Nickerson also sees a promising future for 3-D cell cultures in facilitating the translation of basic science to the clinical setting.
Nickerson同时也认为三维细胞培养在加快基础科学向临床应用的转化中具有很大的前景。
Intriguingly, experimental research carried out by Nickerson and her team has implicated low-fluid shear environments in regulating the infectious disease potential of certain human pathogens.
令人惊奇的是，Nickerson和他的团队研究发现低流体剪切力的环境与特定人类病原体的致病能力之间存在着一定的相关性。
Nickerson stresses that 3-d tissue modeling has opened the door to examining a variety of host-pathogen interactions that were previously difficult or impossible to study through conventional means.
Nickerson强调说三维培养模型为之前无法甚至不可能通过常规方法检测的宿主与病原体之间相互的作用方式成为可能。
Nickerson stresses that 3-d tissue modeling has opened the door to examining a variety of host-pathogen interactions that were previously difficult or impossible to study through conventional means.
Nickerson强调说三维培养模型为之前无法甚至不可能通过常规方法检测的宿主与病原体之间相互的作用方式成为可能。
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