Renaissance
- Created by: Former Member
- Created on: 02-06-13 16:24
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- Renaissance
- Public Health
- The poor went to the barbers in towns, or country side, but they weren't well trained.
- Rich People went to early modern physicians who were well educated and trained.
- Houses was made of wood, horse dung and mud.
- This attracted rats, fleas and lice.
- Pare
- His cautery oil ran out that he used to treat wounds on the battle fields.
- He improvised with egg yolk and rose oil, which actually turned out that wounds healed better with it.
- He used catgut ligatures to tie arteries instead of cauterizing the wound.
- His cautery oil ran out that he used to treat wounds on the battle fields.
- Vesalius
- Dissection was banned so he sneaked into graveyards after dark and stole dead bodies to dissect.
- He proved Galen wrong about how the muscle is attached to the bone, and how the jaw has one bone and not two.
- Dissection was banned so he sneaked into graveyards after dark and stole dead bodies to dissect.
- Public Health
- Harvey
- Renaissance
- Public Health
- The poor went to the barbers in towns, or country side, but they weren't well trained.
- Rich People went to early modern physicians who were well educated and trained.
- Houses was made of wood, horse dung and mud.
- This attracted rats, fleas and lice.
- Pare
- His cautery oil ran out that he used to treat wounds on the battle fields.
- He improvised with egg yolk and rose oil, which actually turned out that wounds healed better with it.
- He used catgut ligatures to tie arteries instead of cauterizing the wound.
- His cautery oil ran out that he used to treat wounds on the battle fields.
- Vesalius
- Dissection was banned so he sneaked into graveyards after dark and stole dead bodies to dissect.
- He proved Galen wrong about how the muscle is attached to the bone, and how the jaw has one bone and not two.
- Dissection was banned so he sneaked into graveyards after dark and stole dead bodies to dissect.
- Public Health
- Renaissance
- Factors
- Communication: the printing press was developed which meant that ideas could spread more quickly.
- Books could be swapped and taken from other countries so that knowledge could be passed on.
- Religion: the Church was still powerful, but people began to challenge them.
- War: Pare developed his surgical methods at the battlefields.
- Also chance.
- War speeds up technology (guns) so medicine had to speed up.
- Individuals: Pare, Harvey and Vesalius made big contributions.
- Communication: the printing press was developed which meant that ideas could spread more quickly.
- People that went to new places to explore brought back new ideas.
- Communication: the printing press was developed which meant that ideas could spread more quickly.
- Books could be swapped and taken from other countries so that knowledge could be passed on.
- Communication: the printing press was developed which meant that ideas could spread more quickly.
- Technology: The development of the water pump helped William Harvey with his ideas about the heart.
- Factors
- Religion: the Church was still powerful, but people began to challenge them.
- War: Pare developed his surgical methods at the battlefields.
- Also chance.
- War speeds up technology (guns) so medicine had to speed up.
- Individuals: Pare, Harvey and Vesalius made big contributions.
- Factors
- Their towns were similar to Medieval towns - they were filthy with no sewers or water pipes. Garbage and human was thrown onto the streets.
- In 1575 he released a book saying changes that should be made in the way surgeons treated wounds.
- Treatments
- A lucky hare's foot
- pressing a plucked chicken against plague pores until the chicken died.
- A lucky hare's foot
- Perfumes
- Treatments
- A lucky hare's foot
- pressing a plucked chicken against plague pores until the chicken died.
- A lucky hare's foot
- Treatments
- Leeches
- Smoking tobacco
- In the 19th Century Edward Jenner found out how vaccination could prevent disease, like injecting someone with cow pox prevent people from getting small pox.
- No one knew why, so nothing came of it.
- In 1836 he discovered spermatic vessels.
- He became a professor at Padua University.
- He published a book called ' Fabrics of the human body' with high quality annotated illustrations.
- Studied at Padua and Cambridge Universities.
- Harvey
- Harvey
- He became a doctor to Charles I and James I.
- He calculated that it was impossible for blood to be burned up in the muscles. Which was Galen's idea.
- In figured out from water pumps that the is pumped around the body, and it doesn't pass through the heart.
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