Armand Trousseau--some of his contributions to neurology

Trousseau made a remarkably large number of original clinical contributions to medicine and neurology. Best known are Trousseau's syndrome, the combination of venous thrombosis with visceral carcinoma; tache cérébrale, the red streak seen on scratching the skin in acute meningitis; and Trousseau's sign, the cardinal physical sign in tetany. His pioneering work in tracheostomy in diphtheria, haemochromatosis, Parkinson's disease, aphasia and chorea are but a few of his outstanding clinical studies. Based on his famously comprehensive text, Clinique Médicale de l'H?tel Dieu, this paper highlights a few of his discoveries. The name of Armand Trousseau must stand alongside those of Charcot, Oppenheim, Jackson and Gowers in the annals of neurology.     

The Role of Herman Hoppe of Cincinnati in the Initial Clinical Recognition of Myasthenia Gravis

One of the earliest papers describing a case of what came to be known as myasthenia gravis was written in 1892 in the German language by an American, Herman Hoppe, who at the time was an assistant in the Berlin polyclinic of the prominent German neurologist, Hermann Oppenheim. At Oppenheim’s instigation, Hoppe published the pathology of a case that Oppenheim had diagnosed during life; he collected all the reported similar cases and tried to establish a symptom-complex, for which he was given credit in Oppenheim’s great neurology textbook of 1894. Upon his return to Cincinnati, Ohio, Hoppe’s European experience qualified him as a specialist in nervous and mental diseases. His private practice of “neuropsychiatry” was his main occupation, but he also volunteered to teach as Professor of Nervous and Mental Diseases at the University of Cincinnati. In 1901 Oppenheim published the first monograph about what he called “ Die Myasthenische Paralyse (Bulbarparalyse ohne anatomischen Befund) ”, summarizing 60 cases described in the medical literature up to that time. Hoppe, on the other hand, wrote on myasthenia gravis only once again, a review article in 1914 in a Cincinnati weekly, giving Oppenheim credit for the establishment of the disease as a clinical entity.     

The role of Herman Hoppe of Cincinnati in the initial clinical recognition of myasthenia gravis

One of the earliest papers describing a case of what came to be known as myasthenia gravis was written in 1892 in the German language by an American, Herman Hoppe, who at the time was an assistant in the Berlin polyclinic of the prominent German neurologist. Hermann Oppenheim. At Oppenheim's instigation, Hoppe published the pathology of a case that Oppenheim had diagnosed during life; he collected all the reported similar cases and tried to establish a symptom-complex, for which he was given credit in Oppenheim's great neurology textbook of 1894. Upon his return to Cincinnati, Ohio, Hoppe's European experience qualified him as a specialist in nervous and mental diseases. His private practice of "neuropsychiatry" was his main occupation, but he also volunteered to teach as Professor of Nervous and Mental Diseases at the University of Cincinnati. In 1901 Oppenheim published the first monograph about what he called "Die Myasthenische Paralyse (Bulbarparalyse ohne anatomischen Befund)", summarizing 60 cases described in the medical literature up to that time. Hoppe, on the other hand, wrote on myasthenia gravis only once again, a review article in 1914 in a Cincinnati weekly, giving Oppenheim credit for the establishment of the disease as a clinical entity.     

Founding years of clinical neurology in Berlin until 1933

During the so-called "Gründerjhare" or "founding years" in Berlin it became necessary to build new hospitals because of the rapid growth of population. As a result, several infirmaries, asylums for the insane and institutions for epileptics were build between 1877 and 1912. The new building of the University of Neuropsychiatric Clinic ("Nervenklinik") of the Charité was opened in 1905 according to plans made by Friedrich Jolly (1844-1904), the physician who named myasthenia gravis pseudoparalytica. A "Neurological Central Station", under the direction of Oskar and Cecil Vogt, in existence since 1898, was a research center dedicated more to morphology. There the study of the structure of the cerebral cortex by Korbinian Brodmann (1868-1925) and research into basal ganglia diseases by the Vogts began. The Kaiser-Wilhelm Institute for Cerebral Research, which moved into a new building in 1931, also had its origin here. Hermann Oppenheim (1858-1919) promoted independent clinical neurology, as did his younger contemporary, Max Lewandowsky (1876-1918), who was already advising physician for neurology at the Berlin-Friedrichshain Hospital. Hug Liepmann (1863-1925), the creator of apraxia theory, worked at the asylums for the insane in Dalldorf (Berlin-Wittenau) and Berlin-Herzberge. In 1911, the first neurological unit was established in the large hospital in Berlin-Buch under the direction of Otto Maas. Not until after World War I were further neurological hospital units founded, under the direction of Paul Schuster (1867-1940), Kurt Goldstein (1878-1965), Kurt L?wenstein (died in 1953) and Friedrich Heinrich Lewy (1885-1950). These Jewish physicians, as well as C.E. Benda and Otto Maas, had to leave their posts in 1933 and emigrate. The clinical institutions and scientific achievements of these pioneers of independent clinical neurology will be presented up to the point of its violent dissolution.     

Founding Years of Clinical Neurology in Berlin Until 1933

During the so-called “Gründerjahre” or “founding years” in Berlin it became necessary to build new hospitals because of the rapid growth of population. As a result, several infirmaries, asylums for the insane and institutions for epileptics were built between 1877 and 1912. The new building of the University Neuropsychiatric Clinic (“Nervenklinik”) of the Charité was opened in 1905 according to plans made by Friedrich Jolly (1844–1904), the physician who named myasthenia gravis pseudoparalytica. A “Neurological Central Station”, under the direction of Oskar and Cecil Vogt, in existence since 1898, was a research center dedicated more to morphology. There the study of the structure of the cerebral cortex by Korbinian Brodmann (1868–1925) and research into basal ganglia diseases by the Vogts began. The Kaiser-Wilhelm Institute for Cerebral Research, which moved into a new building in 1931, also had its origin here. Hermann Oppenheim (1858–1919) promoted independent clinical neurology, as did his younger contemporary, Max Lewandowsky (1876–1918), who was already advising physician for neurology at the Berlin-Friedrichshain Hospital. Hugo Liepmann (1863–1925), the creator of apraxia theory, worked at the asylums for the insane in Dalldorf (Berlin-Wittenau) and Berlin-Herzberge. In 1911, the first neurological unit was established in the large hospital in Berlin-Buch under the direction of Otto Maas. Not until after World War I were further neurological hospital units founded, under the direction of Paul Schuster (1867–1940), Kurt Goldstein (1878–1965), Kurt Löwenstein (died in 1953) and Friedrich Heinrich Lewy (1885–1950). These Jewish physicians, as well as C.E. Benda and Otto Maas, had to leave their posts in 1933 and emigrate. The clinical institutions and scientific achievements of these pioneers of independent clinical neurology will be presented up to the point of its violent dissolution.     

William Rutherford Sanders (1828–1881) and his neurologically fertile years (1865–1868)

ABSTRACT

William Rutherford Sanders (1828–1881) was an Edinburgh physician who occupied the Chair of Pathology at the University of Edinburgh from 1869 to 1881. All of his published output between 1865 and 1868 was concerned with neurology. In arguing that a patient did not have paralysis agitans, Sanders (1865) employed the term “Parkinson’s disease” for the first time in the English-language literature to distinguish between the disorder that Parkinson (1817) termed “paralysis agitans” and other types of shaking palsies. He contributed a major chapter on the same topic to Russell Reynolds’s A System of Medicine (1868). Sanders also investigated the innervation of the palate and facial muscles (1865), and in 1866 recorded the autopsy findings in two cases of aphasia. Here, for the first time in the English-language literature, he described findings that supported Broca’s location of the representation of speech to a particular area of the left cerebral hemisphere.     

Patient Tan revisited: a case of atypical global aphasia?

Broca's first patient presented in support of a relationship between a lesion of the frontal lobe and aphasia was patient Tan. Although Pierre Marie refers to this case as "indisputably aphasia of Broca," the clinical diagnosis of Tan's aphasia has not been re-examined in light of current clinical criteria. Superficially, the patient's extremely limited verbal output and intact comprehension appear to fit with the diagnosis of Broca's aphasia, but a more thorough examination of the onset, evolution and nature of the patient's speech symptoms suggests alternate interpretations. Contemporary evidence in support of a robust relationship between stereotypical utterances and Global aphasia suggests that patient Tan may have suffered from a Global rather than Broca's aphasia.     

Authors’ Response

Broca’s first patient presented in support of a relationship between a lesion of the frontal lobe and aphasia was patient Tan. Although Pierre Marie refers to this case as “indisputably aphasia of Broca,’” the clinical diagnosis of Tan’s aphasia has not been re-examined in light of current clinical criteria. Superficially, the patient’s extremely limited verbal output and intact comprehension appear to fit with the diagnosis of Broca’s aphasia, but a more thorough examination of the onset, evolution and nature of the patient’s speech symptoms suggests alternate interpretations. Contemporary evidence in support of a robust relationship between stereotypical utterances and Global aphasia suggests that patient Tan may have suffered from a Global rather than Broca’s aphasia.     

The Third Man: Robert Dunn’s (1799–1877) Contribution to Aphasia Research in Mid-Nineteenth-Century England

Throughout his medical career, Robert Dunn (1799–1877) published a number of clinical cases with postmortem reports involving acquired language disorders, with the first noted in 1842. He developed a physiologically informed approach to psychological function during the 1850s along with a group of notable colleagues Benjamin Collins Brodie, Henry Holland, Thomas Laycock, John Daniel Morell, and Daniel Noble. He was also active in ethnographic research on human origins and racial diversity. As such, Dunn represents an interesting player in the developing fields of neurology, psychology, and anthropology in England in the latter part of the nineteenth century. These various strands converged at the meeting of the British Association of the Advancement of Science in 1868, where Dunn shared the program of lectures on the cutting-edge topic of aphasia with Paul Broca (1824–1880) and John Hughlings Jackson (1835–1911). Dunn’s ideas developed over a longer time frame than his younger colleagues and as such represent a unique blending of concepts from the earlier work of Franz Josef Gall (1758–1828) and Jean-Baptiste Bouillaud (1798–1881) to the perspectives on language organization in the brain developed after 1861.     

Performing identities: music and dance in the Irishcommunities of Coventry and Liverpool

This article will examine how British-born second- and third-generation Irish people use Irish music and dance in the production of an Irish cultural identity. The article draws on research undertaken with members of the Irish communities in the English cities of Coventry and Liverpool. The research was conducted with music and dance practitioners in Liverpool who strongly identify as Irish and also with schoolchildren in Coventry whose parents or grandparents were born in Ireland. The paper first explores the comments of the Liverpool respondents and points to how music and dance can offer a space in which different generations can mark out their affiliation or embody their Irishness. Secondly, the paper considers interview work with schoolchildren in Coventry, concentrating on their responses as listeners to Irish traditional music. Their comments point to the capacity of this music to resonate with multiple, even conflicting, productions of Irishness. The comments of all the respondents raise key debates about authenticity and the construction of identity.     

Production and reception of meaningful sound in Foville's 'encompassing convolution'

In the history of neurology. Achille Louis Foville (1799-1879) is a name deserving to be remembered. In the course of time, his circonvolution d'enceinte of 1844 (surrounding the Sylvian fissure) became the 'convolution encompassing' every aspect of aphasiology, including amusia, ie., the localization in a coherent semicircle of semicircle of cerebral cortext serving the production and perception of language, song and instrumental music in health and disease.     

Arthur Simons (1877–1942) and Tonic Neck Reflexes With Hemiplegic “Mitbewegungen” (Associated Reactions): Cinematography From 1916–1919

Tonic neck reflexes were investigated by Rudolf Magnus and Adriaan de Kleijn in animals and men in 1912 and eventually by Arthur Simons, a neurologist in Berlin and coworker of Hermann Oppenheim. Simons studied these reflexes in hemiplegic patients, who were mainly victims of World War I. This work became his most important contribution and remained unsurpassed for many years. The film (Filmarchiv, Bundesarchiv [Film Archive, National Archive] Berlin) with Simons as an examiner shows 11 war casualties with brain lesions that occurred between 1916 and 1919. The injuries reveal asymmetric neck reflexes with “Mitbewegungen,” that is, flexion or extension on the hemiplegic side. Mitbewegungen is identical with Francis Walshe’s “associated reactions” caused by neck rotation and/or by cocontraction of the nonaffected extremities, for example, by closing of the fist (Walshe). The knowledge of the neck reflexes is important in acute neurology and in rehabilitation therapy of hemiplegics for antispastic positions. Simons’ investigations were conducted in the early era of increasing use of cinematography in medical studies. The film had been nearly forgotten until its rediscovery in 2010.     

Charcot and aphasia

Whereas the beginning part of Charcot's career was occupied with a rigorous and unerring devotion to the anatomo-clinical method, his later career shared attention with physiologic and psychological analyses of hysteria. The seeming paradox between these differing approaches to neurologic study can be better understood by an analysis of Charcot's work on aphasia. This area of study grew out of Charcot's larger research effort on cerebral localization, but was not well known, because most of his lectures on aphasia were never widely published or distributed in either French or English. In analyzing aphasia, Charcot began with anatomic lesions, but gradually incorporated cases of hysterical aphasia, as evidence of dynamic lesions of the same brain areas. Although aphasia never represented a prominent area of study for Charcot, it held a particularly important place in his career first because it provided this transition between anatomic and physiologic approaches to neurologic research, and second because it permitted a natural two-way passage between the topics of cerebral localization and hysteria.     

Production and Reception of Meaningful Sound in Foville's ‘Encompassing Convolution’

In the history of neurology, Achille Louis Foville (1799-1879) is a name deserving to be remembered. In the course of time, his circonvolution d'enceinte of 1844 (surrounding the Sylvian fissure) became the ‘convolution encompassing’ every aspect of aphasiology, including amusia, i.e., the localization in a coherent semicircle of cerebral cortex serving the production and perception of language, song and instrumental music in health and disease.     

The first career of William Alexander Hammond

Neurology in its modern sense was first studied in the well-known neurological institutions of France and England. In America, however, this new field of medicine was developed by a physician in a private practice, Dr. William Alexander Hammond. This article addresses the question how Hammond was able to limit his practice to neurology. It is argued that Hammond was a famous military physician before becoming the first practitioner of clinical neurology in America. This fame translated into a large referral base.     

Musical memory,heritage and local identity: remembering the popular music past in a European Capital of Culture

This paper explores the relationship between rock music, collective memory and local identity, by focusing on events connected to Liverpool's status as European Capital of Culture 2008. The first part of the paper describes these events and how memories of local rock music were attached to heritage and local identity and mobilised to validate Liverpool as a capital of culture, whilst in turn the city's Capital of Culture status served to validate particular ways of remembering the local musical past. The second part of the paper considers the broader significance of these events by relating them to three pan-European trends in cultural policy: the development of the cultural and heritage industries; the protection and promotion of local culture and identity; and the fostering of cultural diversity and integration. It highlights the general significance of the popular music past for cultural policy in Europe, but also the politics of popular music memory and how it involves a complex and dynamic process of negotiation that relates to cultural policy in particular ways. The paper concludes by arguing that popular music offers a specific and productive focus for research on cultural policy, heritage and local identity in Europe.     

Roots and routes of Russian neurosurgery (from surgical neurology towards neurological surgery)

Regular and purposeful neurosurgical interventions started at the end of the nineteenth century. Both surgical and neurological roots of the emerging speciality could be traced. The surgical roots of neurosurgery were the invention of anaesthesia, aseptics and antiseptics which made brain operations relatively safe and markedly reduced postoperative mortality. The neurological roots were the improvement of topical diagnosis in neurology and the understanding of the anatomy and physiology of the nervous system. The first operating room at the neurology department of the Russian Military Medical Academy was established in 1897 by the famous Russian neurologist and psychiatrist Vladimir Bekhterev (1857-1927). According to Bekhterev, neurology should become a surgical speciality like gynaecology or opthalmology and "neurologists will take a knife in their hands and do what they should do". Bekhterev's pupil Ludwig Puusepp (1875-1942) became the first full-time Russian neurosurgeon ("surgical neurologist"). He headed the first university course in surgical neurology in the world organised in 1909 at Bekhterev's Psychoneurological Institutte in St. Petersburg and bacame professor of surgical neurology in 1910. The role of neurologist might be illustrated by the development of a sterotactic instrument named "encephalometer" designed by D. Zernov in 1889 and improved by G. Rossolimo in 1907. The idea was to map cerebral structures in degrees of latitude and longitude similar to mapping the terrestrial globe in order to localise the brain lesion and enhance its minimally invasive removal....     

A Note on Marinus of Alexandria

Abstract

Neurology in its modern sense was first studied in the well‐known neurological institutions of France and England. In America, however, this new field of medicine was developed by a physician in a private practice, Dr. William Alexander Hammond. This article addresses the question how Hammond was able to limit his practice to neurology. It is argued that Hammond was a famous military physician before becoming the first practitioner of clinical neurology in America. This fame translated into a large referral base.     

G.I. Rossolimo (1860-1928) neurologist and public benefactor

G.I. Rossolimo was attracted to neurology as a medical student in the late nineteenth century and remained affiliated with Moscow University most of his life. His training included psychiatry, neuropathology, and laboratory research in his postgraduate years. The domain of his neurological clinical interests was vast. His most enduring efforts were directed toward neurological illnesses and developmental delay. He established a children's institute for neurology and psychology that was the first of its kind in Russia. In addition he developed a neuropsychologic examination for assessing cognitive function. His sustained interests were pursued during and after revolutionary changes in his government.