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GENIUS, WOMANHOOD AND THE STATISTICAL IMAGINARY: 1890s HEREDITY THEORY IN THE BRITISH SOCIAL NOVEL by ZOE GRAY BEAVIS B.A. Hons., La Trobe University, 2006 A THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF ARTS in THE FACULTY OF GRADUATE AND POSTDOCTORAL STUDIES (English) THE UNIVERSITY OF BRITISH COLUMBIA (Vancouver) October 2014 © Zoe Gray Beavis, 2014 Abstract The central argument of this thesis is that several tropes or motifs exist in social novels of the 1890s which connect them with each other in a genre, and which indicate a significant literary preoccupation with contemporary heredity theory. These tropes include sibling and twin comparison stories, the woman musician’s conflict between professionalism and domesticity, and speculation about biparental inheritance. The particulars of heredity theory with which these novels engage are consistent with the writings of Francis Galton, specifically on hereditary genius and regression theory, sibling and twin biometry, and theoretical population studies. Concurrent with the curiosity of novelists about science, was the anxiety of scientists about discursive linguistic sharing. In the thesis, I illuminate moments when science writers (Galton, August Weismann, William Bates, and Karl Pearson) acknowledged the literary process and the reading audience. I have structured the thesis around the chronological appearance of heredity themes in 1890s social novels, because I am arguing for the existence of a broader cultural curiosity about heredity themes, irrespective of authors’ primary engagement with scientific texts. Finally, I introduce the statistical imaginary as a framework for understanding human difference through populations and time, as evidenced by the construction of theoretical population samples – communities, crowds, and peer groups – in 1890s social fictions. -
College of Physicians of Philadelphia Share His Success with Owen, Who
Book Reviews anatomical and physiological research in Britain, a subject not well explored by historians. Inter alia a reader learns about a host ofother topics including the collection ofresearch materials, the making of specimens for teaching purposes, and medical publishing. One subject on which the letters are somewhat unforthcoming is the correspondents' personalities. Two good friends who feel free to exchange confidential information is as much a sense as we get. I recommend this collection of letters to all interested in nineteenth-century medical teaching and science. Jacyna deserves our gratitude for making this correspondence available and for his care in editing. Caroline Hannaway, Francis C. Wood Institute for the History of Medicine, College of Physicians of Philadelphia SHIRLEY ROBERTS, Sir James Paget: the rise of clinical surgery, Eponymists in Medicine, London, Royal Society of Medicine Services, 1990, 8vo, pp. xi, 223, illus., £12.95, £7.95 (paperback). Sir James Paget (1814-1899) was arguably the most famous medical man of Victorian England. Born in obscurity in Yarmouth, Paget rose to international eminence as a surgeon and medical scientist. He was highly visible in the mid-Victorian years as one of Queen Victoria's surgeons, President of the Royal College of Surgeons, and Vice-Chancellor of London University. He is known today for his classic descriptions of Paget's disease of the bone (osteitis deformans) and Paget's disease of the nipple. Readers hoping to find in this book a study of Sir James Page's surgical and scientific career may be disappointed, for it devotes almost no space to the "clinical surgery" promised in the title. -
JOHN HUNTER: SURGEON and NATURALIST* by DOUGLAS GUTHRIE, M.D., F.R.C.S.Ed
JOHN HUNTER: SURGEON AND NATURALIST* By DOUGLAS GUTHRIE, M.D., F.R.C.S.Ed. " " Why Think ? Why not try the Experiment ? Professor John Chiene,*^ whose apt maxims of surgical practice still ring in the ears of those of us who were fortunate to be his pupils, was wont to advise us to avoid becoming mere " hewers of wood and drawers of water." Such counsel would have delighted John Hunter who, with a vision far ahead of his time, laboured to prevent surgery from becoming an affair of carpentry and plumbing. In the present era of specialism and super-specialism it is indeed salutary to recall this great figure of medical history, and although the work of John Hunter has been the theme of a dozen biographers and nearly a hundred Hunterian Orators, the remarkable story remains of perennial interest. Parentage and Youth John Hunter, the youngest of a family of ten children, was born on 14th February 1728, at the farm of Long Calderwood, some seven miles south-east of Glasgow. His father, already an old man, died when John was ten years old, and he remained in the care of an indulgent mother and appears to have been a " spoiled child." It is indeed remarkable that such a genius, at the age of seventeen, could neither read nor write. But, as is well known, the brilliant schoolboy does not always fulfil the promise of early years, and, conversely, the boy who has no inclination for scholarship may grow to be a clever man. John Hunter was one who blossomed late ; nevertheless his education did progress, although along unusual lines, for in " his own words he wanted to know all about the clouds and the grasses, and why the leaves changed colour in autumn : I watched the ants, bees, birds, tadpoles and caddisworms ; I pestered people with questions about what nobody knew or cared anything about." His sister Janet, eldest of the surviving children, had married a Mr Buchanan, a Glasgow cabinet- maker. -
''Until the Sun of Science ... the True Apollo of Medicine Has Risen'': Collective Investigation in Britain and America
Medical History, 2006, 50: 147–166 ‘‘Until the Sun of Science ... the true Apollo of Medicine has risen’’: Collective Investigation in Britain and America, 1880–1910 HARRY M MARKS* In August, 1880, George Murray Humphry, in his presidential address to the British Medical Association (BMA), called for ‘‘collective action’’ by the country’s ‘‘eight thou- sand physicians’’ to accumulate observations concerning the role of ‘‘temperamental, climacteric, and topographical agencies upon disease’’. Through participating in organized inquiries, practitioners would ‘‘deepen their interest in the science of medicine, and impart the charm of wider usefulness to the daily routine of life’’.1 By December 1881, the BMA had funded a Collective Investigation Committee, which over the next eight years would sponsor nearly a dozen inquiries into the natural history of disease.2 Beyond Great Britain, Humphry’s appeal would launch an international movement for collective investigation, with physicians in Germany, the Netherlands, Norway, Sweden, and the United States following the British example.3 At first glance, there is little exceptional about the movement for collective investiga- tion. Organized efforts to collect practitioner data on diseases and their treatment go back at least to the eighteenth-century: Fe´lix Vicq d’Azyr led the Socie´te´ Royale de Me´decine in collecting data from French physicians on meteorological conditions and epidemics, while in England John Jurin surveyed correspondents of the Royal Society concerning their experiences with smallpox inoculation.4 The London Medical-Chirurgical Society, the # Harry M Marks 2006 Supplement (25 February): 59–61; Ernest Muirhead Little, History of the British Medical Association, * Harry M Marks, PhD, Institute of the History of 1832–1932, London, British Medical Association, Medicine, The Johns Hopkins University, 1900 E. -
A M S J Medical Students, Innovation and Medical Discoveries
Editorial A M S J Medical students, innovation and medical discoveries Hasib Ahmadzai Deputy Editor-in-Chief, AMSJ Sixth Year Medicine/Medical Science Hons (Undergraduate) University of New South Wales Introduction his physiology exams, Best was introduced a famous discovery made by a 23-year old Some medical students sometimes regard to the 28-year old medical practitioner and Italian medical student from the University themselves as an unimportant, unwanted surgeon Banting, by his physiology professor, of Perugia, Ruggero Oddi (1864-1913). and superfluous member of the medical John JR Macleod. [2] Under Macleod’s Oddi studied the actions of the sphincter team, lacking experience and often finding research laboratory and with difficult and observed that it controlled the flow themselves standing in the way, unsure working conditions, Banting and Best were of bile from the liver into the duodenum. of what to do when a medical emergency determined to prove their hypothesis that He was also credited with suggesting that arises. However, an examination of medical the factors preventing diabetes mellitus were sphincter dysfunction was implicated in history reveals that medical students have found in the Islets of Langerhans. These cells biliary tract disease. [1] Other influential been instrumental in contributing to new could be isolated from a dog, after ligating the student discoveries include William Harvey’s medical developments and discoveries. pancreatic duct, which caused the exocrine observations at the University of Padua Their contributions are a reminder of pancreas to atrophy. Banting argued that that venous valves provided unidirectional how meticulous study and hard work in injecting an Islet extract into a diabetic dog blood flow, and the discovery through chick clinical and scientific research can lead to would resolve its symptoms. -
Evolution by Natural Selection
Approaches to studying animal behavior Foundations of modern study of behavior 1. Evolution by natural selection 2. Genetics and inheritance 3. Comparative method Evolution by natural selection Evolution by natural selection Species are not immutable Alfred Russell Wallace (1823-1913) Charles Darwin (1809-1882) Contributions to the Theory Origin of Species, 1859 of Natural Selection, 1870 Descent of Man, 1871 Thomas Malthus Descent from a common ancestor Evolution by natural selection Comparative method Reasons why Darwin‟s (and Wallace‟s) ideas weren‟t widely accepted: Comparative method: comparing traits and environments across taxa in search of correlations Lord Kelvin: Earth is only 15-20 million years old that test hypotheses about adaptation Darwin had no idea where genetic variability came from Thomas Hunt Morgan Darwin didn‟t George Romanes understand inheritance (1848-1894) Gregor Mendel 1 Ethology Ethology Scientific study of animal behavior Oskar Heinroth (1871-1945) Charles Otis Whitman (1842-1910) Appetitive behavior Wallace Craig (1876-1954) Douglas Spalding (1841-1877) tests the concept of instinct Consummatory behavior Rise of ethology Experimental ethology Karl von Frisch (1886-1982) Jakob von Uexkϋll (1864-1944) von Uexkϋll‟s tick and the Umwelt Ethology’s triumvirate Ethology’s triumvirate Konrad Lorenz Niko Tinbergen Karl von Frisch (1903-1989) (1907-1988) (1886-1982) 2 Sign stimuli Sign stimuli Lorenz‟s accidental discovery of sign stimuli or releasers Experimental ethology Experimental ethology Tinbergen‟s experiments -
Psychology Old and New
University of Pennsylvania ScholarlyCommons IRCS Technical Reports Series Institute for Research in Cognitive Science 1-1-2001 Psychology Old and New Gary Hatfield University of Pennsylvania, [email protected] Follow this and additional works at: https://repository.upenn.edu/ircs_reports Part of the Psychology Commons Hatfield, Gary, "Psychology Old and New" (2001). IRCS Technical Reports Series. 23. https://repository.upenn.edu/ircs_reports/23 University of Pennsylvania Institute for Research in Cognitive Science Technical Report No. IRCS-01-07. This paper is posted at ScholarlyCommons. https://repository.upenn.edu/ircs_reports/23 For more information, please contact [email protected]. Psychology Old and New Abstract Psychology as the study of mind was an established subject matter throughout the nineteenth century in Britain, Germany, France, and the United States, taught in colleges and universities and made the subject of books and treatises. During the period 1870-1914 this existing discipline of psychology was being transformed into a new, experimental science, especially in Germany and the United States. The increase in experimentation changed the body of psychological writing, although there remained considerable continuity in theoretical content and non-experimental methodology between the old and new psychologies. This paper follows the emergence of the new psychology out of the old in the national traditions of Britain (primarily England), Germany, and the United States, with some reference to French, Belgian, Austrian, and Italian thinkers. The final section considers some methodological and philosophical issues in these literatures. Disciplines Psychology Comments University of Pennsylvania Institute for Research in Cognitive Science Technical Report No. IRCS-01-07. -
A Symposium in Honour of The
J Clin Pathol: first published as 10.1136/jcp.11.6.463 on 1 November 1958. Downloaded from J. cliii. Path. (1958), 11, 463. A SYMPOSIUM IN HONOUR OF THE CENTENARY OF VIRCHOW'S "CELLULAR PATHOLOGY9" (1858-1958) At the instigation of the Council of the Association of Clinical Pathologists the Editorial Board decided to devote this issue of the Journal to the publication of this Symposium on the pathology of the cell, which was held at the Royal College of Surgeons on October 2, 1958, to commemorate the centenary of the publication of Virchow's classical volume. Participants of different interests in the cell were invited to contribute, and consequently it is hoped that in this issue readers will receive a wide and stimulating survey of the developments and the newer knowledge on the fundamental aspects of the physiology andpathology of the cell now being pursued. 1858 BY SIR ROY CAMERON, F.R.S. From University College Hospital, Medical School, London copyright. " For my part I am ready for anything, at a dom from long and devastating wars. Popula- time when asphalt, India rubber, railroads, and tions expanded as wealth and comfort increased steam are changing the ground we walk on, the in some communities; in others, condemned to style of overcoats and distances." So remarks one ignorance, poverty, and despair, they were fos- of Balzac's characters in his Deputy from Arcis tered by better medical knowledge, and the break- as he curtly dismisses the 1830s. It was a time of down of old customs and restrictions, early transition from the splendours and miseries of the marriage, and the like. -
Embodied Selves an ANTHOLOGY of PSYCHOLOGICAL TEXTS 1830-1890
Embodied Selves AN ANTHOLOGY OF PSYCHOLOGICAL TEXTS 1830-1890 Edited by Jenny Bourne Taylor and Sally Shuttleworth CLARENDON PRESS · OXFORD Contents introduction Xlll List of Illustrations xix Section I. Reading the Mind 1 Introduction 3 1. PHYSIOGNOMY 8 JOHN CASPAR LAVATER On physiognomy 8 JOHN CONOLLY The physiognomy of insanity 18 CHARLES DICKENS Our next-door neighbour 22 2. PHRENOLOGY 25 FRANZ JOSEPH GALL On the functions ofthe brain 25 GEORGE COMBE A system of phrenology 29 GEORGE COMBE The constitution of man 29 CHARLOTTE BRONTE The professor 40 GEORGE COMBE Phrenology and education 41 ANDREW COMBE Observations on mental derangement 42 ANON. Applications of phrenology 44 PAUL PRENDERGAST A 'page' of phrenology 45 ANON. The dispositions of nations 46 3. MESMERISM 49 W. C. ENGLEDUE A letter from Dr Elliotson 49 CHAUNCY HARE TOWNSHEND Mesmeric sleepwaking 51 HARRIET MARTINEAU The healing power of mesmerism 53 ANON. Electro-biology 57 ANON. What is mesmerism? 58 JAMES BRAID Hypnotism 59 WILLIAM BENJAMIN CARPENTER Mesmerism, scientifically considered 63 Section IL The Unconscious Mind and the Workings of Memory 65 Introduction 67 VII CONTENTS 1. ASSOCIATIONISM AND PHYSIOLOGICAL PSYCHOLOGY 73 SAMUEL TAYLOR COLERIDGE A critique of Hartley's associationism 73 JOHN ABERCROMBIE Philosophical, local, and arbitrary association 76 WILLIAM HAMILTON Three degrees of mental latency 80 HERBERT SPENCER On consciousness and the will 83 GEORGE HENRY LEWES Feeling and thinking 87 GEORGE HENRY LEWES Psychological principles 89 ENEAS SWEETLAND DALLAS On imagination 91 FRANCES POWER COBBE On unconscious cerebration 93 WILLIAM BENJAMIN CARPENTER The power ofthe will over mental action 95 2. DREAMS 102 ROBERT MACNiSH The prophetic character of dreams, and nightmare 102 HENRY HOLLAND On sleep, and the relations of dreaming and insanity 106 GEORGE HENRY LEWES A theory of dreaming 110 FRANCES POWER COBBE Dreams as an illustration of involuntary cerebration 113 JAMES SULLY The dream as a revelation 115 3. -
William Bateson: a Biologist Ahead of His Time
Ó Indian Academy of Sciences PERSPECTIVES William Bateson: a biologist ahead of his time PATRICK BATESON* Sub-Department of Animal Behaviour, University of Cambridge, Madingley, Cambridge CB3 8AA, UK William Bateson coined the term genetics and, more than son in a letter to Adam Sedgwick in 1905 when he hoped anybody else, championed the principles of heredity dis- to be appointed to a new chair (B. Bateson 1928). covered by Gregor Mendel. Nevertheless, his reputation William Bateson was the most vigorous promoter of is soured by the positions he took about the discontinui- Mendel’s ideas at the beginning of the twentieth century ties in inheritance that might precede formation of a new and effectively launched the modern subject of genetics. species and by his reluctance to accept, in its full- Historians of biology acknowledge the importance of this blooded form, the view of chromosomes as the control- contribution but criticise his ideas on sudden changes in lers of individual development. Growing evidence sug- evolution leading to the origin of new species and his gests that both of these positions have been vindicated. questioning of the role of chromosomes (Mayr 1982). In New species are now thought to arise as the result of this article I re-examine these criticisms of Bateson in the genetic interactions, chromosomal rearrangements, or light of modern advances in biology. both, that render hybrids less viable or sterile. Chromo- Bateson was born on 8 August 1861. He was raised in somes are the sites of genes but genes move between a comfortable home and had an eminent father who was chromosomes much more readily than had been previ- for 24 years Master of St John’s College, Cambridge. -
John Hunter's Letters by WILLIAM RICHARD LEFANU, Librarian, Royal College of Surgeons of England, London W.C.2
John Hunter's Letters By WILLIAM RICHARD LEFANU, Librarian, Royal College of Surgeons of England, London W.C.2 N EVER ask me what I have said or what I have written, but if you will ask me what my present opinions are, I will tell you," John Hunter once said to a pupil. Some of Hunter's 'present opinions,' the current thoughts which he wrote down with no inten- tion of publishing, can still be read in his letters. But his letters have to be looked for in a number of biographies and other books. When Hunter died in October 1793 he had published only a frac- tion of his work. One book which was ready for publication, A Treatise on the Blood, Inflammation, and Gun-sbot Wounds, was edited the next year by Everard Home, the brother-in-law who for nine years had been his private assistant. It is well-known that Home kept Hunter's other manuscripts for thirty years and then burnt them in 1823. The little that Home allowed to survive was garnered by William Clift and Rich- ard Owen and published piecemeal between 1830 and 1861, chiefly in the Catalogues of the Hunterian Museum at the Royal College of Surgeons. Besides these papers of his own, many of Hunter's pupils had kept notes of his lectures, from which two versions of the Lec- tures on Surgery were published in 1833 and 1835. About the same time Hunter's letters began to be generally known. For the last twenty years of his life Hunter corresponded regularly with Edward Jenner, his favourite pupil, who had gone back to a country practice in Gloucestershire, and was not brought to London again by his discovery of vaccination till several years after Hunter's death. -
Exhibition Brochure
ince antiquity, science had meant Suncovering the unchanging elements REWRITING that underlay a changing world. This science meshed with religious accounts, which depicted the creation as inten- T H E B O O K tional and hierarchical. By the early 19th century, revolutions in science, politics, and technology had thrown OF NA T U R E all this into doubt. Into this upended Jacques Christophe Valmont de Bomare (1731–1807) world came Charles Darwin. Dictionnaire raisonné universel CHARLES DARWIN d’histoire naturelle (1764; Lyon, 1791) and the RISE of REWRITING THE An exhibition in celebration of the 200th anniversary of the birth of EVOLUTIONARY THEORY Charles Darwin (12 February 1809 – 19 April 1882) and the BOOK OF NATURE 150th anniversary of the publication of CHARLES DARWIN a n d t h e R I S E o f EVOLUTIONARY THEORY On the Origin of Species (24 November 1859) HARLES DARWIN’S VISION—“from so simple a beginning, endless forms most Produced by the History of Medicine Division C of the National Library of Medicine and the beautiful and most wonderful have been, and are being evolved”—now forms the foun- Office of History, National Institutes of Health dation of the biological sciences. Radical Curators: Paul Theerman & Michael Sappol in sweep, evolutionary theory laid bare the deep connections witin the living world—and Design: Joanna Ebenstein implicated humanity as deeply as any other species. Darwin rewrote the book of nature, and THE FOLLOWING PEOPLE CONTRIBUTED TO THE MAKING OF THIS EXHIBITION: forced us to rethink our own place within it. Kathleen Amos, Doug Atkins, Roxanne Beatty, Janet Browne, David Cantor, Ba Ba Chang, Rachel-Ray Cleveland, Kathy Cravedi, Amy Donahue, Laurie DuQuette, Sarah Eilers, Elizabeth Fee, Stephen Greenberg, Holly Herro, Adam Hetland, Margaret Kaiser, Sheldon Kotzin, Donald A.B.