A more cost-effective method of preoperative computerized imaging.

Area of Science:

• Medical Imaging
• Computer Science
• Plastic Surgery

Background:

• The rapid advancement of microcomputer hardware and software, driven by desktop publishing, offers new possibilities in medical imaging.
• Traditional "turnkey" computerized imaging systems can be expensive and limited in application.
• Microcomputers provide a versatile platform for various applications beyond imaging.

Purpose of the Study:

• To evaluate the cost-effectiveness and utility of microcomputer-based systems for preoperative imaging.
• To explore the broader applications of microcomputers in a surgical practice.
• To assess the role of computerized imaging as an educational tool.

Main Methods:

• Utilizing readily available microcomputer hardware and software for image processing.
• Integrating 35-mm patient slides into the digital imaging workflow.
• Employing the electronic imaging disclaimer by the American Society of Plastic and Reconstructive Surgeons.

Main Results:

• Microcomputer systems provide useful preoperative information cost-effectively, rivaling more expensive dedicated systems.
• The system facilitates diverse applications including word processing, billing, and patient education.
• Ease of use with standard patient slides enhances system appeal and integration.

Conclusions:

• Microcomputer-based imaging systems present a cost-effective and versatile alternative for preoperative planning and patient education in plastic surgery.
• These systems offer significant advantages in terms of flexibility and affordability compared to traditional turnkey solutions.
• The integration of microcomputers represents a significant and exciting advancement in surgical practice.