Equipment Model

Stoelting Co. 620

Description

ANY-maze is a sophisticated and intuitive video tracking and data analysis software designed for behavioral experiments in laboratory animals. It enables automated tracking of animal movements, behaviors, and interactions across various test paradigms, facilitating comprehensive behavioral assessments.

Lab

MW Room - 3

Institute

Central Animal Research Facility

Location

Central Animal Research Facility, Opposite MSLS, Eshwar Nagar, Manipal, Udupi, Karnataka 576104, India

• Applications

  • Behavioral Neuroscience: Assessing locomotion, anxiety, learning, memory, and social behaviors.

  • Pharmacology: Evaluating the effects of pharmacological agents on behavior.

  • Toxicology: Monitoring behavioral changes in response to toxic substances.

  • Genetics: Studying behavioral phenotypes in genetically modified animals.

  • Developmental Biology: Investigating behavioral development across life stages.

• Key Features

  • Automated Tracking: Precisely tracks animal position, movement, and behavior in real-time or from recorded videos.

  • Versatile Test Compatibility: Supports a wide range of behavioral tests including open field, elevated plus maze, Morris water maze, Y-maze, and more.

  • Customizable Zones: Allows users to define specific areas within the apparatus for detailed analysis.

  • Data Analysis Tools: Provides comprehensive statistical analysis and visualization of behavioral data.

  • User-Friendly Interface: Intuitive design facilitating easy setup and operation.

  • Hardware Integration: Compatible with various cameras and experimental apparatuses.

• Limitations

  • Learning Curve: May require training to utilize advanced features effectively.

  • Hardware Requirements: Optimal performance depends on compatible and high-quality hardware.

  • Cost: Licensing and equipment costs may be a consideration for some laboratories.

  • Species Specificity: Primarily designed for rodent models; adaptation for other species may be limited.

  • Environmental Factors: Accuracy can be affected by lighting conditions and apparatus design.