More info coming soon.

AutoResp™ 3 is user-friendly Windows 11 software to be used with our automated intermittent resting respirometry systems allowing users to jump-start oxygen consumption measurements in aquatic organisms. Our computerized multi channel systems with fiber optic oxygen sensing technology offer unbeaten efficiency, accuracy, and time resolution of aquatic respiration data.

FEATURES

• Automated oxygen consumption rate measurements
• Resting chamber experiments for Standard, Resting, Minimum, or Routine Metabolic Rate
• Swim tunnel experiments for U_crit, Aerobic Scope, Cost of Transport, EPOC, or Maximum Metabolic Rate
• High throughput – up to 20 resting chambers or 10 swim tunnels
• Independent chambers for increased throughput
• Multiple respirometry modes, e.g., time, oxygen levels, regression statistics (R²)
• Redesigned intuitive user interface
• Complete analysis dashboard with across experiments, treatments, and blanks statistics
• Windows 11 and 10 compatible

We offer this product to AutoResp™ 1-2 license holders only.

This major upgraded version features many improvements over previous versions of AutoResp™.

Click here for a full description of AutoResp™ 3.

Features

• Individual sensor spot calibration (2-points)
• Faster sampling rate (<5 sec)
• Randomize wells (control/treatment)
• Graph/analyse data based on treatments
• Calculate respiration rates in real-time
• Compensate for background respiration
• Normalize oxygen values
• Operate multiple readers from a single PC
• Save data, graphs and statistics to Excel file

MicroResp™ is user-friendly software for Windows that will automate microplate respirometry, analyze respiration data, and get the most out of your oxygen microplate reader.

It replaces old and current programs entirely as this one piece of software handles device communication, calibration, data acquisition, analysis, and statistics.

Hence, this software will save you a lot of time for experiments and post-analysis, and provide more accurate oxygen and MO₂ data with a higher time resolution.