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Repeated Acquisition and Performance Chamber (RAPC)

Advanced Automation for Learning & Memory Research

The RAPC System is a cutting-edge behavioral monitoring apparatus designed for automated assessment of spatial learning and memory in mice. Utilizing electronic sensors, RAPC ensures precise error scoring and temporal measurements, enhancing the accuracy of behavioral data collection.

Repeated Acquisition and Performance Chamber

Key Results Metrics

Precision Analysis for Learning and Memory Research

The Repeated Acquisition and Performance Chamber (RAPC) provides critical behavioral metrics for evaluating spatial learning, decision-making, and memory retention in rodents. These metrics are essential for assessing learning efficiency, cognitive flexibility, and response accuracy in experimental models.

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Task Completion Time

Measures how long it takes for subjects to navigate through the chamber, assessing learning efficiency and adaptability.

Error Tracking

Logs incorrect door attempts, providing insights into decision-making accuracy and cognitive flexibility.

Chamber Transitions

Monitors the progression through compartments, evaluating spatial awareness and consistency in learning.

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Stimulus Response Time

Analyzes reaction speed to auditory cues, distinguishing between rote performance and active learning.

Automated Data Collection & Scoring

Ensures real-time error tracking, movement logging, and statistical analysis, enhancing research reproducibility and efficiency.

Precision in Cognitive and Learning Assessment

Automated Learning & Memory Tracking

An advanced system for accurately measuring spatial learning, memory retention, and decision-making in rodents.

Multi-Chamber Synchronization

Supports up to 16 RAPC chambers simultaneously, ensuring high-throughput behavioral testing with real-time data collection.

Versatile Research Adaptability

Enables studies on learning efficiency, cognitive flexibility, and operant-based decision-making, with customizable data analysis output.

Flexible Experimental Customization

Adjustable stimulus control, door monitoring, and automated scoring allow for seamless integration with advanced tracking and research software.

Key Features

  • Precision Learning & Memory Assessment: Tracks spatial navigation, decision-making efficiency, and cognitive performance in rodents.

  • Multi-Chamber Synchronization: Supports real-time monitoring of up to 16 RAPC chambers, enabling high-throughput experiments.

  • Error Detection & Behavioral Scoring: Automated error tracking enhances research accuracy by quantifying incorrect choices and response times.

  • Customizable Data Analysis: Provides detailed performance metrics, ensuring seamless data export for statistical evaluation.

  • Optimized for Cognitive Research: Fully compatible with advanced tracking and behavior analysis software, streamlining experiment automation and data collection.

  • Durable & Transparent Construction: Acrylic material allows clear observation while ensuring long-term usability and easy cleaning.

Repeated Acquisition and Performance Chamber

Specifications

  • Chamber Dimensions: Designed for mice and rats, with optimized spacing to enhance spatial learning and memory testing.

  • Multi-Compartment Structure: Five equal-sized sections divided by transparent panels with electronically monitored one-way doors.

  • Error Tracking System: Precision sensors log incorrect attempts, tracking decision-making efficiency and cognitive flexibility.

  • Automated Learning Assessment: Monitors task completion time, learning progression, and behavioral performance metrics.

  • Quiet & Non-Intrusive Design: Ensures a low-stress environment, optimizing test reliability and reproducibility.

  • Seamless Data Integration: Fully compatible with automated tracking and behavioral analysis software for real-time monitoring and statistical analysis.

Repeated Acquisition and Performance Chamber

Automated Data Collection and Reporting

The APA system automates data collection and analysis, providing detailed reports with behavioral metrics, graphical visualizations, and statistical insights. This streamlines research workflows and enhances result interpretation.

Tools for Advanced Behavioral Studies

ConductVision provides cutting-edge applications, mazes, and equipment for precise behavioral research. Our software automates tests, while our range of tools ensures researchers have what they need for seamless experimentation. 

Applications

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