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Physiology in Munich from 1857 onwards. After numerous successful audiences with two of the kings of
Bavaria he had helped found the first three hygiene departments. In 1879 he finally achieved his goal of the creation of a standalone Institute of Hygiene in Munich. This institution was larger than his previous accommodations in the department of Physiology and allowed him to continue to his research and to gather a large cohort of research students under his teachings. The founding of his Institute of Hygiene drew significant international attention and was considered a model for many later institutions including the Johns Hopkins School of Hygiene and Public Health in Baltimore.
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research-oriented field. He is further responsible for the acceptance of hygiene as a science to be examined in medical schools and to be taught in specific hygiene departments. In 1865 his petitions to the government were accepted and three departments of hygiene were established in Munich, Würzburg, and
Erlangen. By 1882 hygiene was included in examinations for medical students in every major city of Germany. As one of the principal proponents for the field of hygiene in Munich he was responsible for giving presentations to government officials in order to secure funding for public health projects.
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food production system used in Munich. He argued that the system for the study of proper cattle feed was more well developed than that for humans and recommended civic funding for studying proper nutrition. He proposed that this study of nutrition was important specifically for the poor and those in strictly controlled environments such as prison because they were most at risk for obtaining sub-par nutrition due to their limited control over their food consumption.
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242:. During his career Koch identified and isolated a large number of bacterial strains and was a supporter of the theory that these germs were the main causes of disease. This placed him at odds with Pettenkofer's broader approach to disease that involved many other environmental factors in addition to the activity of the germ of a disease. The two scientists conflicted most notably over the subject of
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including: personal state of health, the fermentation of environmental ground water, and also the germ in question. He was most well known for his establishment of hygiene as an experimental science and also was a strong proponent for the founding of hygiene institutes in
Germany. His work served as an example which other institutes around the world emulated.
147:. This work derived from his position at the Munich mint and was centered around minimizing the costs of currency conversion by separating the precious metals from one another. The purer elements could then be utilized in other applications. Later in his career he continued published and spoke about the numerical relations between the
231:. He was also a strong proponent of regular bathing and changing of clothes in its relationship to health through the further regulation of the heat of the body. He advocated that health was the collective responsibility of a city to behave as best they are able to further the health of the general population.
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He further advocated for the construction of more spacious living accommodations. He asserted that there was a strong link between proper circulation of "good air" through houses, adequate space for living, and the health of the occupants. His beliefs aligned significantly with the school of thought
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to neutralise his stomach acid to counter a suggestion by Koch that the acid could kill the bacteria. Pettenkofer suffered mild symptoms for nearly a week but claimed these were not associated with cholera. The modern view is that he did indeed have cholera, but was lucky to just have a mild case
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One of the prevailing arguments of the day that
Pettenkofer focused on was the relationship between sewage and the health of a population. In one of his first major projects in his home city of Munich Pettenkofer advocated for the development of running water throughout the city. He also emphasized
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disposal. He was further known as an anti-contagionist, a school of thought, named later on, that did not believe in the then novel concept that bacteria were the main cause of disease. In particular he argued in favor of a variety of conditions collectively contributing to the incidence of disease
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where he applied his study of chemistry to the study of chemical reactions occurring within the body. This in particular focused on the study of the science of nutrition and the reactions in the body that consumed foods and produced the processes of the body. He further advocated for reform of the
227:. He firmly believed that the causes of disease were related to the multitude of environmental factors that the people of Munich were required to live in. Air was of a particular interest to him and he continued to advocate for its relevance to the processes of disease, specifically the spread of
159:. He rejected the current theory of triads and expanded the connections between the elements to larger groupings. He argued that the weights of different elements in a group were separated by multiples of a certain number that varied based upon the group. His work in this area was later cited by
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During his lifetime he received numerous accolades. He was presented with the title of "Honorary
Citizen" of Munich and given a gold medal. His work in hygiene precipitated the creation of the "Pettenkofer Foundation for Research in Hygiene" which received funding from the cities of Munich and
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In addition to the wide number of publications and lectures that he gave on the subject of public health
Pettenkofer was also involved in the initiative to create an Institute of Public Health in Munich. He continued research into a variety of fields listed above as head of the Institute of
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disposal. His attention was drawn to this subject by the unhealthy condition in Munich in the 19th century. Specifically he examined the field of hygiene and determined that there was a minimal amount of rigorous research. He was responsible for transitioning the field of hygiene into a
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from 1883 to 1894. In addition to his research publications he also gave a significant number of lectures to government officials in order to persuade them to provide funding for civic works and governmental oversight committees to promote and assess the state public health.
91:. After a falling out with a relative he was staying with he briefly entered the theater. He returned to his family to marry Helene Pettenkofer. A stipulation of his marriage was that he pursue another career and was advised to pursue medicine. He attended the
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the selection of the
Mangfall River, not the readily at hand and highly polluted Isar River, as the source of the city's drinking water. Many of his additions and plans for the city's sewage system are reflected today in the current sewage system layout.
127:, Pettenkofer was appointed chemist to the Munich mint in 1845. Two years later he was chosen as an extraordinary professor of chemistry at the medical faculty. In 1853 he was made a full professor and in 1865 he also became a professor of
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glass, the manufacture of illuminating gas from wood, the preservation of oil paintings, and an improved process for cement production among other things. The color-forming reaction known by his name for the detection of
517:, M. Ueber einen antiken rothen Glasfluss (Haematinon) und über Aventurin-Glas. Abhandlungen der naturw.-techn. Commission der k. b. Akad. der Wissensch. I. Bd. München, literar.-artist. Anstalt, 1856.
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in his construction of the
Periodic Table of Elements. He continued his publications in a wide variety of other fields as well including: the formation of
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370:. Twenty-three pioneers of public health and tropical medicine were chosen to feature on the School's building when it was constructed in 1929.
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309:. In the same magazine, Pettenkofer is recognized to have developed an accurate quantitative analysis method for determining atmospheric
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During his career his position as a strong proponent of public health at times placed him at odds with his contemporaries, most notably
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Pettenkofer's name is most familiar in connection with his work in practical hygiene, as an apostle of good water, fresh air and proper
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The 1899 handwritten manuscript 'On the self purification of rivers' and
Pettenkofer's papers can be found at the archives of the
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Pettenkofer published his views on hygiene and disease in numerous books and papers; he was an editor of the
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58:. He is known for his work in practical hygiene, as an apostle of good water, fresh air and proper
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799:"Epidemics in Western Society Since 1600: Lecture 13 — Contagionism versus Anticontagionism"
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In 1883 he was awarded a hereditary title of nobility and was given the title "Excellency."
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to the
Bavarian court and was the author of some chemical investigations on the vegetable
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In 1894 he retired from active work, and on 10 February 1901 he shot himself in a fit of
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was published in 1844. In his widely used method for the quantitative determination of
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In 1897 he was awarded the Harlen Medal from the British Institute of Public Health.
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Leipzig to fund research projects related to Hygiene and Public Health.
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in the presence of several witnesses on 7 October 1892. He also took
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Max Joseph von Pettenkofer's name features on the Frieze of the
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678:"Max Von Pettenkofer's collection entry at the LSHTM Archives"
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Who Goes First?: The Story of Self-experimentation in Medicine
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762:. Vol. 21 (11th ed.). Cambridge University Press.
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and he possibly had some immunity from a previous episode.
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Pettenkofer's name of the LSHTM Frieze in Keppel Street
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of ancient times was in fact a copper-colored glass.
155:. His theories were early in the development of the
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666:. Munn & Company. 16 January 1869. p. 39.
627:, pp. 24–25, University of California Press, 1987
489:The Periodic Table: Its Story and Its Significance
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843:People educated at the Wilhelmsgymnasium (Munich)
214:During his schooling he studied for a time under
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318:London School of Hygiene & Tropical Medicine
176:the gaseous mixture is shaken up with baryta or
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883:Recipients of the Pour le Mérite (civil class)
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131:. In his earlier years he devoted himself to
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99:, then studied pharmacy and medicine at the
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47:(3 December 1818 – 10 February 1901) was a
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542:Locher, Wolfgang Gerhard (November 2007).
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