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ATLAS OF HEMORRHAGIC FEVER WITH RENAL SYNDROME


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ATLAS OF HEMORRHAGIC FEVER WITH RENAL SYNDROME
  • 书号：7030002695
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  • 所属分类：R51 传染病
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This is a comprehensive atlas of hemorrhagic fever with renal syndrome(HFRS)written on the basis of long time and multidisciplinary studies by the authors.The book is characterized by:(1)a concise description of the disease with abundant pictures that provide the reader with an overall knowledge of HFRS and its causative agent,Hantavirus:(2)a proper combination of practical applications such as identification and diagnosis of the virus per se,and of basic studies such as ultrapathology and genomic mapplng to satisfy the needs of readers at different levels:(3)novel contents comprising predominantly of domestic materials from China in combination with materials from abroad.It is the first atlas of the sort published concurrently in English and Chinese to meet the needs of a broad spectru m of readers,including clinicians,epidemiologists,virologists,microbiologists,and those engaged in molecular biology of viruses.
The atlas consists of three parts.Part Ⅰ includes:geographical dlstrlbution,main animal reservoirs,clinical manifestations,histopathology,immuno pathology,genomic(RNA),polypeptide profiles of HFRS virus,etc.,providing an outline of fundamental knowledge of HFRS as a whole disease entity.Part Ⅱ concentrates on virus morphology as seen by thin section,negative staining as well as immune electron microscopy that leads to correctly recognizing and identifying the virus of HFRS,the newly recognized infectious agent of medical importance.Part Ⅲ emphasizes ultrapathology of cells infected by HFRS viruses and morphogenesis of the virus,providing the reader with the first-hand materials of pathogenesis of HFRS virus.
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  • Acknowledgements
    Preface by Frederick A.Murphy
    Foreword by Ho Wang Lee
    Graphic Abbreviations
    Introduction by D.Carleton Gajdusek and Hung Tao
    Figures and Explanations
    Part Ⅰ
    Geographical Distribution of HFRS
    Fig.1 World distribution of HFRS
    Fig.2 Distribution of HFRS in China
    Main Vectors of HFRS
    Fig.3 Apodemus agrarius
    Fig.4 Rattus norvegicus
    Clinical Aspects of HFRS
    Fig.5 Acute phase female patient
    Fig.6 Acute phase male patient
    Fig.7 Purpura on legs
    Fig.8 Petechia on arm
    Fig.9 Conjunctival hemorrhage
    Fig.10 Petechia by scratch
    Fig.11 Necropsy of brain
    General Pathology of HFRS Patient
    Figs.12,13 Pathological changes in lung
    Fig.14 Pathological changes in spleen
    Fig.15 Pathological changes in liver
    Figs.16,17 Pathological changes in kidney
    General Pathology of HFRS Virus in Experimentally Infected Animals
    Figs.18,19,20 Lung of infected Apodemus agrarius
    Fig.21 Enzyme staining of renal tissue
    Fig.22 Enzyme staining of brain
    Fig.23 Enzyme staining of lung tissue
    Fig.24 Enzyme staining of ganglion cells
    Immunofluorescent Staining of HFRS Virus Infected Cells(Vero-E6)
    Figs.25—30 3,5,7,9,11,14 days after infection
    Fig.25 3 days after infection
    Fig.26 5 days after infection
    Fig.27 7 days after infection
    Fig.28 9 days after infection
    Fig.29 11 days after infection
    Fig.30 14 days after infection
    Genome(RNA)and Proteins of HFRS(R22)Virus
    Fig.31 Three segments of HFRS(R22)virion RNA
    Fig.31a Nucleotide sequence of Hantaan S RNA segment(Complementary DNA)
    Fig.31b Nucleotide sequence of Hantaan M RNA segment(Complementary DNA)and deduced amino acid sequence.
    Fig.32 Proteins of HFRS(R22)virus as revealed by PAGE
    Part Ⅱ The Morphology of HFRS Virions(Thin section EM,negative staining EM,thin section immuno-enzyme EM and immuno-colloidal gold EM)
    Morphological Characterization of Virions——Illustrated with Diagram
    Fig.33 A general view of sectioned HFRS virions(R22)
    Fig.34 Negative stained HFRS virions(Hantaan strain)
    Fig.35 Negative stained HFRS virions(R22)
    Fig.36 Thin section immuno-enzyme EM of HFRS(R22)
    Figs.37,38 Immuno-colloidal gold labelled HFRS virus(R22)
    Fig.39 Polymorphism of HFRS virions(R22)
    Figs.40,41 Polymorphism of HFRS(R22)virions;large number of virions accumulated in intercellular space
    Fig.42 Thin section and negative stain EM Hantaan virus of
    Figs.43—53 Comparative morphology of HFRS virus(Hataan)and other members of family bunyaviridae
    Figs.54,55 Classical type of HFRS(strain A9)
    Figs.56,57 HFRS virus(Chen strain)isolated directly from acute phase HFRS patient
    Figs.58,59 HFRS virus(C4)isolated from lungs of a domestic cat
    Figs.60,61 HFRS virus(C94)isolated from Rattus confucianus
    Figs.62,63 HFRS virus(L99)isolated from Rattus rottoides Losea Swinshoe
    Figs.64—66 HFRS virus(B-1)isolated from tumor of Wistar rat
    Figs.67,68 HFRS virus(Q25)isolated from hare(wild rabbit)
    Figs.69,70 HFRS virus(R3)isolated from kidney of Merioaes ungaiculatans
    Figs.71,72 HFRS virus(R3)infected brain of Merioaes ungaiculatans
    Figs.73,74 Thin sections of uninfected(normal)culture of Vero-E6 cells
    Part Ⅲ Ultrastructural Pathology of HFRS Virus Infected Cells and Morphogenesis of HFRS Virus
    Chapter 1 General View of HFRS Infected Cells
    Fig.75 HFRS virus(R22)infected Vero-E6 cells
    Fig.76 Low magnification view of inclusion bodies and virions
    Fig.77 HFRS virus(R22)infected Vero-E6 cell
    Fig.78 Viral antigen layer and HFRS virions at low magnification
    Fig.79 Cluster of virions and virion associated granules at low magnification
    Chapter 2 Viral Inclusion Bodies
    Fig.80 Granular and granulofilamentous inclusion bodies
    Fig.81 Viral inclusion bodies identified with IEEM without routine EM staining
    Fig.82 Viral inclusion bodies identified with IEEM with routine EM staining
    Fig.83 Inclusion bodies stained with IEEM
    Fig.84 Granular inclusion body and rough endoplasmic reticulum
    Figs.85,86 Granular inclusion bodies and proliferation of polysomes
    Fig.87 A giant granulofilamentous inclusion body and Golgi complex
    Fig.88 Inclusion body at high magnification
    Fig.89 Detail structure of granulofilamentous inclusion body
    Figs.90,91 Extracellular dense inclusion body
    Chapter 3 Viral Antigen Layer on Infected Cell Surfaces
    Figs.92,93 Viral antigen layer and virions
    Fig.94 Section of HFRS virus(R22)infected Vero-E6 cells covered with viral antigen layer(VAL)
    Fig.95 Demarcation of VAL from plasma membrane
    Figs.96,97 VAL on cell surface
    Figs.98,99 VAL forming loops resembling virions
    Figs.100,101 VAL on surface of cells with advanced cytopathic changes
    Figs,102,103 Viral antigen layer and release of virions
    Figs.104,105 Viral antigen layer and release of virions
    Fig.106 Viral antigen layer associating with early and late stage of infection
    Figs.107—109 Viral antigen layer revealed with IEEM
    Chapter 4 Virion Associated Granules(VAG)
    Figs.110,111 Membrane enclosures with virions and virion associated granules(VAG)
    Figs.112,113 Vero-E6 cells infected with HFRS virus(R22)12 days after infection,showing clusters of HFRS virions with numerous VAG closely in association
    Figs.114,115 Same as Figs.112 and 113
    Figs.116,117 Virion associated granules(VAG)and viral antigen layer(VAL)
    Chapter 5 Presumed Morphogenesis of HFRS Virions—Diagram Illustrating Morphogenesis of HFRS Virus
    Fig.118 Appearance of granular inclusion body and proliferation of Golgi complex membranes
    Fig.119 Granular inclusion body and thick-walled vesicles
    Figs.120,121 Inclusion bodies and morphogenesis of HFRS virions
    Figs.122,123 Extracellular dense inclusion bodies and immature virions
    Figs.124—126 Inclusion bodies in thin section IEEM
    Fig.127 Proliferation of RER and formation of filamentous inclusion bodies
    Figs.128—130 Inclusion bodies identified with immuno-colloidal gold technique(ICGT)
    Figs.131,132 Budding of HFRS virion in Golgi vesicles
    Figs.133,134 Formation of tubular form of virions in cisterni of rough endoplasmic reticulum
    Figs.135,136 Budding of tailed virions from rough endoplasmic reticulum
    Figs.137,138 Special membrane enclosures
    Presumptive Role of Plasma Membrane and Microvilli in Morphogenesis of HFRS Virus
    Figs.139—144 The plasma membrane and microvilli of HFRS virus releasing cells
    Figs.145,146 Possible way of HFRS virus release
    Figs.147—149 Possible way of HFRS virus release(Hantaan strain)
    Figs.150—152 Distinguishing HFRS virions from mycoplasma
    REFERENCE
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