shipslides
Health14 slides0 views

Medical History

"It is more important to know what sort of person has a disease than to know what sort of disease a person has." — attributed to Hippocrates of Kos (c. 460...

StandaloneDownload
Sandboxed deck
Open raw
Shared with ShipslidesCreate your own deck →

About this HTML presentation

This Shipslides page presents Medical History as an interactive HTML presentation deck in the Health catalog with 14 slides. The share page keeps the uploaded deck sandboxed while exposing readable context, topics, and a slide outline for viewers and search engines.

"It is more important to know what sort of person has a disease than to know what sort of disease a person has." — attributed to Hippocrates of Kos (c. 460 — c. 370 BCE). Key sections include: A History of Medicine; Hippocrates and the Birth of Clinical Medicine; Ibn Sina and the Canon; Vesalius cuts the body open; Harvey traces the loop; Jenner, the milkmaid, and cowpox; Morton, ether, and painless surgery; Pasteur, Lister, and the invisible enemy; Fleming's accident, Florey's translation; Salk, Sabin, Hilleman.

Key sections

  • 01A History of Medicine
  • 02Hippocrates and the Birth of Clinical Medicine
  • 03Ibn Sina and the Canon
  • 04Vesalius cuts the body open
  • 05Harvey traces the loop
  • 06Jenner, the milkmaid, and cowpox
  • 07Morton, ether, and painless surgery
  • 08Pasteur, Lister, and the invisible enemy
  • 09Fleming's accident, Florey's translation
  • 10Salk, Sabin, Hilleman
  • 11Watson, Crick, Franklin, and the double helix
  • 12Seeing inside, healing more
  • 13From Karikó's exile to global vaccination
  • 14Where to read further

Topics covered

healthmedicalhistory

Related decks

Health20 slides

The Science of Sleep

Health31 slides

Dental Health

Health32 slides

Epidemiology

Health31 slides

Exercise Physiology

Slide outline
  1. 01A History of Medicine
  2. 02Hippocrates and the Birth of Clinical Medicine
  3. 03Ibn Sina and the Canon
  4. 04Vesalius cuts the body open
  5. 05Harvey traces the loop
  6. 06Jenner, the milkmaid, and cowpox
  7. 07Morton, ether, and painless surgery
  8. 08Pasteur, Lister, and the invisible enemy
  9. 09Fleming's accident, Florey's translation
  10. 10Salk, Sabin, Hilleman
  11. 11Watson, Crick, Franklin, and the double helix
  12. 12Seeing inside, healing more
  13. 13From Karikó's exile to global vaccination
  14. 14Where to read further
Page data
Canonical
https://shipslides.com/d/health-medical-history
Category
Health
Size
23.5 KB
Updated
2026-05-17
LLM text
https://shipslides.com/d/health-medical-history/llms.txt

Presentation Transcript

Detailed slide-by-slide text content extracted from this presentation.

Slide 01

Hippocrates and the Birth of Clinical Medicine

  • Chapter I — Antiquity
  • "It is more important to know what sort of person has a disease than to know what sort of disease a person has." — attributed to Hippocrates of Kos (c. 460 — c. 370 BCE).
  • Greek medicine before Hippocrates was largely supernatural — diseases were sent by gods. The Hippocratic Corpus shifted the frame: disease arises from natural causes (imbalances of the four humors — blood, phlegm, black bile, yellow bile) and is studied by careful observation. The Hippocratic Oath, in modernized forms, still anchors medical ethics.
  • In Rome, Galen of Pergamon (129 — c. 216 CE) systematized anatomy and physiology through dissections of Barbary apes and pigs. His authority dominated Western medicine for fourteen centuries — including many errors that direct human dissection would have corrected.
Slide 02

Ibn Sina and the Canon

  • Chapter II — Islamic Golden Age
  • Between the 8th and 14th centuries, scholars in Baghdad, Cairo, Córdoba, and Damascus translated Greek medical works into Arabic, expanded them, and created some of the world's first hospitals (bimaristans). Major figures:
  • Al-Razi (Rhazes)
  • 854 — 925 CE, Persia
  • Distinguished smallpox from measles; wrote the encyclopedic Kitab al-Hawi.
  • Ibn Sina (Avicenna)
  • c. 980 — 1037, Persia
  • The Canon of Medicine (1025) — a Latin-translated standard text in European universities into the 17th century.
  • Al-Zahrawi
  • 936 — 1013, al-Andalus
  • Father of modern surgery; described 200+ instruments still recognizable today.
Slide 03

Vesalius cuts the body open

  • Chapter III — Renaissance Anatomy
  • For more than a millennium, European medical students learned anatomy from Galen — and, when discrepancies appeared in cadavers, blamed the cadaver. Andreas Vesalius (1514–1564), a Flemish anatomist at Padua, did the dissecting himself and corrected hundreds of Galen's errors.
  • His De humani corporis fabrica (1543), illustrated with woodcuts of unprecedented accuracy, was published the same year as Copernicus's De revolutionibus. Two revolutions — the heavens and the human — began together.
  • Fig. 3.1 · After Vesalius, 1543.
Slide 04

Harvey traces the loop

  • Chapter IV — Circulation
  • William Harvey (1578–1657), an English physician trained in Padua, demonstrated in De Motu Cordis (1628) that blood circulates in a closed loop driven by the heart — overturning Galen's theory that blood was continuously produced by the liver and consumed in the tissues. Harvey reasoned by quantification: the volume the heart pumps per hour vastly exceeds what could be produced; therefore it must return.
  • The capillaries closing the loop awaited Marcello Malpighi (1661), with the new microscope.
Slide 05

Jenner, the milkmaid, and cowpox

  • Chapter V — Vaccination
  • In 1796, Edward Jenner observed that milkmaids who had contracted cowpox (a mild disease) seemed protected from smallpox (a devastating one). He inoculated 8-year-old James Phipps with material from a cowpox lesion, then with smallpox; Phipps did not develop smallpox. The Latin vacca (cow) gave us "vaccination."
  • Smallpox killed an estimated 300 million people in the 20th century alone. The WHO declared it eradicated in 1980 — the only human disease ever eliminated.
  • "The annihilation of the smallpox, the most dreadful scourge of the human species, must be the final result of this practice." — Edward Jenner, 1801.
Slide 06

Morton, ether, and painless surgery

  • Chapter VI — Anesthesia
  • Before October 16, 1846, surgery was performed on conscious patients restrained by force or alcohol. Speed mattered more than precision. On that day, dentist William T. G. Morton publicly demonstrated diethyl ether anesthesia at Massachusetts General Hospital — surgeon John Collins Warren removed a tumor from a patient's neck without pain. "Gentlemen, this is no humbug," Warren reportedly said.
  • Chloroform soon followed (James Young Simpson, 1847), then cocaine for local anesthesia (Carl Koller, 1884), and the modern menagerie of inhaled and intravenous agents.
Slide 07

Pasteur, Lister, and the invisible enemy

  • Chapter VII — Antisepsis & Germ Theory
  • YearEvent
  • 1847Ignaz Semmelweis cuts puerperal-fever death rates by hand-washing in Vienna; ridiculed by colleagues.
  • 1854John Snow traces London cholera outbreak to Broad Street pump.
  • 1861Louis Pasteur disproves spontaneous generation; proposes germ theory.
  • 1865Joseph Lister introduces carbolic acid surgical antisepsis at Glasgow Royal Infirmary.
  • 1876Robert Koch isolates Bacillus anthracis, founds modern bacteriology.
  • 1882Koch identifies Mycobacterium tuberculosis.
  • 1885Pasteur saves Joseph Meister with rabies vaccine.
  • 1890Koch's postulates for establishing causation.
Slide 08

Fleming's accident, Florey's translation

  • Chapter VIII — Antibiotics
  • In 1928, Alexander Fleming returned from a holiday to find a Staphylococcus culture contaminated by a mold (Penicillium notatum) that was clearing the bacteria around it. He named the antibacterial substance penicillin and published. He could not produce it in quantity.
  • It took Howard Florey, Ernst Chain, and Norman Heatley at Oxford a decade later to purify and produce penicillin in clinical doses. By D-Day (1944), Allied forces had supplies; by 1945, the Nobel committee honored all three. Penicillin began the antibiotic era — and the resistance era it created.
Slide 09

Salk, Sabin, Hilleman

  • Chapter IX — Modern Vaccines
  • Jonas Salk
  • Inactivated polio, 1955
  • Refused to patent the vaccine. "Could you patent the sun?" Polio cases dropped 90% in five years.
  • Albert Sabin
  • Oral polio, 1961
  • Live attenuated; cheaper, easier to deliver. Backbone of global polio eradication.
  • Maurice Hilleman
  • 40+ vaccines including measles, mumps, rubella, hepatitis B
  • The most prolific vaccinologist in history; estimated to save ~8 million lives a year.
Slide 10

Watson, Crick, Franklin, and the double helix

  • Chapter X — DNA & Molecular Medicine
  • In 1953, James Watson and Francis Crick — using X-ray diffraction images obtained by Rosalind Franklin and Maurice Wilkins — proposed the double-helix structure of DNA. The molecular era of medicine had begun.
  • Sequencing of the first human genome (Human Genome Project, completed 2003, $2.7 billion) took 13 years. By 2024, a clinical-grade human genome cost under $200 and could be done in a day. This compression underwrites pharmacogenomics, precision oncology, and gene therapies.
Slide 11

Seeing inside, healing more

  • Chapter XI — Imaging & Surgery
  • Wilhelm Röntgen's X-rays (1895), Godfrey Hounsfield's CT (1971), Paul Lauterbur and Peter Mansfield's MRI (1973), and PET in the 1970s gave medicine the ability to see inside without cutting. Heart-lung bypass (Gibbon, 1953) made open-heart surgery possible. Christiaan Barnard's first heart transplant (Cape Town, 1967), kidney transplants from Joseph Murray (1954), and bone-marrow transplant from E. Donnall Thomas (1957) extended the boundary of what could be replaced.
Slide 12

Slide 12

  • Chapter XII — A century in photographs
  • A modern operating theatre. The descendants of Lister's carbolic spray are now sterile fields, laminar airflow, and electronic monitoring.
Slide 13

From Karikó's exile to global vaccination

  • Chapter XIII — mRNA and the future
  • Hungarian biochemist Katalin Karikó spent decades pursuing messenger RNA as a therapeutic platform — through tenure denials, demotions, and a cancer diagnosis. With Drew Weissman at Penn (2005), she discovered that pseudouridine modification could prevent mRNA from triggering destructive immune responses. The breakthrough enabled the BioNTech and Moderna COVID-19 vaccines, deployed at unprecedented speed in 2020. Karikó and Weissman won the Nobel Prize in Physiology or Medicine in 2023.
  • The platform now extends to influenza, RSV, and personalized cancer vaccines in trial.
Slide 14

Where to read further

  • Chapter XIV — Sources
  • Crash Course History of Science — Medicine
  • Hank Green's accessible series traces the history of science, with several episodes dedicated to the development of medicine.
  • Watch on YouTube →
  • Books: Roy Porter, The Greatest Benefit to Mankind (1997); Sherwin Nuland, Doctors: The Biography of Medicine (1988); Siddhartha Mukherjee, The Emperor of All Maladies (2010); Atul Gawande, Better (2007).
  • Educational content. Historical figures and dates are widely documented; details vary by source. Not medical advice.
Remove this deck