- Section 1 Patients and their treatment
- Section 2 Background to medicine
- 2.1 Science in medicine: When, how, and what
- 2.2 Evolution: Medicine’s most basic science
- 2.3 The Global Burden of Disease: Measuring the health of populations
- 2.4 Large-scale randomized evidence: Trials and meta-analyses of trials
- 2.5 Bioinformatics
- 2.6 Principles of clinical pharmacology and drug therapy
- 2.7 Biological therapies for immune, inflammatory, and allergic diseases
- 2.8 Traditional medicine exemplified by traditional Chinese medicine
- 2.9 Engaging patients in therapeutic development
- 2.10 Medicine quality, physicians, and patients
- 2.11 Preventive medicine
- 2.12 Medical screening
- 2.13 Health promotion
- 2.14 Deprivation and health
- 2.15 How much should rich countries’ governments spend on healthcare?
- 2.16 Financing healthcare in low-income developing countries: A challenge for equity in health
- 2.17 Research in the developed world <i>(a view from the Wellcome Trust</i>)
- 2.18 Fostering medical and health research in resource-constrained countries
- 2.19 Regulation versus innovation in medicine
- 2.20 Human disasters
- 2.21 Humanitarian medicine
- 2.22 Complementary and alternative medicine
- Section 3 Cell biology
- Section 4 Immunological mechanisms
- Section 5 Principles of clinical oncology
- Section 6 Old age medicine
- Section 7 Pain and palliative care
- Section 8 Infectious diseases
- Section 9 Sexually transmitted diseases
- Section 10 Environmental medicine, occupational medicine, and poisoning
- Section 11 Nutrition
- Section 12 Metabolic disorders
- Section 13 Endocrine disorders
- Section 14 Medical disorders in pregnancy
- Section 15 Gastroenterological disorders
- Section 16 Cardiovascular disorders
- Section 17 Critical care medicine
- Section 18 Respiratory disorders
- Section 19 Rheumatological disorders
- Section 20 Disorders of the skeleton
- Section 21 Disorders of the kidney and urinary tract
- Section 22 Haematological disorders
- Section 23 Disorders of the skin
- Section 24 Neurological disorders
- Section 25 Disorders of the eye
- Section 26 Psychiatric and drug-related disorders
- Section 27 Forensic medicine
- Section 28 Sport and exercise medicine
- Section 29 Biochemistry in medicine
- Section 30 Acute medicine
(p. 33) Science in medicine: When, how, and what
- Chapter:
- (p. 33) Science in medicine: When, how, and what
- Author(s):
William F. Bynum
- DOI:
- 10.1093/med/9780198746690.003.0007
Science has always been part of Western medicine, although what counts as scientific has changed over the centuries, as have the content of medical knowledge, the tools of medical investigation, and the details of medical treatments. This brief overview develops a historical typology of medicine since antiquity. It divides the ‘kinds’ of medicine into five sections: bedside medicine, developed by the Hippocratic doctors in classical times; library medicine, associated with the scholastic mentality of the Middle Ages; hospital medicine, central to French medicine of the early 19th century; social medicine, which is about prevention, both communal and individual; and laboratory medicine, which has its natural home in the research establishment and is a critical site for the creation of medical knowledge, setting the standards for both medical science and scientific medicine.
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- Section 1 Patients and their treatment
- Section 2 Background to medicine
- 2.1 Science in medicine: When, how, and what
- 2.2 Evolution: Medicine’s most basic science
- 2.3 The Global Burden of Disease: Measuring the health of populations
- 2.4 Large-scale randomized evidence: Trials and meta-analyses of trials
- 2.5 Bioinformatics
- 2.6 Principles of clinical pharmacology and drug therapy
- 2.7 Biological therapies for immune, inflammatory, and allergic diseases
- 2.8 Traditional medicine exemplified by traditional Chinese medicine
- 2.9 Engaging patients in therapeutic development
- 2.10 Medicine quality, physicians, and patients
- 2.11 Preventive medicine
- 2.12 Medical screening
- 2.13 Health promotion
- 2.14 Deprivation and health
- 2.15 How much should rich countries’ governments spend on healthcare?
- 2.16 Financing healthcare in low-income developing countries: A challenge for equity in health
- 2.17 Research in the developed world <i>(a view from the Wellcome Trust</i>)
- 2.18 Fostering medical and health research in resource-constrained countries
- 2.19 Regulation versus innovation in medicine
- 2.20 Human disasters
- 2.21 Humanitarian medicine
- 2.22 Complementary and alternative medicine
- Section 3 Cell biology
- Section 4 Immunological mechanisms
- Section 5 Principles of clinical oncology
- Section 6 Old age medicine
- Section 7 Pain and palliative care
- Section 8 Infectious diseases
- Section 9 Sexually transmitted diseases
- Section 10 Environmental medicine, occupational medicine, and poisoning
- Section 11 Nutrition
- Section 12 Metabolic disorders
- Section 13 Endocrine disorders
- Section 14 Medical disorders in pregnancy
- Section 15 Gastroenterological disorders
- Section 16 Cardiovascular disorders
- Section 17 Critical care medicine
- Section 18 Respiratory disorders
- Section 19 Rheumatological disorders
- Section 20 Disorders of the skeleton
- Section 21 Disorders of the kidney and urinary tract
- Section 22 Haematological disorders
- Section 23 Disorders of the skin
- Section 24 Neurological disorders
- Section 25 Disorders of the eye
- Section 26 Psychiatric and drug-related disorders
- Section 27 Forensic medicine
- Section 28 Sport and exercise medicine
- Section 29 Biochemistry in medicine
- Section 30 Acute medicine