Harvard Apparatus LE 8825 IR Motor Activity Monitor for Animal Behavioral Research

The Harvard Apparatus LE 8825 IR Motor Activity Monitor is a precision laboratory instrument designed for quantitative measurement of motor activity in small laboratory animals such as rodents. It uses an array of infrared sensors to detect and record spontaneous animal movements within a defined testing arena. This system is widely applied in behavioral neuroscience, pharmacology, and preclinical biotechnology research where monitoring activity patterns is critical.

Key features include:

• High-sensitivity infrared (IR) sensor array enabling non-invasive detection of locomotor activity
• Real-time digital output compatible with common data acquisition systems for behavioral analysis
• Suitable for biomedical engineering applications involving neuromotor function assessment, genetic behavioral studies, and molecular diagnostics workflows
• Compact benchtop design allows integration into standard laboratory setups for bioprocessing and synthetic biology research requiring standardized behavioral phenotyping

The LE 8825 supports a range of experimental protocols essential for biopharmaceutical production pipelines and gene editing validation studies, providing robust activity metrics essential for advanced molecular biology research and live-cell imaging correlations. This equipment is especially popular among scientists studying neurodegenerative models and pharmacological interventions where motor function changes serve as key biomarkers.