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Whole-body Plethysmography System for NHP
Product model:
WBP-PDetailed introduction:
Detailed Introduction
Whole-body Plethysmograph (WBP) can be used to measure lung function and airway response in large full-conscious and free moving laboratory animals, smartly exempting the need of traumatic tracheotomy and anesthesia.
Product Description
Whole-body Plethysmograph (WBP) can be used to measure lung function and airway response in large full-conscious and free moving laboratory animals, smartly exempting the need of traumatic tracheotomy and anesthesia, making the experimental process simple, quick, and suitable for long-term follow-up study.
Product Features
Suitable for rabbits and canines
No surgery is required and the operation is simple
It can be used in the study of animal respiration in full-conscious state and long-term follow-up experiments and is suitable for preliminary drug screening
It has a drug aerosol nebulization module
It comes with automatic calibration function
Feeding troughs can be provided for long-term continuous monitoring
Optional functions are available, for example the measurements of ECG, blood pressure, body temperature, heart rate and other vital signs, which can be combined with implantable telemetry equipment
Equipped with analysis software, data can be saved in Excel or TXT format (Customization is available catering to customers' specific requirements)
Test Parameters
Ti: Inspiratory Time (s)
Te: Expiratory Time (s)
PIF: Peak Inspiratory Flow (ml/s)
PEF: Peak Expiratory Flow (ml/s)
Volbal:Difference between Inspiratory/Expiratory Volume
F:Flowrate (breaths per minute)
Vt: Tidal Volume(ml)
Mv: Minute Ventilation(ml)
AV: Accumulated Volume(ml)
EF50: Mid-tidal Expiratory Flow
EIP: End-inspiratory Pause (Invasive Method)
EEP: End-expiatory Pause (Invasive Method)
TR: Relax Time
PenH: Enhanced Pause
Rpef: Ratio of Time to Peak Expiratory Flow
Applications
1. Researches on various respiratory diseases, such as asthma, pulmonary fibrosis, lung injury, ARDS, lung cancer, etc.
2. Safety pharmacology: the effect of drugs on the respiratory system
3. Sleep apnea: monitor animal hypopnea, obstructive apnea, etc.
4. Environmental Toxicology: The impact of environmental pollutants on animal respiration
5. Inhalation Toxicology: Toxic effects of toxic substances on the respiratory system
6. High altitude medicine: The influence of high altitude environment on the respiratory system
7. Other occasions where respiratory parameters need to be evaluated
Configuration
Name | Model | Description | Unit |
Whole-body Plethysmography System | WBP-P | For non-human primate (NHP) | Set |
Whole-body Plethysmography System | WBP-T | For rabbits | Set |
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[2]李宁,李红鹏,张本炎,张柳,沈继敏,李庆云.高脂膳食对小鼠呼吸功能和膈肌纤维的影响及其线粒体机制[J].中华医学杂志,2021,101(36):2893-2899.
[3]Xiong Jiaying,Zhuang Tao,Ma Yurong,Xu Junyi,Ye Jiaqi,Ma Ru,Zhang Shuang,Liu Xin,Liu Bi-Feng,Hao Chao,Zhang Guisen,Chen Yin. Optimization of bifunctional piperidinamide derivatives as σ1R Antagonists/MOR agonists for treating neuropathic pain[J]. European Journal of Medicinal Chemistry,2021,226:
*Our company can provide customized services according to customers' special applications, requirements, as well as experimental services. Please kindly contact us for more information.