Bredt W, Feldner J, Klaus B
Infection. 1982;10(3):199-202. doi: 10.1007/BF01640779.
Mycoplasma pneumoniae attaches to a variety of surfaces. Adherence to inert surfaces such as glass requires an intact energy metabolism. Interaction with sheep erythrocytes occurs via a binding protein on the mycoplasma surface. The protein reacts with a receptor containing sialic acid. Adherence to other erythrocytes may involve different mechanisms. Different results have been reported on interaction with tissue cells. The various mechanisms probably cooperate and thereby facilitate the colonization of the human respiratory tract.
肺炎支原体可附着于多种表面。附着于玻璃等惰性表面需要完整的能量代谢。与绵羊红细胞的相互作用通过支原体表面的一种结合蛋白发生。该蛋白与含有唾液酸的受体发生反应。附着于其他红细胞可能涉及不同机制。关于与组织细胞相互作用的报道结果各异。各种机制可能协同作用，从而促进在人类呼吸道的定植。
