Behavioral Phenotyping Service Based on Automated Video Tracking Systems

STEMart offers a comprehensive Behavioral Phenotyping Service utilizing automated video tracking systems to assess animal behavior with high precision and accuracy. Our laboratory is equipped with advanced tracking technology that enables non-invasive monitoring of animal movement and behavior in real-time. This service is ideal for studying the effects of genetic, environmental, and pharmacological factors on behavior in preclinical research, offering a reliable and efficient solution for behavioral phenotyping.

Automated video tracking systems use sophisticated algorithms to detect and record animal movement, posture, and interaction in a controlled environment. These systems provide quantitative data on a range of behaviors, including locomotion, anxiety-like behavior, social interaction, and cognitive performance. By removing human subjectivity, automated tracking ensures consistent and reproducible behavioral analysis, making it a vital tool in fields such as neuroscience, psychology, and pharmacology.

Leveraging our expertise in behavioral phenotyping and advanced tracking technology, we offer a suite of services tailored to meet the specific needs of researchers. Whether you are investigating neurodevelopmental disorders, drug efficacy, or cognitive function, our behavioral phenotyping service provides accurate, data-driven insights to support your research goals.

What We Offer

• Locomotion and Activity Monitoring

Quantitative analysis of animal movement and activity patterns to assess general locomotion and hyperactivity in response to various stimuli.

• Anxiety and Stress Behavior Analysis

Evaluation of anxiety-like behaviors using automated tracking systems, with specific behavioral tests such as open field and elevated plus maze.

• Social Interaction and Aggression Studies

Assessment of social behavior, aggression, and interaction in animal models to study neurodevelopmental and psychiatric disorders.

• Cognitive Function and Memory Testing

Behavioral assays for cognitive function, including novel object recognition and maze-based learning tasks, providing insights into memory and learning.

• Circadian Rhythm and Sleep Pattern Analysis

Continuous monitoring of sleep and circadian rhythms in animal models to evaluate the impact of environmental factors or treatments on sleep behavior.

Why Choose Us

• High Precision and Objectivity

Our automated video tracking systems provide accurate, objective measurements of animal behavior, eliminating human bias in behavioral studies.

• Comprehensive Behavioral Analysis

We offer a wide range of behavioral tests, allowing for in-depth phenotyping of various behavioral and cognitive functions.

• Customizable Study Designs

Our services can be tailored to your research needs, whether you require specific behavioral tests or a comprehensive phenotyping package.

• Real-Time Monitoring and Data Collection

We provide real-time video tracking and data analysis, offering immediate insights into animal behavior and performance.

Our Resources

Automated Video Tracking System (Noldus EthoVision XT)

Our Noldus EthoVision XT system provides high-precision tracking and analysis of animal movement and behavior, delivering reliable data for behavioral phenotyping studies.

Maze System (Panlab IntelliCage)

The IntelliCage system enables automated cognitive and learning tests, such as maze-based tasks, to evaluate memory, learning, and decision-making in rodents.

Activity Monitoring System (Med Associates Activity Chambers)

These activity chambers allow for detailed monitoring of locomotor activity and exploratory behavior, providing quantitative data for behavioral phenotyping.

STEMart provides high-quality animal model services tailored to meet the specific needs of our clients. Our team of experienced specialists utilizes cutting-edge equipment and adheres to rigorous quality control protocols, ensuring precise and dependable results. Contact us to learn more about our animal model services and how we can help you achieve your research goals.