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Bronchospasm Transducer (new model)

Model
7020
The Bronchospasm Transducer was designed to perform the bronchospasm test on laboratory animals and is particularly suitable for connection to UGO BASILE DataCapsule-Evo Recorder......
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Overview
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The Bronchospasm Transducer was designed to perform the bronchospasm test on laboratory animals and is particularly suitable for connection to UGO BASILE DataCapsule-Evo Recorder, and to other digital data acquisition systems.
 
The 17020 enables the research worker to evaluate the spasm-inducing effect of drugs having a very wide range of action, not necessarily intended to act on respiratory dynamics.
 
The Bronchospasm Transducer 17020 is also a useful research tool for screening substances inducing the opposite effect, both those causing active bronchodilation in basal conditions and those which antagonize test drugs such as histamine, bradykinin, etc.
 
It is basically an air flow meter provided with a water input valve with adjustable pressure threshold.
 
The measuring device is a compact unit made entirely of Perspex; power supply and controls are located in a separate electronic box.
Corresponding parameter set not found, please add it in property template of background
  • Simple and reliable method to assess airflow resistance
  • The effect of bronchodilators agents is quickly assessed
  • The new model records the volume (with a precision of 0.1ml)
  • A complete set-up includes optional animal ventilator and to a data acquisition system (or chart recorder)
 
 
  • K. Ogino et alia: “PM2.5-Induced Airway Inflammation and Hyperresponsiveness in NC/Nga Mice” Environmental Toxicol. 10.1002/tox. 22303, 2016
  • I. Murakami et alia: “Rebamipide Suppresses Mite-Induced Asthmatic Responses in NC/Nga Mice” Am. J. Physiology 309 (8): L872-878, 2015
  • Flora, S. J. S., et al. "Interactive Effect of Arsenic and Fluoride on Cardio-Respiratory Disorders in Male Rats: Possible Role of Reactive Oxygen Species" Biometals 24 (4): 615-628, 2011
  • Takahashi, Noriko, et al. "Direct Inhibition of Arginase Attenuated Airway Allergic Reactions and Inflammation in a Dermatophagoides Farinae-Induced NC/Nga Mouse Model" Am. J. of Physiology-Lung Cellular & Molecular Physiol. 299.1: L17-L24, 2010 
暂未实现,敬请期待
暂未实现,敬请期待
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