Yeates D B, Larkridge C G, Marrinelli A, Harshbarger R D, Musselman R P, Pitt B, Raju T N, Gerrity T R, Lourenco R V
Biorheology. 1984;21(1-2):273-83. doi: 10.3233/bir-1984-211-229.
Measurements of the rate of mucociliary transport in the airways of the lower respiratory tract have been shown to be influenced by the techniques and protocols used. To avoid the effects associated with invasive techniques and anesthesia in animal models used to study the effect of maturation, drugs, disease, and inhaled pollutants on mucociliary transport we have developed unsedated dog and baboon models of mucociliary transport using radioaerosol techniques. As far as they have been tested these animal models of mucociliary transport react to drugs such as isoproterenol and atropine in the same manner as in man.
下呼吸道气道中黏液纤毛传输速率的测量结果已表明会受到所采用技术和方案的影响。为避免在用于研究成熟、药物、疾病及吸入污染物对黏液纤毛传输影响的动物模型中,因侵入性技术和麻醉带来的影响,我们利用放射性气溶胶技术开发了未使用镇静剂的狗和狒狒黏液纤毛传输模型。就目前所测试的情况而言,这些黏液纤毛传输动物模型对异丙肾上腺素和阿托品等药物的反应与人类相同。