Zebrafish Rheotaxis Device
A six-channel peristaltic pump system designed for larval zebrafish rheotaxis research.
Features independent channel control with precise flow speed (0.01-999 ml/min) and programmable timing parameters for water maze applications.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- SKU family
- CS-408847
- Ordering
- Online checkout and quote request available
- Category
- Behavioral Analysis
Overview
The Zebrafish Rheotaxis Device is a sophisticated peristaltic pump-based system engineered specifically for larval zebrafish behavioral research. This precision instrument enables researchers to investigate rheotactic responses—the natural tendency of fish to orient against water current—in controlled laboratory conditions. The device features a six-channel peristaltic pump system that provides independent flow control for each channel, allowing for complex experimental designs and multi-parameter studies.
Key Features
Each of the six channels operates independently with precise motor speed control ranging from 0.1 to 300 rpm in 1 rpm increments, translating to flow speeds from 0.01 to 999 ml/min. The system offers comprehensive programmability including volume control (0.01-999 ml), time spacing parameters (1 second to 9999 minutes), and repeating cycle functionality (0-999 cycles, with 0 setting infinite loops). Individual channel control allows researchers to start, stop, and adjust speed parameters for each channel separately, providing maximum experimental flexibility.
Applications
This device is primarily designed for larval zebrafish rheotaxis research, where understanding flow-mediated behavioral responses is crucial for neurodevelopmental studies. The system excels in water maze applications, enabling researchers to create controlled flow gradients and directional currents. The precise flow control makes it ideal for studying sensorimotor integration, vestibular function, and neural circuit development in zebrafish larvae. Each channel's independent operation supports comparative studies and dose-response experiments within single experimental sessions.
Species Compatibility
Specifically optimized for zebrafish (Danio rerio) research, this device accommodates the unique requirements of larval fish behavioral studies. The flow parameters and channel design are calibrated for the size and swimming capabilities of zebrafish larvae, ensuring physiologically relevant experimental conditions while maintaining precise control over hydrodynamic variables.
Features & Benefits
What’s in the Box
- six-channel peristaltic pump
- control panel
How do I set up independent flow rates for different experimental conditions?
Each of the six channels can be controlled individually through the control panel. Set motor speed (0.1-300 rpm) and flow speed (0.01-999 ml/min) parameters separately for each channel to create distinct flow conditions within the same experiment.
Can I program automated experimental protocols?
Yes, the system supports programmable time spacing (1 second to 9999 minutes) and repeating cycles (0-999, with 0 for infinite loops). You can automate start/stop sequences and create complex temporal protocols for behavioral conditioning studies.
What flow speeds are appropriate for larval zebrafish rheotaxis testing?
The device's flow range of 0.01-999 ml/min accommodates the full spectrum of zebrafish larval responses. Start with lower flow rates (0.1-1 ml/min) for sensitive developmental stages and increase as needed based on swimming capability and experimental objectives.
How precise is the motor speed control for consistent flow delivery?
Motor speed control offers 1 rpm increments across the 0.1-300 rpm range, providing high precision for reproducible flow conditions. This resolution ensures consistent experimental parameters across trials and between research sessions.
Can I run different experimental durations simultaneously across channels?
Yes, each channel has independent time spacing and duration control. You can program different experimental timelines for each channel, allowing comparative studies with varying exposure durations within a single experimental session.
How do I ensure cross-contamination prevention between channels?
Each channel features separate inlet and outlet connections, maintaining independent flow paths. This design prevents mixing between experimental conditions and allows for different treatments or control conditions to run simultaneously.
What volume control options are available for dosing experiments?
Volume control ranges from 0.01 to 999 ml per channel, enabling precise dosing for pharmacological studies or controlled exposure experiments. Combined with flow rate control, you can achieve specific concentration profiles over time.
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