural Language Processing (NLP) to distinguish PHI from relevant clinical information Compatible with MR, CT, XR, and ultrasound imaging Applies a consistent shift to dates to maintain historical associations and preserves necessary identifiers Data can be re-identified using a decrypt key, which is owned by the organization and ensures security, but only where the deidentification occurred

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PROTECT PHI & RETAIN CLINICAL RELEVANCE-2

Data Anonymization Impacts the Quality of Data Utilized in These Use Cases: Make Your Data Work For You Rounds/ Training Algorithms/Teaching Files Validation Testing Anonymizes and deidentifies Ensures clinical relevance while data, protecting PHI while addressing potential PHI areas, maintaining the clinical relevance and combined with ENDEX, of the study, including burned-in selects appropriate studies for AI pixel data and DICOM metadata. algorithm testing and validation. National Disease Registries Deidentified data that maintains clinical relevance reduces curation time for registries and...

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