In contrast to rat-tail collagen-based HSEs, the present fibroblast-derived matrix-based HSEs contain more continuity in the number of viable cell layers in long-term cultures. 同鼠尾胶原来源的皮肤替代物相比较,在长期的培养过程中人成纤维来源的的模型包含更多的数量的细胞层。
Traditional methods to generate HSEs are based on the seeding of human keratinocytes onto three-dimensional human fibroblast-populated non-human collagen matrices. 传统的办法构建的皮肤替代物是基于将人的角质形成细胞种在将人的成纤维细胞复合的非人的胶原蛋白的三维膜片上。
Here we present a new generation of HSEs being fully composed of human components and which can be cultured up to20 weeks. 因此我们研究新的皮肤替代物完全包含人的成分培养了长达20周。
Reconstructed human skin equivalents ( HSEs) are representative models of human skin and widely used for research purposes and clinical applications. 构建的人皮肤替代物是人的皮肤的代表模型以及广泛的用于目的研究和临床应用。
This paper analyzes the design and implementation of HSES. The paper is concerned with the system structure, knowledge representation method, organization of knowledge base and control strategy in inference engine. 本文分析了高强混凝土专家系统的设计与实现,主要讨论了高强混凝土专家系统的结构、知识表示、知识库的组织和推理策略以及主要的实现技术。
Objective To determine the optimal therapy for emergency of hemorrhagic shock and encephalopathy syndrome ( HSES). 目的探讨出血性休克与脑病综合征(HSES)有效的急救措施。
Objective To explore clinical features of gut infection, associated hemorrhagic shock and encephalopathy syndrome ( HSES). 目的探讨肠道感染相关的出血性休克与脑病综合征临床特点。
Design and Implement of High-Strength Concrete Expert System 高强混凝土专家系统(HSES)的设计与实现