The study of viruses, or virology as it is now called, had its origin in 1892 when a Russian botanist, Iwanawsky, showed that sap from a tobacco plant with an infectious disease was still highly infectious after passage through a filter capable of retaining bacterial cells. From such humble beginnings the study of these 'filter-passing agents', or viruses, has developed into a separate science which rivals, if it does not excel, in importance the whole of bacteriology. The importance of viruses lies not only in the diseases they cause in every type of living organism, but also because of their intimate relationship with the living cell, in which alone they can reproduce. Their study has influenced the whole of biology by greatly increasing our knowledge of the gene, genetics, and molecular structure; there is also the possible connexion of viruses with human cancer, in view of the occurrence of many viral cancers in other animals. The book attempts to give a comprehensive but necessarily superficial survey of the subject as a whole and should help senior undergraduates and postgraduate students who wish to gain some knowledge of virology. Further information is available from the extensive bibliography.

Introduction to virology

Medical Books

Smith, Kenneth Manley

Basic Sciences

J. Wiley

Western Europe: Geographical perspectives

Hugh Clout

An introduction to statistical mechanics

Dennery, Philippe

Chemical and biochemical aspects of electron-spin resonance spectroscopy

Symons, M.C.R.

Nonlinear almost periodic oscillations

Science & Math

M. A Krasnoselskii

V. Sh. Burd

Yu. S. Kolesov

Mathematics

Handbook of minimal brain dysfunctions: A critical view (Wiley series on personality processes)

Adverse mechanical tension in the central nervous system: An analysis of cause and effect : relief by functional neurosurgery

Alf Breig

This revised and updated revision of a classic text presents a volume of programmes on mathematics which covers much of a course written for undergraduate science and engineering students in universities and colleges throughout the world. Emphasizing the practical side of the subject, rather than the theory, "Mathematics for Engineers and Scientists" comprises 5 units and covers work usually presented in the first years of study. Programmes on allied topics are grouped together in each unit and although mathematical rigour has not always been emphasized in the programmes, the text can serve as an introduction for students intending to continue their studies in mathematics.

Mathematics for engineers and scientists;: A students' course book (A Series of programmes on mathematics for scientists and technologists) (v. 1)

Bajpai, A. C.

Text: English, French (translation)

Numerical control; mathematics and applications (Wiley series in computing)

Engineering & Transportation

Bézier, Pierre

Engineering

This 3rd edition of the successful Elements of Applied Stochastic Processes improves on the last edition by condensing the material and organising it into a more teachable format. It provides more in-depth coverage of Markov chains and simple Markov process and gives added emphasis to statistical inference in stochastic processes. 
<ul>
<li>Integration of theory and application offers improved teachability </li>
<li>Provides a comprehensive introduction to stationary processes and time series analysis </li>
<li>Integrates a broad set of applications into the text </li>
<li>Utilizes a wealth of examples from research papers and monographs </li>
</ul>

Elements of applied stochastic processes

Bhat, U. Narayan

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Books by J. Wiley