Q-Box HR1LP Human Respiration

The Q-Box HR1LP Human Respirometry Package allows users to conduct numerous safe, exciting investigations in respiratory and cardiovascular physiology. The equipment and instruments are simple to set up and operate . The Q-Box HR1LP Human Respirometry Package is ideal for use in undergraduate laboratory courses, yet the package’s Infrared CO2 Analyzer, Oxygen Sensor, Pneumotach Spirometer and Wireless Exercise Heart-Rate Monitor have the accuracy and resolution required for research.

The Q-Box HR1LP Human respirometry Package monitors CO2 and O2 continuously in mixed expired air and calculates changes in VO2 and VCO2.  Spirometry portion of the package provides measurements of breathing frequency, relative breathing pattern and heart rate data  From the average breath flow minute ventilation rate (VE) is also calculated.  During spirometry measurements vital capacity maneuvers can be performed to obtain Flow-Volume Loops and Volume-Time plots.   Calculations of various lung volumes and capacities are done in the software.

  • Human Respirometry Measurements
  • VO2, VCO2 Measurements During Rest and Mild Exercise
  • Heart Rate Measurements
  • Tidal Lung Volume and Vital Lung Capacity Measurements
  • Minute Ventilation and Breathing Capacity Measurements

 

Q-Box HR1LP Software

Software: Respirometery Data Set

Software: Spirometry Data Set

Dr. Bill Shipley, Département de Biologie, Université de Sherbrooke

“When purchasing a new gas exchange system for research purposes, I took a chance with Qubit systems; they claimed to produce a competitive system at almost half the price of those of more established companies. I am happy to say that I am entirely happy with my decision. I now have a reliable and versatile system that is just as accurate as the more expensive competition and, because it is modular, can be expanded as my needs evolve. Most importantly, I received outstanding service during all phases of purchase: conception, ordering, installation and continuing help.”Testimonial