Journal of Medical Biography最新文献

Zitterbewegungen des Fusses bei Dorsalflexion (shaking movements of the foot upon dorsal flexion) were observed independently from each other and described in the same issue of a German peer reviewed journal by Carl Westphal (1833-1890) at the Charité in Berlin and by Wilhelm Erb (1840-1921) in Heidelberg. While Westphal used the term Fussphaenomen, Erb is credited with coining the term clonus for the phenomenon. Both scientists are immortalized by various eponyms acknowledging their respective contributions to science. Little is known however about Julius Sander (1840-1909), in those days resident at Charité, who noticed the phenomenon and presented it to his superiors, Wilhelm Griesinger (1817 -1868) and Westphal. In addition to such observations, Sander made original contributions in resuscitation physiology while working with Hugo Kronecker (1839-1914). With Kronecker, Sander published observations on life saving transfusions with inorganic salt solutions in dogs "Bemerkung über lebensrettende Transfusion mit anorganischer Salzlösung bei Hunden" a very early work on isovolemic fluid resuscitation. The purpose of this communication is to highlight Sander's scientific contributions and to shed some light on his life, of which a German Lexicon stated that after 1870 no information on him can be ascertained anymore.

Role models play an important role in firing the imagination of medical students and residents, and when it comes to attracting and sustaining under-represented minorities in fields such as medicine, the inspiring stories of minority physicians can make an especially important contribution. One such physician was Granville Coggs, an Arkansas native who overcame a stutter, served among the Tuskegee Airmen during World War II, graduated from Harvard Medical School, became the first black physician at Kaiser Hospital, established the San Antonio Breast Evaluation Center, and won gold medals as a senior track star.

Franz Tappeiner (1816, Laas - 1902, Merano) was an Austrian physician and anthropologist. He studied at the universities of Prague, Padua and Vienna and in 1846 he moved to Merano. Tappeiner investigated the transmission of pulmonary tuberculosis in animal models and he dealt with public health. As an anatomist, he performed thousands of craniometrics measurements, creating a huge skull collection later donated to the Natural History Museum in Vienna. In 1878, Tappeiner turned to archeology and palaeoanthropology, with the aim of clarifying the origins of the Alpine population of Tyroleans. He was also active as a botanist.

This biographical essay will provide historical insights about Dr Carl Bodon who performed one of the first successful intracardiac injections of adrenaline to a patient and made important contributions to the understanding of cardiac diseases and women's health. Dr Bodon's biography reveals the story of a medical doctor who lived during tumultuous times between two world wars and ultimately died in the Holocaust. His story sheds light on forgotten contributors to the medical field and its practices.

William Warwick James was one of the most inspiring and outstanding dental surgeons of his time, a key researcher in dentistry and zoology and a pioneer in maxillofacial surgery. Most maxillofacial departments hold sets of his dental elevators. He wrote a major wartime work with Benjamin Fickling on the treatment of jaw and facial injuries.

Salomón Hakim (1922-2011) was a Colombian neurosurgeon and brain scientist This biography examines the social and cultural background through which he emerged as an inquisitive and multi-dimensional surgeon-scientist, and his lifelong contributions to the specialty of neurosurgery. With empirical knowledge in applied medical physics, electronics, electricity and chemistry, he understood the paradoxical phenomenon of symptomatic hydrocephalus with normal cerebrospinal fluid pressure. This ultimately led Hakim to describe in exquisite detail the physics of the cranial cavity and brain hydrodynamics. His name is intertwined with the identification of the entity of a syndrome which had not previously been addressed in the medical literature: Normal Pressure Hydrocephalus (Hakim's syndrome). Additionally, he designed and built various models of valved shunting devices to treat the condition (eg the Hakim programmable valve). Through his selflessness and cogent work, Hakim left a legacy and intellectual heritage that has allowed many colleagues worldwide to save thousands of lives who would be otherwise condemned to oblivion.

Gladys Mary Wauchope was a pioneering woman physician and general practitioner in London and Brighton. Descended from an ancient Scottish family, she was the second female medical student at the London Hospital Medical College after Elizabeth Garrett Anderson, enrolling during the brief period from 1918 to 1928 in which women were permitted to study medicine in mainstream London medical schools due to shortages of doctors caused by the First World War. Unperturbed by opposition to her gender from male colleagues, she was initially house physician on the firm of Sir Robert Hutchison at 'the London', and went on to hold an array of posts in large London hospitals at a time when finding such work was challenging for women doctors. She settled in Hove as a general practitioner in 1924, later becoming a consultant physician at several major Brighton hospitals. Made only the eighth female fellow of the Royal College of Physicians, she also set up the first diabetic clinic in Sussex and Kent. Gladys authored several books, including her autobiography 'The Story of a Woman Physician', which documents life through two world wars and the introduction of the National Health Service, whilst keenly observing the changing landscape of medicine and its place in society.

The Scottish doctor Robert Erskine (1677-1718) became Chief Doctor of Russia and personal physician to Tsar Peter the Great. Extensive archival material documents his remarkable career. From schooling in the village of Alva and apprenticeship to an Edinburgh apothecary, he went on to study medicine in Paris and Utrecht and was admitted to the Royal Society in London. Recruited into the service of the Tsar, to whom he became a trusted friend and counsellor, Erskine played a central role in the modernisation of Russian medicine, pharmacy and natural science in the early 18th century. His untimely death at age 41 was marked with a state funeral in St Petersburg. Some historians in Russia assert that in their country, the development of medicine and the natural sciences took place without the transitional stages of iatrochemistry and iatrophysics which characterised the shift in scientific thinking throughout Europe in the early modern period. This study of archival records shows that Erskine held iatrophysical and iatrochemical views in common with his European contemporaries. His influence ensured that Russia was thoroughly involved in European developments in science and medicine in the 18th century.

The Hebrew University of Jerusalem opened the first medical school in Israel in May 1949. One of the select 45 students of its first class was Bracha (Chweidan) Ramot. After completing her medical studies with distinction, she went on to specialize in internal medicine and hematology and soon became a central figure in the development of hematology in Israel. In 1958, Ramot established the Hematological Institute at Tel-Hashomer hospital and served as its director until 1991. She devoted much of her time and effort to researching environmental and genetic factors that influence hematological conditions: deficiencies in coagulation factors, glucose metabolism disorders, and especially leukemias and lymphomas, including the type known as Hodgkin's disease. In 2001, Ramot, "The Doyenne of Israeli Hematology" as she was called in publications of the Albert Einstein Institute, was awarded the Israel Prize in Medical Sciences, the country's most prestigious prize. Her biography personifies the ability to overcome obstacles and challenges in one's personal life while concurrently becoming an exceedingly successful physician and researcher of extraordinary achievement.

Robert Lawson Tait was an original thinker, a surgical innovator, a controversialist and an iconoclast. He made important contributions to surgery, was an eloquent supporter of Darwinian evolution and women in medicine and opposed vivisection. He is probably best remembered for his high-profile opposition to Listerian antisepsis which continued until his death. While Lister went on to receive the country's highest honours and was lauded throughout the world, Tait received much more modest honours and little subsequent recognition by historians. Yet it could be argued that Tait's system rather than Lister's was the basis of modern aseptic surgery. Tait never changed his views on asepsis over his lifetime and relied on surgical cleanliness, which, combined with his extensive clinical experience, enabled him to achieve outcomes as good or better than with antisepsis. By contrast, Listerism evolved over 30 years, claimed to be based on laboratory data and adopted the new discoveries of the germ theory of disease as they emerged. We compare the systems of Tait and Lister, explore the basis of Tait's opposition to Listerian methods and conclude that Tait's thinking underlies modern surgical practice and that he should receive greater acknowledgement for his contribution to the prevention of surgical infections.