Quantitative methods in biological and medical sciences: a historical essay
This wide-ranging volume surveys the immense impact that quantitative methods have had on the development of modern biological and medical science. Professor Lancaster begins with the contribution of the Ancient Greek philosophers and then traces the development of fundamental ideas from there to the present day. He shows how mathematics, principally through counting and measurement, and statistics have profoundly influenced the emergence of key ideas and theories. Since no background knowledge of biological anatomy, physiology or disease is required, this volume is essentially a self-contained account. As befits such a wide-ranging volume, amongst the topics covered are: epidemiology, the classification of disease, microbiology, genetics, clinical trials, death rates and life tables, and evolution. All those interested in these topics will find this an invaluable source of information and a remarkable synthesis of the long history of quantification in the biological (including medical) sciences.
47 pages matching give in this book
Results 1-3 of 47
What people are saying - Write a review
We haven't found any reviews in the usual places.
Microscopic World and the Structure of Living Organisms
126 other sections not shown
amputations animals appear applied approximately bacteria believed binomial biology births blood body bubonic plague cancer cause cells century Cetverikov characters cholera chromosomes cited classification clinical trial considered contagion correlation Darwin death rates developed diphtheria discussion effect epidemic epidemiology equation evolution example experiment experimental Farr fever floruit frequencies further Galton Gavarret genes genetics genotype give given Greenwood heredity hospital human hypothesis important individual infection infectious diseases inheritance J.B.S. Haldane Karl Pearson Lancaster later London Louis lung malaria mathematical mathematicians Maupertuis Mayr mean measles measurements medicine Mendel Mendelian methods microscopic modern mortality mutations nature normal distribution noted observations obtained occurred offspring organisms parameters patients pellagra persons phenotype plants points population probability problems puerperal sepsis pure lines Quetelet R.A. Fisher ratio showed sibships Skoda smallpox species statistics susceptible theory therapy tion treatment variables variance virus Weldon zoonosis