Oxymax/CLAMS is constructed on a semi-custom basis incorporating parameters and features specific to your research.
The RM-80 measures changes in pressure produced by a subject respiring within an enclosed space.
DSI's Buxco software and hardware are designed to assist researchers with collecting data and reporting results in the fastest, easiest, and most reliable manner.
DSI's Unrestrained Whole Body Plethysmograph chambers enable researchers to monitor physiologic endpoints such as Breaths-per-Minute (BPM), Tidal Volume, Minute Volume, Inspiratory time, Expiratory time, Pause and PenH from unrestrained animals.
The flexiVent is widely regarded as the gold standard for in vivo lung function measurements.
The inExpose is designed to operate under a standard fume hood, and distinguishes itself by its compact size and high level of integration.
Plethysmography is a standard method for studying pulmonary function in laboratory rodents.
Acute respiratory measurement can take place with an intubated animal placed in a Type 853 plethysmograph box. This reduces the dead space in the respiratory path. The pneumotachometer is not needed and is replaced by the screens in the plethysmograph box.
The Capstar-100 Carbon Dioxide Analyzer provides continuous measurement of expired CO2 over the range 0-10 percent. Its rapid response time, small sample flow requirements, and long-term stability make it ideal for respiratory gas measurement of rodents and larger animals.
The MM-100 Metabolic Monitor is a complete system for measuring oxygen consumption in the small animal.
The MRI-1 Ventilator is a small animal ventilator designed for use in MRI and other high magnetic field environments.
All ventilators operate on the flow-time principle. This method uses a constant flow of gas, which is gated into the animal for a known time, thus producing a known volume (flow x time = volume).
A collaborative design effort between Qubit Systems and Morgan Scientific has led to the Q-CPX Breath by Breath Cardio-Pulmonary System. The focal point of the development was to provide an advanced system suitable for teaching and research in university kinesiology and physiology labs.
Q-S151 Infrared CO2 Analyzer is a non-dispersive infrared CO2 analyzer that measures CO2 in 0 to 2000 ppm range with 1 ppm resolution. Dependable technology rugged and modular for easy fit in our Q-Box Packages or for stand alone use.
Qubit Systems' S104 Differential O2 Analyzer (DOX) is the world's only patented differential oxygen analyzer with a resolution of ± 1 ppm O2 against a background of air.
The S147 Rapid Response O2/CO2 Analyzer combines both a laser diode O2 sensor and an infrared CO2 detector.
For replicate respiration measurements of cell suspensions, microbial suspensions, mitochondria or enzyme preparations.
The RS-650 Respiration System is a complete 6-channel system for measuring cellular respiration or the activity of oxidative enzymes.
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.
Qubit Systems' Q-S102 O2 Analyzer is configured for measuring oxygen concentration in a flow through gas exchange systems in 0-25% or 0-100% range with 0.21% accuracy.