An innovative physiological monitoring solution for your in-vivo studies
Discover a new high-performance external telemetric jacket for in vivo physiological monitoring. DECRO solution provides high definition, quality and reliability for the recording of ECG, Respiratory cycles and activity index in conscious, free-moving rats over 180 grams.
DECRO has been compared with 2 reference technics and has shown a high level of agreement, both on ECG and on respiratory rate and tidal volume.
The parameters proposed by DECRO are particularly valuable when studying the effet of an acute or a chronic event on cardiac and/or pulmonary function, or in early safety-pharmacology and toxicology studies.
With DECRO, physiological monitoring in rodents becomes unrestrained, non-invasive, and simply available.
- This is extremely simple to start with DECRO. No technical resource needed for surgery, but a short learning curve to dress the animal.
- Less than 10 minutes to equip the animal with the jacket, the electrodes and the emitter.
- Few minutes to launch a pre-recorded session on the software and start signals recording.
- DECRO has been designed to monitor essential physiological functions with external telemetry that relies on sensors widely used in clinical and preclinical applications.
- Moving from the first idea of a scientific need to the real solution with the proper level of performances has required several years of R&D efforts in Biosignals processing, electronic design and textile engineering.
- In today's version, DECRO has been compared to existing technics such as whole body plethysmography and cardiac implant and demonstrated a high level of agreement (FELASA 2019, Flenet et al. 2017).
- DECRO gives you rapidly the evaluation of potential unexpected effects of a drug candidate on cardiac and respiratory function in small animals.
- No need to prepare animals with a surgery to implant a telemetric device.
- No need to do separated studies to get access to 2 essential physiological functions in one single animal.
An innovative physiological monitoring solution for your in-vivo studies
Discover a new high-performance external telemetric jacket for in vivo physiological monitoring. DECRO solution provides high definition, quality and reliability for the recording of ECG, Respiratory cycles and activity index in conscious, free-moving rats over 180 grams.
DECRO has been compared with 2 reference technics and has shown a high level of agreement, both on ECG and on respiratory rate and tidal volume.
The parameters proposed by DECRO are particularly valuable when studying the effet of an acute or a chronic event on cardiac and/or pulmonary function, or in early safety-pharmacology and toxicology studies.
With DECRO, physiological monitoring in rodents becomes unrestrained, non-invasive, and simply available.
Simple
- This is extremely simple to start with DECRO. No technical resource needed for surgery, but a short learning curve to dress the animal
- Less than 10 minutes to equip the animal with the jacket, the electrodes and the emitter
- Few minutes to launch a pre-recorded session on the software and start signals recording
Reliable
- DECRO has been designed to monitor essential physiological functions with external telemetry that relies on sensors widely used in clinical and preclinical applications.
- Moving from the first idea of a scientific need to the real solution with the proper level of performances has required several years of R&D efforts in Biosignals processing, electronic design and textile engineering.
- In today’s version, DECRO has been compared to existing technics such as whole body plethysmography and cardiac implant and demonstrated a high level of agreement (FELASA 2019, Flenet et al. 2017)
Rapid
- DECRO gives you rapidly the evaluation of potential unexpected effects of a drug candidate on cardiac and respiratory function in small animals
- No need to prepare animals with a surgery to implant a telemetric device
- No need to do separated studies to get access to 2 essential physiological functions in one single animal
