Biomedical Tissue Culture
ed. by Luca Ceccherini-Nelli and Barbara Matteoli
Preface
In this chapters many aspects of tissue culture models are extensively studied.
The authors describe a coltural method to produce massive neuronal syncytial connections and induce their fusion with formation of bi- and multinucleated cells. They show the applicability in research of cell lines derived from the cultivation of placenta with the properties of progenitor/stem cells. They show the procedures that can regenerate cartilage tissue with appropriate mechanical characteristics. We report here many applications of tissue cultures in Microbiology, for virus isolation, also for those viruses once considered very difficult to study in vitro, that can be used to replace animal models for drug testing at the preclinical stages, based on tissuemodels for HCV replication; in the study of pathogenicity of enteropathogenic bacteria; in the diagnosis of respiratory tract infections (RTI) with the use of viral DNA and cDNA Arrays compared with routine diagnostic methods.
This book describes many aspects of tissue culture models in an extensive manner.
The book includes many topics like, the development of cultural methods to produce massive neuronal syncytial connections and induce their fusion with formation of bi- and multinucleated cells, the applicability in research of cell lines derived from the cultivation of placenta derived cells and cell populations with properties of progenitor/stem cells, the procedures that may be used to regenerate cartilage tissue with appropriate mechanical properties, the improvements made in the use of cell culture for virus isolation, tissue-based models for HCV replication in vitro, cultures to study the pathogenicity of enteropathogenic bacteria, the use of viral DNA and cDNA Array in the diagnosis of respiratory tract infections (RTI) in comparison with routine diagnosis methods.
InTeOp -- 2012 -- ISBN: 9535107880 9789535107880 -- 247 pages -- PDF -- 17 MB
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ed. by Luca Ceccherini-Nelli and Barbara Matteoli
Preface
In this chapters many aspects of tissue culture models are extensively studied.
The authors describe a coltural method to produce massive neuronal syncytial connections and induce their fusion with formation of bi- and multinucleated cells. They show the applicability in research of cell lines derived from the cultivation of placenta with the properties of progenitor/stem cells. They show the procedures that can regenerate cartilage tissue with appropriate mechanical characteristics. We report here many applications of tissue cultures in Microbiology, for virus isolation, also for those viruses once considered very difficult to study in vitro, that can be used to replace animal models for drug testing at the preclinical stages, based on tissuemodels for HCV replication; in the study of pathogenicity of enteropathogenic bacteria; in the diagnosis of respiratory tract infections (RTI) with the use of viral DNA and cDNA Arrays compared with routine diagnostic methods.
This book describes many aspects of tissue culture models in an extensive manner.
The book includes many topics like, the development of cultural methods to produce massive neuronal syncytial connections and induce their fusion with formation of bi- and multinucleated cells, the applicability in research of cell lines derived from the cultivation of placenta derived cells and cell populations with properties of progenitor/stem cells, the procedures that may be used to regenerate cartilage tissue with appropriate mechanical properties, the improvements made in the use of cell culture for virus isolation, tissue-based models for HCV replication in vitro, cultures to study the pathogenicity of enteropathogenic bacteria, the use of viral DNA and cDNA Array in the diagnosis of respiratory tract infections (RTI) in comparison with routine diagnosis methods.
InTeOp -- 2012 -- ISBN: 9535107880 9789535107880 -- 247 pages -- PDF -- 17 MB
Download
*