Professional software, hardware, and services for your animal behavior research

Simply the world’s best video tracking software, offering unparalleled precision in tracking animal movement, behavior, and social interaction. Trusted by thousands of researchers, it provides accurate insights and is customizable to meet every research need.

The top choice for zebrafish larvae tracking, designed for high-throughput studies and non-invasive observation. Its precision in detecting subtle behavioral changes delivers reliable results, making it ideal for zebrafish research.

Ideal for homecage studies in neuroscience research, offering continuous, non-invasive monitoring of rodent behavior in a natural environment, enabling researchers to study complex behaviors over extended periods.

The world’s leading gait analysis tool for neuroscience research, offering precision in analyzing locomotion patterns, helping researchers detect subtle changes in gait dynamics.

Noldus supports researchers in setting up core labs by providing tailored solutions and guidance, ensuring optimized data collection and enabling efficient, high-quality research for diverse scientific needs.

Essential for studying cognition, memory, and spatial learning, mazes and tools like T-mazes or water mazes provide valuable insights into brain function and neurological disorders.

Learning and memory refer to how the brain processes, stores, and retrieves information. Research on these processes helps understand and treat conditions like Alzheimer's, dementia, and amnesia.

These emotional responses are regulated by the brain, and research into these conditions provides insights into therapies for anxiety, depression, PTSD, and related mood disorders.

Continuous monitoring in a homecage environment captures natural behaviors and provides accurate insights into an animal's activity, including feeding, drinking, and sleep cycles.

Research on social interactions offers insights into behavior patterns like aggression, cooperation, and bonding, relevant for studying human conditions such as autism and schizophrenia.

These techniques allow researchers to control and monitor neuron activity, advancing studies on neurological disorders like Parkinson’s, epilepsy, and depression.

Studies on gait and locomotion assess motor function and the impact of treatments, providing valuable insights into conditions like Parkinson's and spinal cord injuries.

Analyzing animal vocalizations provides insights into communication, stress, and behavior, enhancing research in neuroscience, pharmacology, and behavioral studies.

Zebrafish are used to study treatments for neurodevelopmental disorders and serve as a valuable model for research in ecotoxicology due to their genetic similarities to humans.

We offer a wide range of mazes for behavioral neuroscience, perfectly integrated with EthoVision software for high-quality, verifiable data. Whether you need a basic setup or advanced automated mazes, we provide complete solutions and expert training for optimal research outcomes.

We work with tested computer hardware and cameras to ensure optimal performance with our software. Many other computers and cameras are also compatible. Visit our webpage for detailed specifications or contact us with any questions.

Creating a dedicated behavioral core lab centralizes testing, expands capacity beyond a single lab, and provides behavioral expertise. This step adds a valuable translational link across scientific fields such as molecular, genetic, and imaging research.

This free guide provides comprehensive instructions on building a rodent neurobehavioral core, covering everything from core team setup to equipment planning, logistics, and fee structure, helping optimize research capacity and support training needs.

This e-book offers an overview of behavioral neuroscience in rodents, including housing, locomotion, anxiety, depression, and cognition tests, with practical protocols, guidelines, and factors that affect rodent behavior and research outcomes.

This guide helps researchers select the best video tracking setup, covering platforms, cameras, mazes, and software, with an emphasis on accuracy and reproducibility to enhance scientific outcomes.