6.1.1
The Role of Individuals
Individuals
Individuals
Individuals and their discoveries drove advances in medicine during this period.
Claudius Galen (born 129 AD)
Claudius Galen (born 129 AD)
- Galen built on the medical ideas of Hippocrates. He thought that imbalances in the four humours of the body caused diseases.
- He encouraged doctors to use urine samples and monitor pulses to reach diagnoses.
- Conclusion: As he believed in one God, the Christian Church supported his ideas. This made his ideas influential for over 1400 years.
Louis Pasteur (1822-1895)
Louis Pasteur (1822-1895)
- Pasteur argued that germs in the air could cause chemical reactions and disease.
- His findings led him to discover the possibility of vaccinations, including anthrax and rabies.
- Conclusion: Pasteur changed the way people thought about disease through Germ Theory.
Paul Ehrlich (1854-1915)
Paul Ehrlich (1854-1915)
- Paul Ehrlich built on the work of Robert Koch.
- His theory of 'magic bullets' formed the basis for chemotherapy.
- Conclusion: Ehrlich's work is an important example of a scientist building on someone else's work to advance scientific understanding. This was the only way for major new discoveries to occur.
Andreas Vesalius (1514-1564)
Andreas Vesalius (1514-1564)
- Vesalius used dissections to counteract Galen's understanding of the human body.
- His work inspired anatomists including Fabricus and Fallopius.
- Conclusion: Vesalius is a good example of one scientist disproving another's theory to bring about progress.
William Harvey (1578-1657)
William Harvey (1578-1657)
- Harvey challenged Galen's understanding of blood. He argued (correctly) that blood circulated around the body.
- He did not understand yet why blood needed to circulate around the body or its full function.
- Conclusion: Harvey was a good example of an interim discovery. He had not fully understood the issue but he advanced scientific thinking.
John Snow (1813-1858)
John Snow (1813-1858)
- After the 1854 cholera outbreak in London, Snow discovered a link between contaminated water and the disease.
- He used William Farr's medical statistics to support his conclusions.
- Conclusion: Snow is a good example of a scientist during the period observing real-world problems and working to solve them.
Alexander Fleming (1881-1955)
Alexander Fleming (1881-1955)
- Through his accidental findings in 1928, Fleming was able to discover Penicillin (a fungus).
- It was not until Florey and Chain read his work and ran more experiments that Fleming's results were confirmed.
- Conclusion: Penicillin only went into widespread use when the government justified funding it because of the war.
1Medicine in Medieval England
1.1Ideas about the Cause of Disease & Illness
1.2Approaches to Prevention & Treatment
2The Medical Renaissance in England
2.1Ideas about the Cause of Disease & Illness
2.2Approaches to Prevention & Treatment
3Medicine in 18th & 19th Century Britain
3.1Ideas about the Cause of Disease & Illness
3.2Approaches to Prevention & Treatment
4Medicine in Modern Britain
4.1Modern Understanding of Disease
4.2Approaches to Prevention & Treatment
5Treatment in WW1
6Themes in Medicine
7Some Extra Context (Not Compulsory for Exam)
7.1Medieval Medicine
Jump to other topics
1Medicine in Medieval England
1.1Ideas about the Cause of Disease & Illness
1.2Approaches to Prevention & Treatment
2The Medical Renaissance in England
2.1Ideas about the Cause of Disease & Illness
2.2Approaches to Prevention & Treatment
3Medicine in 18th & 19th Century Britain
3.1Ideas about the Cause of Disease & Illness
3.2Approaches to Prevention & Treatment
4Medicine in Modern Britain
4.1Modern Understanding of Disease
4.2Approaches to Prevention & Treatment
5Treatment in WW1
6Themes in Medicine
7Some Extra Context (Not Compulsory for Exam)
7.1Medieval Medicine
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