Appendix 1. Virchow's Last Year
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Download PDF Rudolf Virchow, the Founder of Cellular Pathology
Rom J Morphol Embryol 2019, 60(4):1381–1382 R J M E HORT ISTORICAL EVIEW Romanian Journal of S H R Morphology & Embryology http://www.rjme.ro/ Rudolf Virchow, the founder of cellular pathology DOMENICO RIBATTI Department of Basic Medical Sciences, Neurosciences and Sensory Organs, University of Bari Medical School, Bari, Italy Abstract The cell theory was firstly formulated by Schleiden, Schwann, and Virchow. They sustained that the cells originate from pre-existing cells and that the living organisms are composed by cells organized in different tissues. In particular, Virchow not only established the principle of omnis cellula e cellula, but considered for the first time that alterations on cell organization was at the basis of disease. Keywords: cell theory, cellular pathology, history of medicine. Background was responsible for many social, sanitary, and medical reforms, and opposed Otto Bismarck when became Prime Rudolf Ludwig Karl Virchow (Figure 1) was born on Minister. In 1861, he was elected to the Prussian Diet. October 13, 1821, in Schievelbein. He studied medicine Virchow’s career in social medicine was equally remarkable. at Friedrich-Wilhelms Institut in Berlin and his mentors Virchow died in Berlin on September 5, 1902. were Johannes Müller and Johann Schönlein. In 1843, Virchow received his medical degree and was appointed Omnis cellula e cellula prosector at the Charité Hospital in Berlin. In 1847, Virchow with Benno Reinhardt founded a new Journal, Die Cellularpathologie in ihrer Begründung auf Archiv für pathologische Anatomie und Physiologie und physiologische und pathologische Gewebelehre [1] appeared für klinische Medizin, later knows as Virchows Archiv. -
Stony Brook University
SSStttooonnnyyy BBBrrrooooookkk UUUnnniiivvveeerrrsssiiitttyyy The official electronic file of this thesis or dissertation is maintained by the University Libraries on behalf of The Graduate School at Stony Brook University. ©©© AAAllllll RRRiiiggghhhtttsss RRReeessseeerrrvvveeeddd bbbyyy AAAuuuttthhhooorrr... Invasions, Insurgency and Interventions: Sweden’s Wars in Poland, Prussia and Denmark 1654 - 1658. A Dissertation Presented by Christopher Adam Gennari to The Graduate School in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy in History Stony Brook University May 2010 Copyright by Christopher Adam Gennari 2010 Stony Brook University The Graduate School Christopher Adam Gennari We, the dissertation committee for the above candidate for the Doctor of Philosophy degree, hereby recommend acceptance of this dissertation. Ian Roxborough – Dissertation Advisor, Professor, Department of Sociology. Michael Barnhart - Chairperson of Defense, Distinguished Teaching Professor, Department of History. Gary Marker, Professor, Department of History. Alix Cooper, Associate Professor, Department of History. Daniel Levy, Department of Sociology, SUNY Stony Brook. This dissertation is accepted by the Graduate School """"""""" """"""""""Lawrence Martin "" """""""Dean of the Graduate School ii Abstract of the Dissertation Invasions, Insurgency and Intervention: Sweden’s Wars in Poland, Prussia and Denmark. by Christopher Adam Gennari Doctor of Philosophy in History Stony Brook University 2010 "In 1655 Sweden was the premier military power in northern Europe. When Sweden invaded Poland, in June 1655, it went to war with an army which reflected not only the state’s military and cultural strengths but also its fiscal weaknesses. During 1655 the Swedes won great successes in Poland and captured most of the country. But a series of military decisions transformed the Swedish army from a concentrated, combined-arms force into a mobile but widely dispersed force. -
Istituto Tecnico Tecnologico Baracca Kaszubskie Liceum
ONLINE EXCHANGE BRESCIA & BRUSY Istituto Tecnico Tecnologico Baracca Kaszubskie Liceum Ogólnokształcące w Brusach 2021 Elisa Lacagnina Thanks to the Etwinning platform I had the possibility to know Ms. Alicja Frymark, English teacher from Kashubian Secondary School (Kaszubskie Liceum Ogólnokształcące) in Brusy, Poland. Since our first online meeting on Skype, we have kept talking, most of all, of our school project called “Online exchange - Brescia & Brusy”. To start, we decided to assign our students a partner to make them work in pairs. Their task was to exchange emails with their friend about the topic given and then, with the information, to write a short article in English. We assigned different topics like Covid 19 and lockdown; traditional food; language uses; interesting facts about the city, the country and the region; school; local tradition. The first part of the project went really well and I was satisfied with the work done. My 5th-year students are enthusiastic about having a “virtual” foreign partner. I decided to start an online exchange because my students felt the need to improve their English speaking and writing skills, as we have only 3 hour English a week. According to me, these opportunities are not only useful to improve the language skills but also to expand your knowledge, to meet new people, to know about the uses and the customs of different countries. Moreover, it was the right moment to start a project of this kind precisely in this difficult period. We have been experiencing a different life, due to Covid 19 home–schooling, restrictions, curfews, prohibitions etc. -
The Oceanographic Achievements of Vito Volterra in Italy and Abroad1
Athens Journal of Mediterranean Studies- Volume 3, Issue 3 – Pages 251-266 The Oceanographic Achievements of Vito Volterra in Italy and Abroad1 By Sandra Linguerri The aim of this paper is to introduce Vito Volterra’s activity as a policy maker in the field of oceanography. In 1908, he was the promoter of the Thalassographic Committee (then in 1910 Royal Italian Thalassographic Committee), a national endeavor for marine research vis-à-vis the industrial world of fisheries, which soon internationalized. Abroad it was affiliated with the International Commission for the Scientific Exploration of the Mediterranean Sea, led by Albert I, Prince of Monaco (1919-1922) and then by Vito Volterra himself (1923-1928).1 Keywords: History, International Commission for the Scientific Exploration of the Mediterranean Sea, Oceanography, Royal Italian Thalassographic Committee, Vito Volterra. Vito Volterra and the Royal Italian Thalassographic Committee Vito Volterra (1860-1940) (Goodstein 2007, Guerraggio and Paoloni 2013, Simili and Paoloni 2008) is generally considered one of the greatest mathematicians of his time. His most important contributions were in functional analysis, mathematical ph‟ scientific activities, rather it will focus on his contribution to talassographic (or oceanographic) studies, and especially on the creation of the Royal Italian Talassographic Committee (Linguerri 2005, Ead 2014). In 1900, after teaching in Pisa and Turin, Volterra was offered a chair in mathematical physics at the University of Rome, where he was invited to give the inaugural lecture for the new academic year entitled Sui tentativi di applicazione delle matematiche alle scienze biologiche e sociali (On the attempts to apply mathematics to the biological and social sciences), which demonstrated his great interest in the application of mathematics to biological sciences and to economic research. -
Table of Contents
TABLE OF CONTENTS EDITORIAL REMARKS xv ACKNOWLEDGMENTS XVI INTRODUCTION XVII PREFACE • 1940 XXIX PREFACE • 1948 XXXIII PREFACE; 1962 XXXV I THE ANCESTORS 1 HEINRICH DOHRN The Posen surgeon. Foundation of a Stettin business. Transition to industry. 1 2 CARL AUGUST DOHRN A natural musical talent. Family conflict. Friendship with A. von Humboldt. Years of traveling. Collection of folksongs. At the Court of Friedrich Wilhelm iv. Spanish plays. Leader of the German entomologists. Parliamentary interlude. Adelheid Dohrn. 5 v http://d-nb.info/910694044 TABLE OF CONTENTS II YOUTH AND DEVELOPMENT I THE SCHOOL YEARS IN STETTIN The spirit of the parents' home. Gymnasium. The sixteen-year-old expert writer. Natural science as his life's goal. 29 z STUDIES Konigsberg. Bonn. His service in the Hussars. Bad luck in his military career. Jena. Friendship with Ernst Haeckel. Berlin. In the circle of Stahr-Lewald. 33 3 JENA, 1866 Awakening through Darwin. Demarcation against Haeckel. Political radicalism. Position in the German question. 44 4 FRIEDRICH ALBERT LANGE A reprimanded teacher. Farewell to materialism. Turning to Kant. Socioeconomic studies. 51 5 THE ROAD TO BECOMING A PROFESSOR Haeckel's General Morphology. Should Dohrn go to Hamburg? First English impressions. Robertson and Huxley. The friends in Jena. Ernst Abbe. »Habilitation«. A collapse. Examining the scientific position. 57 6 MESSINA The transportable aquarium. On the Sicilian coast. The family G. I. von Baranowski. VI 74 TABLE OF CONTENTS 7 IN THE MIDST OF DECISIONS Teaching activity in Jena. History of the crayfish family. Darwinism and psychology. Friendship with Carl Vogt. 80 III THE DARING EXPERIMENT 1 THE GROWTH OF THE NAPLES PLAN Opposition of the father. -
Poli Sh Genealogcal Soci Ettq of Mlrfiesota Newsletteiili
Poli sh Genealogcal Soci ettq of MlrfiesotA NEWSLETTEIili VOLI.JME 13 WIMER 2005-06 NUMBBR 4 A Survivor's Guide to Finding Ancestors in Poland: My experience in researching the M AG DZI ARZ| LAB AK fami I i e s from Pilzno, Galicia through Chicago to Sturgeon Lake, MN By Mark Dobosenski [email protected]> All of us have had to start somewhere in our search for nm our ancestors originating in Poland--but where do we begin? this issue " . " How does one go about this grurd scavenger hunt? WtritE A Survivor's Guide to Finding there are many rcsources available online and in printed form Ancestors in Poland......................p. 1 (some of which will be noted for you ro try), I thought it might be helpful to document my search for my wife's ancestors. President's Letter........ ........2 I used to ask many questions of my father-in-law, fhe late The Bulletin Board............................... 3 Frank MAGDZIARZ, of Sturgeon Lake, MN. Sometime Letters to the editor........ .......................4 after Dianne and I were married and I became interested in Where is ?inovrocwa? qagTg both my and my wife's family hisrories. Maybe having Pommem? Pomorze? Kaszuby? children brought that urge to mind? Nonetheless, Frank had a great mind for relationships! Group Tour to Poland.......................5 Marcinkiewicz of Little Falls Well, the first step in beginning one's family history re- DNA Genealogy search is to ask questions: check with living family members Polish Churches of the Archdiocese of and record your information down in eithera notebook or St. -
On the First Electromagnetic Measurement of the Velocity of Light by Wilhelm Weber and Rudolf Kohlrausch
Andre Koch Torres Assis On the First Electromagnetic Measurement of the Velocity of Light by Wilhelm Weber and Rudolf Kohlrausch Abstract The electrostatic, electrodynamic and electromagnetic systems of units utilized during last century by Ampère, Gauss, Weber, Maxwell and all the others are analyzed. It is shown how the constant c was introduced in physics by Weber's force of 1846. It is shown that it has the unit of velocity and is the ratio of the electromagnetic and electrostatic units of charge. Weber and Kohlrausch's experiment of 1855 to determine c is quoted, emphasizing that they were the first to measure this quantity and obtained the same value as that of light velocity in vacuum. It is shown how Kirchhoff in 1857 and Weber (1857-64) independently of one another obtained the fact that an electromagnetic signal propagates at light velocity along a thin wire of negligible resistivity. They obtained the telegraphy equation utilizing Weber’s action at a distance force. This was accomplished before the development of Maxwell’s electromagnetic theory of light and before Heaviside’s work. 1. Introduction In this work the introduction of the constant c in electromagnetism by Wilhelm Weber in 1846 is analyzed. It is the ratio of electromagnetic and electrostatic units of charge, one of the most fundamental constants of nature. The meaning of this constant is discussed, the first measurement performed by Weber and Kohlrausch in 1855, and the derivation of the telegraphy equation by Kirchhoff and Weber in 1857. Initially the basic systems of units utilized during last century for describing electromagnetic quantities is presented, along with a short review of Weber’s electrodynamics. -
Weberˇs Planetary Model of the Atom
Weber’s Planetary Model of the Atom Bearbeitet von Andre Koch Torres Assis, Gudrun Wolfschmidt, Karl Heinrich Wiederkehr 1. Auflage 2011. Taschenbuch. 184 S. Paperback ISBN 978 3 8424 0241 6 Format (B x L): 17 x 22 cm Weitere Fachgebiete > Physik, Astronomie > Physik Allgemein schnell und portofrei erhältlich bei Die Online-Fachbuchhandlung beck-shop.de ist spezialisiert auf Fachbücher, insbesondere Recht, Steuern und Wirtschaft. Im Sortiment finden Sie alle Medien (Bücher, Zeitschriften, CDs, eBooks, etc.) aller Verlage. Ergänzt wird das Programm durch Services wie Neuerscheinungsdienst oder Zusammenstellungen von Büchern zu Sonderpreisen. Der Shop führt mehr als 8 Millionen Produkte. Weber’s Planetary Model of the Atom Figure 0.1: Wilhelm Eduard Weber (1804–1891) Foto: Gudrun Wolfschmidt in der Sternwarte in Göttingen 2 Nuncius Hamburgensis Beiträge zur Geschichte der Naturwissenschaften Band 19 Andre Koch Torres Assis, Karl Heinrich Wiederkehr and Gudrun Wolfschmidt Weber’s Planetary Model of the Atom Ed. by Gudrun Wolfschmidt Hamburg: tredition science 2011 Nuncius Hamburgensis Beiträge zur Geschichte der Naturwissenschaften Hg. von Gudrun Wolfschmidt, Geschichte der Naturwissenschaften, Mathematik und Technik, Universität Hamburg – ISSN 1610-6164 Diese Reihe „Nuncius Hamburgensis“ wird gefördert von der Hans Schimank-Gedächtnisstiftung. Dieser Titel wurde inspiriert von „Sidereus Nuncius“ und von „Wandsbeker Bote“. Andre Koch Torres Assis, Karl Heinrich Wiederkehr and Gudrun Wolfschmidt: Weber’s Planetary Model of the Atom. Ed. by Gudrun Wolfschmidt. Nuncius Hamburgensis – Beiträge zur Geschichte der Naturwissenschaften, Band 19. Hamburg: tredition science 2011. Abbildung auf dem Cover vorne und Titelblatt: Wilhelm Weber (Kohlrausch, F. (Oswalds Klassiker Nr. 142) 1904, Frontispiz) Frontispiz: Wilhelm Weber (1804–1891) (Feyerabend 1933, nach S. -
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. -
Helmholtz's Physiological Psychology1
Helmholtz’s Physiological Psychology1 Lydia Patton [email protected] In Philosophy of Mind in the Nineteenth Century, ed. S. Lapointe (Routledge, 2018) Author’s copy. Published version available at: https://www.routledge.com/Philosophy-of- Mind-in-the-Nineteenth-Century-The-History-of-the- Philosophy/Lapointe/p/book/9781138243965 Hermann von Helmholtz (1821-1894) contributed two major works to the theory of sensation and perception in the nineteenth century. The first edition of the The Doctrine of the Sensations of Tone was published in 1863, and the first edition of the Handbook of Physiological Optics was published in toto in 1867. These works established results both controversial and enduring: Helmholtz’s analysis of mixed colors and of combination tones, his arguments against nativism, and his commitment to analyzing sensation and perception using the techniques of natural science, especially physiology and physics. This study will focus on the Physiological Optics (hereafter PO), and on Helmholtz’s account of sensation, perception, and representation via “physiological psychology”. Helmholtz emphasized that external stimuli of sensations are causes, and sensations are their effects, and he had a practical and naturalist orientation toward the analysis of phenomenal experience. 1 Above all, I would like to thank Sandra Lapointe for her insight into the configuration and promise of this project, for conceiving of this volume, and for astute and perceptive responses to earlier versions, which shaped the project as it stands now. Clinton Tolley read the penultimate version of the paper and contributed invaluable suggestions, including preventing me from making a most consequential error of translation, for which I am grateful.