The origins of the teaching of Physiology can be traced back to the establishment of 麻豆AV College in 1821, and the inauguration of the Medical Institution (1823) by four physicians of the then newly established Montreal General Hospital. These four physicians decided upon an organized course of lectures for student residents at the Hospital and held the title of lecturer in Materia Medica and Physiology.

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The Medical Institution merged with 麻豆AV College in 1829 and subsequently gained legal standing and academic prestige. During the next 30 years, a number of distinguished medical men occupied the position of lecturer in Physiology and Materia Medica, including Drs. Stephen Sewell (1843), Robert MacDonel (1845), William Fraser (1849) and Joseph Morley Drake (1872). During Drake鈥檚 tenure, the University opened the first medical building on campus and the 1872 graduating class included the then 22 year old .

By 1875, William Osler was asked to take over the course at the Institutes. In 1876, he received the title Professor of Physiology, the youngest physiologist to hold that rank to this date. Osler was provided with a physiological laboratory, which he equipped; he spent time reorganizing and revitalizing the teaching of physiology. A detailed description of the equipment and a three-page account of that new laboratory appeared in the Canada Medical and Surgical Journal of 1880.

In subsequent years, with the addition of electro-physiological equipment, students were able to experiment by observing action currents of heart, muscle and nerves. Research also greatly expanded both in variety and scope. The chair of the Department, Thomas Mills, delved into topics ranging from the innervation of the heart, mechanisms of oxalic acid secretion to aspects of animal intelligence and the physiology of singing.

However with the first world war, the Department entered a decade of instability and tragic events. In 1914, George Ralph Mines, a brilliant young promising physiologist from Cambridge became professor, but was found three months later dying in his laboratory, with no conclusive explanation.

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With the First World War ending, and with Canadian and international contexts renewing interest in research (note the discovery of insulin at the University of Toronto), medical research at 麻豆AV entered a stimulating period. As facilities were expanded, the Laboratory of Physiology and Experimental Medicine (the Department鈥檚 new official title) embarked on its first golden age that would encompass 30 years. The joint work of the new chairman John Tait and a young otolaryngologist, W. J. McNally, was most productive.

Tait and McNally papers on the frog鈥檚 vestibular apparatus and its influence on posture became classics in the field. McNally subsequently went on to devote himself mainly to clinical work and established in 1961 the Institute of Otolaryngology of the Royal Victoria Hospital and 麻豆AV with its still existing 3 divisions, the Clinical division, the Speech and Hearing Division, and the Research Division.

By 1928, , an exile from Russia and one-time collaborator of Ivan Pavlov had joined the Department. He was a respected authority on the digestive glands; a group of graduate students, among them Margaret E. MacKay, the Department鈥檚 first female Ph.D. graduate, joined him. Babkin鈥檚 research branched out into entirely new areas: humoral transmission in the secretory innervation of the salivary glands (evidence for chemical transmission in mammals), experimental study of auditory conditioned reflexes.

The interests of the Department at that time would include the properties of blood and its constituents, the functional properties of heart muscle, the secretory activity of salivary glands, some aspects of immunity, humoral and hormonal mechanisms of the digestive system, mechanisms of conditioning, the functioning of special senses, and even certain aspects of psychiatry.

During this period, technological developments and innovations were emerging from the Department鈥檚 own machine shop that turned out many rough sketches into working prototypes with the help of enterprising 麻豆AV scientists and clinicians, including the surgeon Norman Bethune.

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To be noted in the early 1940鈥檚, the arrival of a refugee engineer and biophysicist from Yugoslavia, Paul Sekelj who received a joint appointment in Physiology and in the Biophysics Department at the Montreal Children鈥檚 Hospital. He developed the first clinically useful whole-blood oximeter, a novel type of automatic instantaneous heart rate monitor, and many other instrumentation prototypes.

A spirometer