Of molecules, medicine, and Google Glass.

Area of Science:

• Biotechnology
• Medical Technology
• Wearable Computing

Background:

• Google Glass is a network-connected, head-worn computer system.
• Laboratory experimentation and medicine are potential application areas for Google Glass.
• Automated analysis of medical tests is crucial for efficient diagnostics.

Purpose of the Study:

• To demonstrate the utility of Google Glass in laboratory settings.
• To explore the use of Google Glass for automated immunoassay result identification.
• To highlight the potential of wearable technology in augmenting medical and scientific practices.

Main Methods:

• Utilized Google Glass as a platform for data acquisition and analysis.
• Developed a system for Google Glass to automatically interpret immunoassay results.
• Integrated Google Glass with laboratory workflows for seamless data management.

Main Results:

• Google Glass successfully and automatically identified immunoassay results.
• The study showcased the potential for on-the-go information access for medical professionals.
• Demonstrated seamless recording, documentation, and live sharing capabilities via Google Glass.

Conclusions:

• Google Glass offers significant utility in laboratory experimentation and medicine.
• Wearable technology can enhance the experience of scientists and physicians.
• Future applications may include augmented reality features for medical professionals.