Environmental virology
Author(s)
Bibliographic Information
Environmental virology
（Aspects of microbiology, 13）
Van Nostrand Reinhold, 1986
Available at / 6 libraries
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University Library for Agricultural and Life Sciences, The University of Tokyo講座
491.7:R175018860642
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Note
Includes bibliographies and index
Description and Table of Contents
Description
We have attempted to provide a concise and up to date account of human viruses in the environment with attention to basic tools now available for monitoring viruses. We have aimed this introductory volume at young students, teachers and investigators in microbiology, virology, environmental engineering and health sciences. As the routes for virus dissemination become more varied, there is an enhanced potential for causing infection in humans. Improvement in the development of control strategies will alleviate the magnitude of viral pollution of the environment. This volume will introduce the reader to an area of science which of necessity must utilize a variety of disciplines. V.CHALAPATIRAO JOSEPH L. MELNICK v We humbly dedicate this volume to the cherished memory of our parents Contents Preface v 1 Introduction 1 References 9 2 Human enteric viruses in polluted water 10 Enteroviruses 10 Hepatitis A virus 11 Non-A, non-B hepatitis 12 Norwalk and Norwalk-like agents 12 Rotaviruses 13 Adenoviruses 13 Parvoviruses 14 Enteric viruses in the etiology of water-borne disease 14 Summary 16 References 16 3 Monitoring for viruses in wastewater and water 18 Why water should be monitored for viral contamination 18 Methods for monitoring viral contamination 19 Virus isolation from sewage, and surface and drinking water 25 Indicators for viruses 30 Standards for viruses in drinking water 32 Future developments in virus detection 33 Summary 38 References 39 4 Virus removal by treatment processes 41 Advanced waste treatment (tertiary treatment) 46 Disinfection 49 Summary 54 References 54
Table of Contents
1 Introduction.- References.- 2 Human enteric viruses in polluted water.- Enteroviruses.- Hepatitis A virus.- Non-A, non-B hepatitis.- Norwalk and Norwalk-like agents.- Rotaviruses.- Adenoviruses.- Parvoviruses.- Enteric viruses in the etiology of water-borne disease.- Summary.- References.- 3 Monitoring for viruses in wastewater and water.- Why water should be monitored for viral contamination.- Methods for monitoring viral contamination.- Virus isolation from sewage, and surface and drinking water.- Indicators for viruses.- Standards for viruses in drinking water.- Future developments in virus detection.- Summary.- References.- 4 Virus removal by treatment processes.- Advanced waste treatment (tertiary treatment).- Disinfection.- Summary.- References.- 5 Human viruses in sludges, and ground water soils.- Human viruses in sludges.- Virus association with solids in wastewater.- Recovery of viruses from sludges.- Quantity of viruses in sludges.- Fate of viruses during sewage sludge treatment and disposal.- Human viruses in soils.- Occurrence and distribution of viruses in soils.- Adsorption, persistence and desorption of viruses in soils.- Viruses in aerosols.- Human viruses in ground water.- Virus isolation from ground water associated with waterborne disease outbreaks.- Virus isolation from land application sites.- Virus survival in ground water.- Summary.- References.- 6 Viruses in seawater, sediments and shellfish.- Monitoring of enteroviruses in marine and estuarine water and sediments.- Persistence of enteroviruses in the marine environment.- Transmission of enteric viruses by recreational water resources.- Role of shellfish in the transmission of enteric viral disease.- Viral disease outbreaks attributed to shellfish.- Isolation of viruses from shellfish.- Adequacy of bacterial standards.- Virus detection in shellfish.- Summary.- References.
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