Medical discoveries
This selection brings together events, individual lives, and awards related to medicine. Those types can be separated in the atlas: a biography or prize is not equivalent to a medical discovery.
- Canonical records
- 400
- Events
- 155
- People
- 236
- Processes and periods
- 9
Topics represented
Medicine (270) · Nobel laureates (233) · People (233) · Physiology or Medicine (116) · Nobel Prizes (116) · Science (43) · Epidemics & public health (7) · Personas científicas (6) · Roman Empire (3) · Vacunación (3) · VIH/sida (3) · Antirretrovirales (2)
View distribution by region and period
| Region | Before 3000 BCE | 3000–1 BCE | 1–1499 | 1500–1799 | 1800–1899 | 1900–1999 | Since 2000 |
|---|---|---|---|---|---|---|---|
| Africa | 0 | 0 | 3 | 0 | 2 | 3 | 0 |
| Americas | 0 | 0 | 0 | 0 | 26 | 115 | 2 |
| Asia | 0 | 0 | 4 | 0 | 2 | 12 | 0 |
| Europe | 0 | 1 | 3 | 4 | 58 | 170 | 28 |
| Oceania | 0 | 0 | 0 | 0 | 2 | 6 | 0 |
| Global / no specific region | 0 | 1 | 1 | 0 | 2 | 13 | 1 |
Records and sources
Ordered by start date. Long lives and processes may begin before the period you want to study.
c. 460 BCE–c. 375 BCE
HippocratesA Greek physician associated with the Hippocratic tradition. Attribution of individual texts in the Hippocratic Corpus varies, so this entry represents the person and medical tradition rather than a sole author of every treatise.
c. 400 BCE–c. 300 BCE
Hippocratic CorpusThe collection brings together Greek medical treatises by different authors and from different dates. Its clinical-observation accounts do not justify attributing every text to Hippocrates.
c. 165–c. 180
Antonine plagueA widespread epidemic affected the empire from 165/166 until at least 180; Galen witnessed part of it. Its cause and exact demographic impact are debated, so no mortality totals are assigned here.
c. 249–c. 270
Epidemic associated with CyprianLater sources and Christian testimony describe an epidemic around the time of Cyprian of Carthage. Its disease identity and scale remain uncertain; it is recorded as health and social context, not a confirmed diagnosis.
c. 541–c. 544
First documented Justinianic plague outbreakLate Antique sources record a plague outbreak between 541 and 544 in territories of the eastern empire. Biomolecular evidence supports identification with Yersinia pestis, but its mortality, reach, and historical weight remain debated.
980–1037
Avicenna (Ibn Sina)A Persian physician and philosopher whose works circulated widely in Arabic and Latin. This entry focuses on his intellectual and medical career, not a retrospective assessment of all premodern medicine.
c. 1025
Avicenna’s Canon of MedicineAvicenna compiles the Canon of Medicine, a medical synthesis influential in the Islamic world and, through Latin translations, in medieval Europe. Its composition date is approximate.
1543
Modern human anatomyAndreas Vesalius publishes De humani corporis fabrica, a landmark for anatomy grounded in direct observation.
1628
Blood circulationWilliam Harvey describes systemic blood circulation and the heart’s role as a pump.
1676
Microorganisms observedAntonie van Leeuwenhoek reports microscopic observations of tiny organisms, opening a new biological world.
1796
Smallpox vaccinationEdward Jenner demonstrates protection through cowpox inoculation, a foundation of modern vaccination.
c. 1816
Laennec’s stethoscopeRené Laennec devises the stethoscope and develops mediate auscultation; he published his treatise on the method in 1819. The innovation changes physical examination without replacing its other clinical methods on its own.
1841–1917
Theodor KocherTheodor Kocher (1841–1917) appears in the official census of individual laureates for Physiology or Medicine (1909). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1843–1910
Robert KochRobert Koch (1843–1910) appears in the official census of individual laureates for Physiology or Medicine (1905). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1843–1926
Camillo GolgiCamillo Golgi (1843–1926) appears in the official census of individual laureates for Physiology or Medicine (1906). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1845–1922
Alphonse LaveranAlphonse Laveran (1845–1922) appears in the official census of individual laureates for Physiology or Medicine (1907). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1845–1916
Ilya MechnikovIlya Mechnikov (1845–1916) appears in the official census of individual laureates for Physiology or Medicine (1908). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1846
Surgical anesthesiaThe public ether-anesthesia demonstration transforms surgery by enabling operations without conscious pain.
1847
Clinical hand hygieneIgnaz Semmelweis shows that hand disinfection sharply reduces puerperal fever.
1849–1936
Ivan PavlovIvan Pavlov (1849–1936) appears in the official census of individual laureates for Physiology or Medicine (1904). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1850–1935
Charles RichetCharles Richet (1850–1935) appears in the official census of individual laureates for Physiology or Medicine (1913). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1852–1934
Santiago Ramón y CajalSantiago Ramón y Cajal (1852–1934) appears in the official census of individual laureates for Physiology or Medicine (1906). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1853–1927
Albrecht KosselAlbrecht Kossel (1853–1927) appears in the official census of individual laureates for Physiology or Medicine (1910). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1854–1917
Emil von BehringEmil von Behring (1854–1917) appears in the official census of individual laureates for Physiology or Medicine (1901). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1854–1915
Paul EhrlichPaul Ehrlich (1854–1915) appears in the official census of individual laureates for Physiology or Medicine (1908). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1854
Cholera epidemiologyJohn Snow links London cholera cases to a contaminated water pump, a landmark in modern epidemiology.
1857–1932
Ronald RossRonald Ross (1857–1932) appears in the official census of individual laureates for Physiology or Medicine (1902). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1857–1940
Julius Wagner-JaureggJulius Wagner-Jauregg (1857–1940) appears in the official census of individual laureates for Physiology or Medicine (1927). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1857–1952
Sir Charles SherringtonSir Charles Sherrington (1857–1952) appears in the official census of individual laureates for Physiology or Medicine (1932). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.
1858–1930
Christiaan EijkmanChristiaan Eijkman (1858–1930) appears in the official census of individual laureates for Physiology or Medicine (1929). This record represents the person’s life; each award is dated separately, and the prize year does not stand for the date of their whole body of work.