An innovative photographic database for cutaneous facial defects

Area of Science:

• Medical Informatics
• Plastic Surgery
• Database Management

Background:

• Effective management and retrieval of patient data are crucial in reconstructive surgery.
• Visual documentation (photographs) is essential for surgical planning, education, and outcome assessment.
• Existing systems may lack specialized features for organizing complex reconstructive surgery data.

Purpose of the Study:

• To develop a user-friendly, server-based database for storing and organizing patient photographs from reconstructive surgery.
• To facilitate rapid searching and retrieval of cases based on specific clinical criteria.
• To create a valuable educational tool for medical students and surgeons.

Main Methods:

• A database was designed using OnBase software (Hyland Software Inc.) for cataloging patient data and photographs (pre-, intra-, and postoperative).
• The system utilizes an upload frame, retrieval frame, and patient document frame for efficient data management.
• Data entry is keyword-driven, incorporating 25 keywords related to defect description, flap details, outcomes, and complications.

Main Results:

• The database enables easy and rapid searches of case examples based on multiple criteria.
• Users can efficiently view diverse patient examples for specific defects, categorized by location, depth, and size.
• The system successfully organizes photographic and clinical data for reconstructive surgery.

Conclusions:

• Server-based database systems like OnBase offer robust platforms for creating user-friendly photographic and data collection systems.
• This database serves as an effective tool for medical education, personal outcome review, and practice-based learning.
• Similar database implementations can be adopted globally to enhance surgical education and self-assessment due to the widespread availability of such software.