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Influence of Galen on Anatomy in Early Modern Era
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Andreas Vesalius was born in 1514, and is best known for his skills in dissection. Vesalius’s ideas and discoveries impacted the medical field, and his contributions became turning points in the study of anatomy. He proved Galen’s old theories wrong, published his new thoughts and findings in De Humani Corporis Libri Septem, and by doing so, introduced new views on teaching anatomy. Considering all of his significant additions to science, Andreas Vesalius is often credited to be the father of modern anatomy.
Claudius Galenus was a Greek physician who lived from 129-216 AD. Although his main research was in the field of physiology, he became famous for his work in anatomy. His teachings were essentially used at all universities when it came to anatomy and medical education during Vesalius’s time. “Even 1000 years after Galen’s death almost no original anatomical inquiries were performed.” (www.bl.uk /learning/artimages/bodies/vesalius /renaissance Accessed on 4/26/14) Galen’s theories were presumed correct, and hardly any new advances were made in anatomy for hundreds of years. Therefore, Galen remained the dominant source for information on the human body.
Vesalius went to school in Paris and the University of Padua, studying medicine, anatomy, and learning from classical Galenic texts. After he graduated, he became a professor and lectured surgery and anatomy at the university. He wanted to become independent from Galen’s educational authority and had the desire to perform his own dissections. However, in the 15th century, acquiring a human corpse wasn’t easy. The church was very strict and didn’t allow human dissections, and if Vesalius were to get a body, it would have to be dissected in the winter. There wasn’t a way to p...
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...cam.ac.uk/ vesalius-great-work Accessed on 4/26/14) This approach is what incited a scientific revolution when it came to how new discoveries were made, and it challenged future generations to find out more about the world around them and correct old theories.
Andreas Vesalius had achieved so much in his life time. He was a brilliant man whose anatomical ideas and theories are still present in the 21st century. Vesalius proved hundred year old teachings to be incorrect, published the influential De Humani Corporis, and forever changed the way discoveries in science are made. Vesalius’s presence is still around, and many medical outbreaks can be linked to his work. His contributions to medicine and anatomy were so vital, that if it wasn’t for him, the human population could’ve been centuries behind in finding the cures and technology to help the people of the world.
...m these advancements that are from human body parts. Instead, it is imperative to honor and preserve those who have made these interventions possible
The Beauty of Bodysnatching written by Burch Druin is a fascinating biography of Astley Cooper, an English Surgeon, and Anatomist, who gained worldwide fame in support of his contribution to Vascular Surgery and a further area of expertise. The extract gives a reflective insight into Cooper’s contribution to study of Anatomy and medicine. Cooper enjoyed the job of body snatching, which helped him to conduct a series of discoveries that were important for the future study and understanding of Physiology. In the Romantic era, when prettiness or horror was a sensitive matter and extensive concern at that time many physicians discouraged surgery, but Cooper passionately practiced it.
In modern medicine when an ailment arises it can be quickly diagnosed, attributed to a precise bacteria, virus, or body system, and treated with medication, surgery or therapy. During the time before rational medical thought, this streamlined system of treatment was unheard of, and all complaints were attributed to the will of the multitude of commonly worshiped Greek gods (Greek Medicine 1). It was during the period of Greek rationalism that a perceptible change in thought was manifested in the attitudes towards treating disease. Ancient Greece is often associated with its many brilliant philosophers, and these great thinkers were some of the first innovators to make major developments in astrology, physics, math and even medicine. Among these academics was Hippocrates, one of the first e...
In 1615 at the age of 37 Harvey became the Lumleian Lecture specializing in Surgery. William Harvey discovered his finding of the Circulation of Blood by ignoring medical textbooks and dissecting animals. He gained all or most of his learnings from observations of cutting open veins and arteries of living animals. Many people of this modern time thought because there weren’t any anesthetics that Harvey was cruel for cutting open living animals. I think that if it wasn’t for William Harvey and all of his studies and dissections that we wouldn’t be able to learn teach and save as many people as we can today. We as people have learned a lot from the many studies and dissections throughout Harvey’s lifetime. We have learned that blood, arteries, and veins are all within the same origin, blood in the arteries sent to the tissues are not stay there, the body‘s circulation mechanism was designed for the movement of liquid and that blood carrying air is still blood, the heart moves all movements of blood not the liver, hearts contract the same time as the pulse is felt, ventricle’s squeeze blood into main arteries, the pulse is formed by blood being pushed into arteries making them bigger, there are no vessels in the heart’s septum, lastly there is no to in from of blood in the veins there is only
Furthermore, Aristotle and Galen’s theories contributed to the Renaissance revival of heart anatomy. This reawakening made it possible for physicians to indicate the basic arrangement of the heart. It became commonly accepted that the heart was divided into four parts: two ventricles (lower chambers that pump blood out) and two auricles (upper chamber that r...
“Surgery.” Brought to Life Exploring the History of Medicine. Science Museum, London, n.d. Web. 23 Jan. 2014.
...nderstanding of human anatomy. The Kahun Gynaecological papyrus was the first to acknowledge the female anatomy almost solely. Ancients were able to detect pregnancy, as well as how to prevent pregnancy. The Kahun papyrus also included a short section on veterinary medicine which shows their level of understanding of animals anatomy as well. The Hearst papyrus is composed of several general medical problems and how to treat them. Finally, the Berlin papyrus is made up of several sections including : general treatments and diagnoses, gynaecological prescriptions, and a large portion dedicated to spells and magic. Overall, as shown by the five papyri the Ancient Egyptians had an extremely civilized manner of diagnosing and treating common aliments of their time. Their incredible knowledge not only human but animal anatomy allowed them to successfully treat patients.
The term autopsy also referred to as “Post-mortem examination”, “necropsy”, “obduction” and “ autopsia cadaverum” originates from the Latin language and denotes to “open, cut/dissect”. Another origin is from two Greek terms “aut” (self) and “opsie” (to see, to conduct a personal inspection) hence, autopsy refers to the opening/dissection of a cadaver to see for oneself, through observation, the cause of death or the nature of disease contrary to what has been reported by another party. Autopsy practice has been in existence since over 3000 years ago. It was however, not until the Renaissance in Europe that autopsy became standard practice (1,2). The link between clinical syndromes and postmortem findings is credited to the Dutch physician Herman Boerhaave (3).
Tsiompanou, Eleni, and Marketos, Spyros G. “Hippocrates: timeless still”. J R Soc Med 106 (2013): 288–92.
K, A. "Leonardo Da Vinci as Anatomist." British Medical Journal 1.3673 (1931): 950-951. Web. 26 May 2010.
Perhaps one of the greatest accomplishments of the 3rd century was made by Eratosthenes, who calculated the circumference of the earth within 300 miles of its actual distance. Also, the Alexandrians made great leaps forward in the field of medicine. Hippocrates, who is regarded as the father of modern medicine wrote 53 books on medicine. Later, Herophilus became the first to dissect a human corpse and document in great detail the inside of a human body. Furthermore, he and almost all Egyptian, Greek, and Roman doctors put great stress on the importance of hygiene, diet, exercise and bathing, which are still some of the foundations of modern health. However, the greatest overall advancements that the Alexandrians made great were technological advancements. One man who helped move technology of the ancient world forward the most was Hero, who invented the water clock and the steam turbine. Some of the inventions created by the Alexandrians are still used today, such as levers, pulleys, pumps, screws, springs, and
Hippocratic medicine is one of Greece’s most ancient and lasting contributions to science and medicine, unlike today physicians depend more on equipment’s when diagnosing patients. Physicians in the Hippocratic era had nothing to depend on but where forced to create a journal system which explained the steps to curing based upon their common scientific theories of their time. Hippocrates is seen as the father of medicine even in our modern era, even though he lived before the birth of Christ. He worked on the assumption that all diseases and illnesses had a natural cause as well as a natural cure rather than supernatural one. It was Hippocrates who finally freed medicine from the shackles of magic, superstition, and the supernatural. (Greek Medicine: Hippocrates 2014)
During Vesalius early studies in Paris, a professor named Jacques DuBois had an influence on Vesalius. During DuBois classes he would conduct a lecture, while his assistants dissected and demonstrated the lectures topic. This method of teaching struck a major curiosity in Vesalius. DuBois stated, “[that] progress in knowledge beyond Galen is impossible” (1). This belief however did not stop Vesalius
Amidst many similarities, the rift between ancient and modern science is enormous and has frequently left historians puzzled. Although it is clear to historians that the stagnant science of ancient times developed into the modern scientific pursuit in the 17th century, it is not clear what specifically caused this revolution of scientific thought.
The term autopsy also referred to as “Post-mortem examination”, “necropsy”, “obduction” and “ autopsia cadaverum” originates from the Latin language and denotes to “open, cut/dissect”. Another origin is from two Greek terms “aut” (self) and “opsie” (to see, to conduct a personal inspection) hence, autopsy refers to the opening/dissection of a cadaver to see for oneself, through observation, the cause of death or the nature of disease contrary to what has been reported by another party. Autopsy practice has been in existence since over 3000 years ago. It was however, not until the Renaissance in Europe that autopsy became standard practice (1,2). The link between clinical syndromes and postmortem findings is credited to the Dutch physician Herman Boerhaave (3).