Unlock the Potential of ConductVision Zebrafish for Behavioral Research
Advanced, markerless video tracking for precise and reliable results in studies of neuroscience, genetics, and pharmacology.
Inspired by the best in behavioral tracking software — now made better.
Multi-Species Tracking
ConductVision Zebrafish tracks mice, rats, drosophila, and even birds — ConductVision Zebrafish supports a wide variety of organisms with no tagging required.
Microplate Analysis
Track behavior in 24-, 48-, and 96-well microtiter plates for high-throughput screenings.
True 3D Tracking
Visualize movement in 3D space with exportable coordinates and interactive path visualizations.
Frequency Analysis
Estimate heart rate and gill frequency directly from video data — no extra sensors needed.
Smart Interface and Tools
Object Filtering and Tracking
ConductVision Zebrafish offers high-resolution tracking. Powered by AI, it delivers precision and adaptability. The system also integrates with leading lab software.
Individualized Tracking
Multi-Subject, Multi-Identity
Identify and track each subject in real time. Over 15 animals can be uniquely labeled and tracked simultaneously without overlap.
Custom Zones and Chamber Drawing
Draw Any Shape, Any Layout
Researchers can create circular, square, or complex chamber zones using the ConductVision Zebrafish zoning editor. This feature is ideal for microplate formats and free-swim environments alike.
Tail Beat Frequency & Physiological Signals
Measure Movement, Hear the Rhythm with ConductVision Zebrafish
Furthermore, researchers can monitor physiological signals such as tail beat and gill movement. These measurements are crucial for cardio-respiratory studies.
Dual-Camera 3D Tracking
Precision in 3D Space
Capture true 3D movement using dual-camera input. Visualize depth, angles, and motion paths in three-dimensional space to uncover new behavioral patterns.
Applications of ConductVision Zebrafish
ConductVision offers a diverse range of behavioral testing equipment tailored for zebrafish research laboratories.
Visual Water Maze
Evaluate spatial learning and memory using visual cues to assess cognitive function in zebrafish.
Y Maze Zebrafish
Measure exploration, decision-making, and working memory by analyzing spontaneous alternation behavior.
Swim Tunnel Zebrafish
Assess swimming performance, endurance, and metabolic response under controlled water flow conditions.
Five Choice Zebrafish
Conduct attention-based and learning tasks, often used for cognitive and drug response studies.
Professional & Trust-Building
Choose Your Plan
Free Trial
- High-Resolution Video Tracking
- Automated analysis
- Custom analysis for you
- Share with friends
Annual
- High-Resolution Video Tracking
- Multiple Test Support
- Automated Data Collection
- Data Analysis Tools
- Customizability
- Data Export and Sharing
- 24/7 Online Support
Full License
- High-Resolution Video Tracking
- Multiple Test Support
- Automated Data Collection
- Share with friends
- Customizability
- Data Analysis Tools
- Cloud Storage and Remote Access
- 24/7 Online Support
Performance Optimized for Any Lab
Fast. Lightweight. Ready.
This means tha, ConductVision Zebrafish runs on standard office PCs — no expensive workstations or GPU required. Therefore, it’s accessible to labs of all sizes.
Advancing Behavioral Research with ConductVision Zebrafish
ConductVision Zebrafish delivers precise, automated tools for behavioral analysis. From anxiety studies to neurotoxic assessments, our platform provides reliable data that accelerates discovery and improves reproducibility.
Zebrafish-Specific Metrics
Behavior Analysis
Track and analyze locomotion, social interactions, and stress responses under various conditions.
Drug Discovery
These models help predict human responses early in the research cycle.
Toxicology Studies
Assess environmental and chemical impacts on zebrafish.
Neurobehavioral Research
Additionally, investigate neural mechanisms and their correlation with behavioral patterns to understand brain disorders and therapies.
Integration with Lab Software
ConductVision integrates seamlessly with lab software such as AnyMaze and Noldus. As a result, researchers benefit from:
– Enhanced data accuracy with customizable tracking options
– Streamlined workflows for behavioral experiments
– Scalable solutions for labs of all sizes
Our platform is fully compatible with top-tier software, allowing scientists to focus on innovation rather than technical limitations.
Why Choose ConductVision Zebrafish?
ConductVision Zebrafish is engineered for flexibility, scalability, and unmatched tracking precision. It supports research in neuroscience, genetics, and behavioral science.
Genetic Similarity to Humans
Over 70% of human genes have a zebrafish counterpart.
Transparency in Early Stages
Zebrafish embryos are transparent, making them ideal for studying developmental biology.
Cost-Effectiveness
Compared to other animal models, zebrafish are economical for large-scale experiments.
Zebrafish-Specific Tracking Parameters
Tracking Precision: Acceleration, Distance, and Direction
Acceleration
- The rate of change of velocity per unit of time.
Acceleration X
- The rate of change of velocity per unit of time along the X-axis.
Acceleration Y
- The rate of change of velocity per unit of time along the Y-axis.
AIID
- (Average Inter-Individual Distance) The average of the distances to all other objects:
Body Bend Angle
Measures the angle between the tail and head based on the center of gravity—commonly used to estimate tail beat frequency, swimming flexibility, and motor patterns.
Direction of Movement
Indicates the trajectory the zebrafish is swimming toward, expressed in degrees or radians. Directions along the X and Y axes are defined during the calibration phase.
Orientation Direction
Captures the facing direction of the zebrafish by measuring the angle from the center of gravity to the head position. This means, is useful for analyzing gaze, heading, and orientation changes.
MIID – Median Inter-Individual Distance
Calculates the median distance between one zebrafish and all others in the group—less sensitive to outliers than an average and great for analyzing group spacing.
NND – Nearest Neighbor Distance
Measures the shortest distance to the closest neighboring fish, offering insight into spatial awareness and social proximity.
Raw X or Y Position
Provides the original pixel-based position of a body marker along the X or Y axis, with the origin point located at the top-left of the video frame.
Calibrated X or Y Position
Gives real-world calibrated coordinates along both axes based on your experiment’s spatial setup— However, it’s essential for accurate zone and area-based analysis.
What Makes ConductVision Different
Scientifically Validated Equipment – Used by top institutions and pharmaceutical companies.
AI-Powered Tracking & Analysis – Increases accuracy, efficiency, and reproducibility.
Lab Software Compatibility – Works with leading analysis platforms.
Expert Support – Guidance on installation, training, and troubleshooting.
