而对于变形链球菌形成的生物膜，则可使其结构发生改变，包括基质的减少，更加分散的分布，粘附细胞层数的减少。
The architecture of biofilms formed by antisense PS-ODNs-treated S. mutans showed reduced biomass, more dispersed distribution with enlarged interspaces and fewer layers of attached cells.
本文以大肠杆菌为参照，对变形链球菌和血链球菌ATP酶的基因结构进行比较，探讨口腔致龋菌的质子移位膜ATP酶的结构特性。
In order to understand the genetic structure of F-ATPase of S. matans, we discuss the structure of F-ATPase of E. coli, S. matans and S. sanguis.
初步探索其机制，发现赤藓糖醇并没有破坏变异链球菌细胞壁结构的完整性。
To study the mechanism of it, we found that erythritol didn't decompose the cell wall.
初步探索其机制，发现赤藓糖醇并没有破坏变异链球菌细胞壁结构的完整性。
To study the mechanism of it, we found that erythritol didn't decompose the cell wall.
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