Shanghai Tow Intelligent Technology Co.,Ltd

Whole-body plethysmograph,WBP The unconstrained whole-body plethysmography (Whole-body plethysmograph, WBP) can conduct tests related to pulmonary function and airway responses in conscious and freely moving small animals. It avoids the influence of traumatic tracheotomy and anesthesia, making the experimental process simple and fast, and is suitable for long-term follow-up research. During the experiment, the animal is placed in a sealed plethysmograph chamber, which is connected to sensors outside the chamber. When the animal breathes, the fluctuation of its chest wall changes the volume inside...

• Respiratory Rate • Tidal Volume • Respiratory Flow • Minute Ventilation • Inspiratory Time • Expiratory Time • Peak Expiratory Flow • Peak Inspiratory Flow • End-Inspiratory Pause • End-Expiratory Pause • Relaxation Time • Penh (Enhanced Pause) • Accumulated Volume Asthma Automated Experiment and Analysis The WBP system can be used in asthma research, and is particularly suitable for high-throughput research and long-term follow-up studies such as initial drug screening, pharmacological and efficacy analysis, and toxicological analysis. The respiratory rate, tidal volume, peak expiratory flow,...

Product Features Aerosol Nebulization Module Integrates respiratory detection, online nebulized drug administration, and bias-flow functions. High-Precision Control High-precision control of bias-flow gas with a resolution of 0.01 L/min. Real-time display on the screen. With Drinking and Feeding Modules Enables long - term continuous monitoring. Multifunctional Recorder (Optional) Optional accessories include microphones, fiber optic swivels, electrophysiological swivels, pulse oximetry, and drug administration swivels for conditional intervention. Automatic Calibration Completes calibration...

Extended Applications Inhalation Toxicology Introduce toxic substances into the animal plethysmograph for toxicological research. Oxygen Concentration and Multiple Special Gas Control Olfactory Behavioral Research Monitor respiratory and pulmonary functions under conditions such as hypoxia, hyperoxia, hypercapnia, and carbon monoxide. The WBP system can be used in behavioral experiments related to olfactory stimuli. WBP with Electrophysiology and Optogenetics Respiratory Metabolism Monitoring Large-animal plethysmographs, such as those for rabbits, dogs, monkeys, etc. Simultaneously monitor EEG...

A/C/O/CO A: Automated Asthma Experiment and Analysis Function C: Multi-functional Cough Detection O: Optogenetics Research Function T: Rabbit NBM: Newborn Mice CO: Multi-functional Cough Detection and Optogenetics Research Module * For models not specified, please call for consultation. Customization is supported. References ● Sun Lingna,Fan Mingrui,Huang Dong,Li Bingqin,Xu Ruoting, Gao Feng, Chen Yanzuo."Clodronate-loaded liposomal and fibroblast-derived exosomal hybrid system for enhanced drug delivery to pulmonary fibrosis"[J].Bioma- terials,2021. ● Jiang C, Huang H, Yang X, et al. Targeting...

♦ User List (Partial) Shanghai Jiao Tong University Naval Medical University Air Force Medical University Shanghai Children's Medical Center Zhejiang West China Hospital, University Sichuan University Shanghai Institute of Materia Medica Nanjing Medical University High-tech Enterprise WBP Whole-body Plethysmography System

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