Titlebook: Cardiac Cell Culture Technologies; Microfluidic and On- Zbigniew Brzozka,Elzbieta Jastrzebska Book 2018 Springer International Publishing A

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,-,-,-, Systems, in the treatment of cardiovascular diseases (CVDs). Elaboration of in vivo-like culture models of heart cells will allow the mimicking of native heart tissue and the investigation of heart cell response to the exposure of external stimuli. .-.-.-. systems can be successfully used to imitate heart t

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Cardiac Cell Culture Microtechnologies Based on Stem Cells,ted as a potential therapy technique for cardiovascular diseases (CVDs) and heart regeneration. To improve the investigation of SC proliferation and maturation, the .-.-.-. systems are being developed. There are many reports, which have proven that such microsystems have been successfully used for S

DEFER

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机制

Unsupervised Learning Techniquesl cell cultures are presented. Next, examples of cardiotoxicity assays and electrical stimulations performed in .-.-.-. systems are described. Methods of heart cell analysis used in microscale are also defined. Finally, we summarize the research focused on .-.-.-. systems and we outline perspectives for the usage of such microsystems.

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Introduction, breast are presented in the literature. The .-.-.-. systems used to simulate the vascular system and heart tissue functions are also fabricated. They play an increasingly important role in biomedical sciences.

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Microfluidic Systems,he advantages and disadvantages of using the microfluidic systems are also extensively discussed. Furthermore, we characterize some cellular models (static and perfusion; monolayer and spatial) developed in the microsystems. This chapter is an overview of basics of the microfluidic systems for cellular application.

终端

,-,-,-, Systems,l cell cultures are presented. Next, examples of cardiotoxicity assays and electrical stimulations performed in .-.-.-. systems are described. Methods of heart cell analysis used in microscale are also defined. Finally, we summarize the research focused on .-.-.-. systems and we outline perspectives for the usage of such microsystems.

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Book 2018development of microfluidic systems dedicated to cell culture, with an emphasis on cardiac cells. The authors describe the characterization of microfluidic systems for cardiac cell culture and center their discussion of the use of stem cell stimulation based on four different types: electrical, bioc