白色念珠菌是口腔内最常分离出的念珠菌,其细胞表面的疏水性和菌丝是毒性因子。尽管对芽生孢子的表面疏水性了解甚多,但还没有菌丝和芽生孢子是否有不同疏水性的报道,其主要障碍是不能解决在菌丝诱导培养基中,芽生孢子和菌丝缠结成团的问题。本文介绍了一种新的简单的方法,用商品化滤器——Chemotaxicell,使菌丝和芽生孢子隔室生长,通过测量接触角评价菌丝的疏水性。 Candida albicans is the most commonly isolated Candida species in the oral cavity, its cell surface hydrophobicity and hyphae are toxic factors. Although much is known about the surface hydrophobicity of bud spores, there are no reports of whether mycelia and bud spores have different hydrophobicities, the main obstacle being the inability to resolve the entanglement of spores and hyphae in mycelium-inducing media Mission problem. This article presents a new and simple method for growing mycelial and sporulating compartments using a commercial filter, Chemotaxicell, to evaluate the mycelial hydrophobicity by measuring the contact angle.