Design of a Web interface for anatomical images

Area of Science:

• Medical Imaging
• Web Technologies
• Anatomical Visualization

Background:

• The Visible Human Project provides comprehensive digital anatomical data.
• Existing methods for accessing and sharing this data can be limited by software and hardware compatibility.
• There is a need for accessible, user-friendly platforms for anatomical image exploration.

Purpose of the Study:

• To develop interactive World Wide Web documents for viewing multi-dimensional radiographic and visual images of human anatomy.
• To create a viewing interface independent of host operating system and browser software.
• To enable simultaneous image sharing among multiple users for applications like remote diagnostics.

Main Methods:

• Utilized HyperText Markup Language (HTML) forms, C programming, and Perl scripting for interface development.
• Pre-processed anatomical images using ANALYZE software.
• Stored images in CompuServe GIF format on a web server.
• Implemented user-controlled viewing options such as interactive thresholding and 2D slice manipulation.

Main Results:

• Successfully developed interactive web-based documents for anatomical image viewing.
• The interface demonstrated independence from specific operating systems and browsers.
• Enabled features for user-controlled image manipulation and data exploration.
• Facilitated simultaneous image access by multiple remote users.

Conclusions:

• The World Wide Web can be effectively utilized to create powerful tools for anatomical visualization and data sharing.
• The developed interface supports diverse applications including medical education, research, and remote diagnostic consultations.
• This approach enhances accessibility and collaboration in accessing complex anatomical datasets.