A computer approach to measuring shuttle box activity and conditioned place preference.

Area of Science:

• Behavioral Neuroscience
• Animal Behavior Research
• Neuroscience Methodology

Background:

• Accurate measurement of animal behavior is crucial for understanding neurological processes.
• Existing methods for assessing locomotor activity and place preference can be complex or costly.

Purpose of the Study:

• To describe a cost-effective and user-friendly procedure for measuring locomotor activity and place preference.
• To present a computer-based interface adaptable for multiple test boxes.

Main Methods:

• Utilized an Apple II+ computer with a custom-designed interface.
• The interface employed a single integrated circuit connected via a jumper cable to the computer's game I/O port.
• Software was developed in BASIC, requiring no specialized programming knowledge.

Main Results:

• Successfully developed a procedure for measuring locomotor activity and place preference.
• The system is adaptable for sequential reading from one to seven input lines across up to 16 test boxes.
• The software is accessible to users without advanced programming skills.

Conclusions:

• The described procedure offers a simple and adaptable method for behavioral data acquisition.
• This approach provides a cost-effective solution for laboratories studying animal behavior.
• The system facilitates the study of locomotor activity and place preference in neuroscience research.