Non-invasive Airway Mechanics *傷肺功能檢測(cè)雙腔檢測(cè)系統(tǒng)

該系統(tǒng)使用雙腔式體積描記器對(duì)動(dòng)物的頭部和胸部氣流進(jìn)行分別測(cè)定并計(jì)算得出特殊氣道阻力SRaw和特殊氣道導(dǎo)率SGaw?？杉友b霧化給藥系統(tǒng)。

產(chǎn)品主要特點(diǎn)
可同時(shí)觀測(cè)多只動(dòng)物適合*跟蹤的研究；
SRaw和SGaw參數(shù)與有創(chuàng)方式測(cè)定的氣道阻力具有高度相關(guān)性；
動(dòng)物實(shí)驗(yàn)準(zhǔn)備較全身體積描記法復(fù)雜；
動(dòng)物**清醒狀態(tài)下完成測(cè)試無(wú)需麻醉；
可加裝霧化給藥模塊；

主要檢測(cè)參數(shù)
Specific Airway Resistance
Specific Airway Conductance
Tidal Volume
Minute Volume
Time of Inspiration
Time of Expiration
Peak Expiratory Flow
Peak Inspiratory Flow
Respiratory Rate
Explanations and more parameters

　　The EMMS non-invasive airway mechanics system uses a classic Pennock style double-chamber plethysmograph to measure nasal and thoracic flow. The animal is placed in a double-chamber plethysmograph (eg. PLY 230 for guinea pig), and is restrained in the chamber with a rubber neck collar. This neck collar also provides an airtight seal between the thoracic and nasal chambers. Flow in the two chambers is measured across two pneumotachographs in the plethysmograph wall. A bias flow air supply is used to prevent build-up of CO2 in the plethysmograph, and may also be used to pull aerosol through the nasal chamber.

　　EMMS Double Chamber Plethysmographs in Conical and Sloped Front configuration.

　　Parameters Measured

　　· Specific Airway Resistance

　　· Specific Airway Conductance

　　· Tidal Volume

　　· Minute Volume

　　· Time of Inspiration

　　· Time of Expiration

　　· Peak Expiratory Flow

　　· Peak Inspiratory Flow

　　· Respiratory Rate

　　· Explanations and more parameters

　　Features

　　· Up to 8 animals monitored simultaneously

　　· Compley non-invasive

　　· No anaesthesia required

　　· Aerosol can be administered via the nasal chamber

　　Uses

　　· Chronic studies

　　· Suitable for long-term measurements

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