Medical Decision Making / Edition 2

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Immediately upon initial publication, Medical Decision Making became the worldwide standard introductory textbook in the field. Written to meet the needs of medical students and experienced clinicians alike, Medical Decision Making is a clearly presented, step-by-step guide to understanding how, through the processes of decision analysis, a physician can reach valid, reasoned conclusions about medical treatment despite imperfect information about the patient. The focus of Medical Decision Making is on estimating probability, measuring the accuracy of clinical data, interpreting new information, and making decisions. It presents a framework for answering the following basic questions. Should the patient be treated immediately? Should more information be obtained? Should nothing be done at present? The authors use many clinical examples to illustrate Bayesian analysis, formal decision analysis, and basic concepts of evaluating the usefulness of diagnostic tests in various situations. The text is supplemented with many illustrations, useful end-of-chapter self-assessment questions, and an appendix giving the sensitivity and specificity of nearly 100 diagnostic tests.
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Editorial Reviews

From the Publisher
“Every physician is confronted daily with decision making. This book teaches the scientific principles of making decisions in clinical practice. For academic teachers.” (Pediatric Endocrinology Reviews, 1 September 2014)
Doody's Review Service
Reviewer: Vincent F Carr, DO, MSA, FACC, FACP (Uniformed Services University of the Health Sciences)
Description: This seminal book, originally published in 1988, has been republished, but not revised, by a new publisher, the American College of Physicians. The author acknowledges that there have been some changes in medical decision making since the initial publication, but that does not detract from this reissue. In fact, reading through this book emphasizes the accuracy and validity of the initial work, despite the time that has passed.
Purpose: The stated goals were for physicians and students to use the principles of probabilistic reasoning and expected-value medical decision making in day-to-day practice. Today, more than ever, this is a necessary step in providing cost-effective and safe medical care.
Audience: The audience includes every practitioner at every level, from the resident in training to the experienced attending and all levels in between, including physician-extenders. The author is one of the most respected practitioners and editors in medical literature in America.
Features: The author describes the process of developing a differential diagnosis, moves through probability theory, lands directly in the heart of the decision-making process, and resurfaces in a discussion of cost-effectiveness in managing medical care. The journey is made exquisitely and entertainingly effective and educational with its accessible text and "typical" patient-physician conversations. The figures, examples, and tables are superb, illustrating the statistical points of discussion. The index is most appropriate, and because the book is dated, the references are appropriate for the original publication date. The author states his intention to update the book upon retirement and hopefully this will occur. At the end of each section there are summaries, problems, and definitions of new words encountered in the chapter.
Assessment: Despite being a republication, this remains a highly valuable and educational book, with the vast majority of the information relevant to medical decision making in the current era. It deserves a place in every practitioner's library.
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Product Details

  • ISBN-13: 9780470658666
  • Publisher: Wiley
  • Publication date: 7/22/2013
  • Edition description: New Edition
  • Edition number: 2
  • Pages: 364
  • Sales rank: 1,094,642
  • Product dimensions: 6.10 (w) x 9.10 (h) x 0.70 (d)

Meet the Author

Harold C. Sox
Geisel School of Medicine at Dartmouth, Hanover, New Hampshire

Michael C. Higgins
Stanford University, Stanford, California

Douglas K. Owens
Department of Veterans Affairs Palo Alto Health Care System, Palo Alto, California; Stanford University, Stanford, California

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Table of Contents

Foreword, xi

Preface, xv

1 Introduction, 1

1.1 How may I be thorough yet efficient when considering the possible causes of my patient’s problems? 1

1.2 How do I characterize the information I have gathered during the medical interview and physical examination? 2

1.3 How do I interpret new diagnostic information? 5

1.4 How do I select the appropriate diagnostic test? 5

1.5 How do I choose among several risky treatment alternatives? 6

1.6 Summary, 6

2 Differential diagnosis, 7

2.1 Introduction, 7

2.2 How clinicians make a diagnosis, 8

2.3 The principles of hypothesis-driven differential diagnosis, 11

2.4 An extended example, 21

Bibliography, 26

3 Probability: quantifying uncertainty, 27

3.1 Uncertainty and probability in medicine, 27

3.2 Using personal experience to estimate probability, 34

3.3 Using published experience to estimate probability, 46

3.4 Taking the special characteristics of the patient into account when estimating probability, 57

Problems, 58

Bibliography, 59

4 Understanding new information: Bayes’ theorem, 61

4.1 Introduction, 61

4.2 Conditional probability defined, 64

4.3 Bayes’ theorem, 65

4.4 The odds ratio form of Bayes’ theorem, 69

4.5 Lessons to be learned from Bayes’ theorem, 76

4.6 The assumptions of Bayes’ theorem, 82

4.7 Using Bayes’ theorem to interpret a sequence of tests, 84

4.8 Using Bayes’ theorem when many diseases are under consideration, 88

Problems, 90

Bibliography, 91

5 Measuring the accuracy of diagnostic information, 93

5.1 How to describe test results: abnormal and normal, positive and negative, 93

5.2 Measuring a test’s capability to reveal the patient’s true state, 98

5.3 Howto measure the characteristics of a diagnostic test: a hypothetical case, 106

5.4 Pitfalls of predictive value, 109

5.5 Sources of biased estimates of test performance and how to avoid them, 110

5.6 Spectrum bias, 116

5.7 Expressing test results as continuous variables, 125

5.8 Combining data from several studies of test performance, 134

Problems, 137

Bibliography, 140

6 Expected value decision making, 143

6.1 An example, 145

6.2 Selecting the decision maker, 148

6.3 Decision trees: structured representations for decision problems, 149

6.4 Quantifying uncertainty, 152

6.5 Probabilistic analysis of decision trees, 156

6.6 Expected value calculations, 158

6.7 Sensitivity analysis, 161

6.8 Folding back decision trees, 163

Problems, 168

Bibliography, 168

7 Markov models and time-varying outcomes, 170

7.1 Markov model basics, 170

7.2 Exponential survival model and life expectancy, 189

Problems, 198

Appendix: Mathematical details, 200

Bibliography, 203

8 Measuring the outcome of care – expected utility analysis, 204

8.1 Basic concept – direct utility assessment, 205

8.2 Sensitivity analysis – testing the robustness of utility analysis, 210

8.3 Shortcut – using a linear scale to express strength of preference, 212

8.4 Exponential utility – a parametric model, 213

8.5 Exponential utility with exponential survival, 218

8.6 Multidimensional outcomes – direct assessment, 220

8.7 Multidimensional outcomes – simplifications, 223

8.8 Multidimensional outcomes – quality-adjusted life years (QALY), 228

8.9 Comparison of the two models for outcomes with different length and quality, 232

Problems, 235

Appendix: Mathematical details, 237

Bibliography, 242

9 Selection and interpretation of diagnostic tests, 243

9.1 Taking action when the consequences are uncertain: principles and definitions, 244

9.2 The treatment-threshold probability, 247

9.3 The decision to obtain a diagnostic test, 252

9.4 Choosing between diagnostic tests, 259

9.5 Choosing the best combination of diagnostic tests, 261

9.6 Setting the treatment-threshold probability, 263

9.7 Taking account of the utility of experiencing a test, 275

9.8 A clinical case: test selection for suspected brain tumor, 279

9.9 Sensitivity analysis, 281

Bibliography, 287

10 Cost-effectiveness analysis and cost–benefit analysis, 288

10.1 The clinician’s conflicting roles: patient advocate,member of society, and entrepreneur, 288

10.2 Cost-effectiveness analysis: a method for comparing management strategies, 291

10.3 Cost–benefit analysis: a method for measuring the net benefit of medical services, 298

10.4 Measuring the costs of medical care, 301

Problems, 304

Bibliography, 305

11 Medical decision analysis in practice: advanced methods, 307

11.1 An overview of advanced modeling techniques, 307

11.2 Use of medical decision-making concepts to analyze a policy problem: the cost-effectiveness of screening for HIV, 311

11.3 Use of medical decision-making concepts to analyze a clinical diagnostic problem: strategies to diagnose tumors in the lung, 323

11.4 Use of complexmodels for individual-patient decisionmaking, 330

Bibliography, 333

Index, 337

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