Zebrafish Place Preference Test
Behavioral conditioning apparatus for zebrafish conditioned place preference studies, featuring compartmentalized design with multiple barrier configurations for drug reward and aversive learning research.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- Zebrafish
- SKU family
- ME-4880
- Sizing
- 43.2 x 38.0 x 27.9 cm
- Ordering
- Online checkout and quote request available
- Category
- Behavioral Mazes
- Build notes
- brown box
The Zebrafish Place Preference Test apparatus is a specialized behavioral conditioning system designed to assess the rewarding or aversive effects of substances through conditioned place preference (CPP) paradigms. This plexiglas chamber measures 52 cm x 17 cm x 22 cm and leverages zebrafish's natural preference patterns to evaluate learning, memory, and drug reward mechanisms.
The system includes a central alley for fish entry and four dividers (two with 8-hole patterns for visual/chemical communication, two solid clear acrylic barriers) enabling precise control over environmental compartmentalization. The apparatus supports standard three-phase CPP protocols: baseline preference establishment, conditioning with experimental treatments, and post-conditioning preference testing. Compatible with Noldus EthoVision XT tracking systems for automated behavioral quantification.
How It Works
The conditioned place preference paradigm exploits zebrafish's innate spatial navigation and preference behaviors to assess the motivational properties of stimuli. The apparatus creates distinct environmental compartments that can be paired with experimental treatments during conditioning sessions. Fish learn to associate specific spatial locations with rewarding or aversive stimuli through repeated exposure protocols.
During conditioning phases, zebrafish are confined to treatment-paired compartments, allowing formation of context-stimulus associations. The perforated barriers enable chemical and visual communication between compartments while maintaining spatial separation, while solid barriers provide complete isolation when required. Post-conditioning preference testing measures time spent in each compartment as an index of learned associations, with increased residence time indicating positive reinforcement and decreased time suggesting aversive conditioning.
The 8.5 cm middle section provides a neutral transition zone, preventing biased compartment entry and ensuring voluntary choice behavior during preference testing phases.
Features & Benefits
water_temperature
- 28°C
light_cycle
- 10-14 hour light/dark cycle
housing_material
- brown box
barrier_types
- one solid and one perforated opaque barriers
central_alley
- present for fish entry
water_type
- recirculating distilled water
test_duration
- two days
exploration_time
- 2 minutes initial
room_requirements
- soundproof testing room
Behavioral Construct
- conditioned place preference
- spatial learning
- reward processing
- associative learning
- drug reward sensitivity
- avoidance learning
- preference behavior
Automation Level
- semi-automated
Material
- Plexiglas
Species
- Zebrafish
Dimensions
- 52 cm x 17 cm x 22 cm
Research Domain
- Addiction Research
- Behavioral Pharmacology
- Developmental Biology
- Learning and Memory
- Neuroscience
- Toxicology
Compatible Tracking Software
- ConductVision
Weight
- 21.0 kg
Dimensions
- L: 43.2 mm
- W: 38.0 mm
- H: 27.9 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Chamber Dimensions | 52 cm x 17 cm x 22 cm optimized for zebrafish | Varies by model, often smaller or non-standardized | Provides appropriate swimming space while maintaining clear spatial preferences for reliable behavioral measurements. |
| Divider System | Four interchangeable dividers (2 perforated, 2 solid) | Fixed barrier configurations | Enables protocol flexibility for different experimental requirements and communication control between compartments. |
| Central Alley Width | 8.5 cm neutral zone | Narrower transition areas or direct compartment connections | Reduces compartment entry bias and ensures voluntary choice behavior during preference testing. |
| Material Construction | Clear plexiglas throughout | Opaque materials or mixed construction | Maintains visual clarity for accurate behavioral tracking and observation from multiple angles. |
| Temperature Control Integration | 28°C water temperature maintenance system | Room temperature operation | Maintains optimal zebrafish physiological conditions for consistent behavioral performance. |
| Tracking Compatibility | Noldus EthoVision XT integration | Manual scoring or basic video recording | Provides automated quantitative analysis and reduces scoring bias in behavioral measurements. |
This apparatus combines optimal spatial dimensions for zebrafish behavior with flexible divider configurations and automated tracking integration. The system supports both basic and advanced CPP protocols through interchangeable barriers and precise environmental control.
Practical Tips
Verify tracking zone boundaries match physical compartment divisions before each experimental session.
Why: Accurate zone definitions ensure precise behavioral measurements and prevent data artifacts.
Clean dividers thoroughly between experiments and inspect hole patterns for blockages that could affect chemical communication.
Why: Contamination or blocked communication channels can compromise conditioning protocols and experimental validity.
Acclimate fish to the apparatus for 5-10 minutes before beginning preference testing to reduce novelty-induced stress responses.
Why: Initial stress responses can mask true preference behaviors and reduce experimental sensitivity.
If fish show strong compartment bias during baseline testing, verify water circulation and chemical neutrality across zones.
Monitor swimming velocity alongside preference measures to distinguish between preference behavior and treatment-induced locomotor effects.
Why: Drug treatments may affect mobility independently of preference, requiring separate analysis of these parameters.
Maintain water temperature within 26-30°C range and monitor for temperature fluctuations during extended protocols.
Why: Temperature variations outside optimal ranges can stress fish and compromise behavioral performance.
Use consistent lighting conditions and minimize external disturbances during conditioning and testing phases.
Why: Environmental variability can introduce confounding factors that reduce experimental reproducibility.
Record baseline preferences for each fish and exclude subjects showing extreme compartment biases (>80% time in one zone).
Why: Strong initial biases can mask treatment effects and reduce the dynamic range for detecting conditioning.
Setup Guide
What’s in the Box
- Plexiglas chamber (52 cm x 17 cm x 22 cm)
- Two 8-hole pattern dividers
- Two solid clear acrylic dividers
- Assembly hardware (typical)
- User protocol manual (typical)
- Maintenance guidelines (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship, with technical support for protocol development and troubleshooting assistance.
Compliance
What water depth should be maintained in the chamber for optimal zebrafish behavior?
Consult product datasheet for specific depth recommendations. Typical depths range from 5-15 cm depending on fish size and experimental requirements.
Can the apparatus accommodate group testing or is it designed for individual fish?
The chamber dimensions (52 cm length) are suitable for individual fish testing to ensure accurate preference measurements without social confounding factors.
How long should conditioning sessions last in each compartment?
Standard protocols use 20-30 minute conditioning sessions, but duration should be optimized based on treatment type and experimental objectives.
What cleaning protocols are recommended between experimental subjects?
Thorough cleaning with laboratory detergent followed by distilled water rinsing is essential to eliminate chemical cues that could affect subsequent subjects.
Can the apparatus be used for aversive conditioning studies as well as reward studies?
Yes, the system supports both appetitive and aversive conditioning paradigms through appropriate stimulus pairing protocols.
What tracking parameters should be monitored during preference testing?
Key metrics include time spent in each compartment, transition frequency between zones, and swimming velocity patterns using EthoVision XT software.
How does compartment size affect preference measurements?
The 8.5 cm central alley provides sufficient neutral space to prevent compartment bias while allowing clear preference distinctions to emerge.
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