Infection Immunology






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Infection Immunology Business claims

Infection Immunology is the People's Health Publishing House published a book, the author is Zhang Xiaolian.

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Basic Information / Infectious Immunology Editing

Author: Zhang Xiao-build

Title: Publisher: People's Health Publishing House ISBN: 9787117101837 Published: 2008-06-01 Revision: 1 Pages: 325 binding: paperback format: 16 open Category: Books Teaching materials

Introduction / Infection Immunology Editor

"Infectious Immunology" a book focuses on the latest knowledge of infectious immunology and research used in the latest technology and its application. Since the 20th century, the development of medical microbiology has been integrated with the research methods of immunology, molecular genetics and cell biology. It plays an important role in further understanding the molecular links between host cells and pathogenic mechanisms of microbes, especially immunology Has broadened its scope to microbial defense and has played an active role in studying the self-regulation and pathogenesis of mammalian organs. Today, the development of immunological technology advances, such as monoclonal antibody technology, ELISA and flow cytometry fluorescence activity cell sorting system, cell separation detection, cytokine cell count use of tetramer technology for antigen-specific T cell response quantitative analysis techniques. Immunology of the development process is very rapid, so the improvement of immunological techniques and updates and cutting-edge technology learning is necessary. "Infection Immunology" is a systematic introduction to contemporary medicine and life sciences of the front of the subject of infectious immunology of the few professional reference books. Infectious disease is an important research content of the infectious disease, which describes the infection caused by infectious pathogens (bacteria, viruses and fungi, etc.) caused by the inherent Immune and adaptive immune mechanisms, details of the main detection principle, methods and means, but also describes the current international forefront of this area of progress, is a both theory and research methods of practical books, can be used as graduate teaching materials, But also for the majority of scientific researchers. "Infective Immunology," a book describes the theory and the use of technology between the coherent, combined with the basic theory of infectious immunology and the latest developments in technology for microbiology, virology, mycology, parasitology, immunology and medicine And other areas of research scholars to provide a good platform. The book content is simple, illustrations. The book includes: infectious pathogens (bacteria, viruses and fungi, etc.) due to innate immune and adaptive immune infectious diseases immune response of the main detection principle and infected animal human infectious diseases immune Detection methods and so on.

Authors' Profile / Infection Immunology Editor

Zhang Xiaolian, PhD, female, Wuhan University Luojia Scholar Professor, doctoral tutor. Mainly engaged in intracellular pathogenic microorganisms molecular pathogenesis and infection immunity research, in the molecular and immune, glycosylation and immunotherapy has made outstanding achievements.

Directory / Infectious Immunology Editing

The first chapter of the immune response mechanisms of infectious pathogens The first section of the innate immune mechanisms of infectious pathogens The second section of infectious pathogens to adapt to the immune response mechanism The third section of the inflammatory response and cytokines in the role of the mechanism of infection Chapter II infectious Pathogens immune response detection principle and methods Section I infectious diseases in the separation and detection of white blood cells Principle and methods Section II secretion of cytokines in the detection and separation of T cells Section dendritic cells of human separation and proliferation of the fourth Section using the bioinformatics method to predict the T cell epitopes of MHC ligands and antigens: the application of antigen epitope vaccines Section V application of tetramer techniques in quantitative analysis of T cell immunoreactions Section 6 Application of ELISA, ELISPOT, Cell and RT-PCR quantitative detection of T cell response cytokines Seventh section of the application of micro-lattice technology to study the pathogen infection after host gene transcription changes Section VIII of the mouse phagocytic cell separation and functional testing Section IX bacterial infection in mice immune response Section X immune response in vivo testing Section XI mouse T lymphocyte hybridoma monoclonal cell line establishment and development of the third chapter of the animal model of infection in the first section of the mouse model of Mycobacterium tuberculosis second leishmaniasis model third Rodent rat cytomegalovirus animal model Section IV rodent animal model Section V DNA vaccination method Section VI of the application and preparation of adjuvants Section VII of the immune cells in vitro analysis of the fourth chapter of human infectious diseases detection means first Section T cells and the establishment of T cell cloning The second section of the growth and transformation of human T cells Section III of human killer cells and the characteristics of the fourth section of the determination of human cytokines Fifth section of the detection of in situ immune response: Immunofluorescence and Immune Enzyme Linkage Section 6 Human Monocytes and Macrophages Isolation, Purification and Culture

Preface / Infectious Immunology Editors

"Infectious Immunology" a book focuses on the latest knowledge of infectious immunology and research used in the latest technology and its application. Since the 20th century, the development of medical microbiology has been integrated with the research methods of immunology, molecular genetics and cell biology. It plays an important role in further understanding the molecular links between host cells and pathogenic mechanisms of microbes, especially immunology Has broadened its scope to microbial defense and has played an active role in studying the self-regulation and pathogenesis of mammalian organs. Today, the development of immunological technology advances, such as monoclonal antibody technology, ELISA and flow cytometry fluorescence activity cell sorting system, cell separation detection, cytokine cell count use of tetramer technology for antigen-specific T cell response quantitative analysis techniques. Immunology of the development process is very rapid, so the improvement of immunological techniques and updates and cutting-edge technology learning is necessary.

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