40~~~~~J and Fred Firestone, M

Total Page:16

File Type:pdf, Size:1020Kb

40~~~~~J and Fred Firestone, M 336 CALIFORNIA AND WZESTERN MEDICINE Vol. XXXI, No. S VACCINE THERAPY IN INFECTIOUS 1-5 6-10 11-15 A-2021-2 26-30 31-35 3640 44-45 46+ BRONCHITIS AND ASTHMA* 5 + F I__ _ F H7H± T T I 4, ,f " ;g4r;l' By WILLIAM C. VOORSANGER, M. D. 40~~~~~J AND FRED FIRESTONE, M. D. San Francisco DIscussIoN by Albert H. Rowe, M. D., Oakland; George Piness, M. D., Los Angeles. TN two previous papers' the authors attempted 2U to classify nontuberculous cough according to its underlying pathology. Based upon a study of two hundred cases selected from routine clinic 15~~~~~~~~~~~~~~~~~1 and private practice, twenty different causes were found. The two prevailing groups, a 38 per cent "undiagnosed group," and a 37 per cent group which showed a "pulmonary infiltration and 'A~~~~I'I thickening with or without enlarged root glands." FIG. 1.-Chart showing influence of heredity on ae of onst. most often followed influenza, pneumonia, and and lactose. These serum waters were incubated occasionally pleurisy with effusion. for fourteen days unless coagulation took place PREPARATION OF VACCINE before that time. At the end of fourteen days In 1919 I. Chandler Walker22 pointed out the the tubes in which change had not taken place significance of vaccines in the treatment of bron- were carefully examined according to Holman's In his early work he recognized method of classification. Vaccines were prepared chial asthma. in the strength of one billion organisms per cubic two distinct types of asthmatic patients-those 0.05 in which some foreign protein, either of the in- centimeter, the initial dose in adults being variety, inaugurated the at- cubic centimeter, gradually increasing by 0.05 halant or ingestive cubic centimeter at a three to five to seven-day tack, and a second type in which the attack was resist- aggravated or precipitated by a superimposed interval, this time being governed by the bacterial infection. ance of the patient, as determined by local re- Since the inception of our work on infectious action and constitutional symptoms. bronchitis and asthma, we have modified some- HEREDITY AS A CAUSATIVE FACTOR what the Chandler Walker technique preparation IN ASTHMA of vaccines and of dosage, and give herewith a Cooke,4 in 1925, after a careful survey of the brief resume of our method of preparing cul- nature of the inheritance in asthma and pre- tures and vaccines including our more recent asthmatic conditions, made a graphic chart show- modifications. ing the influence of heredity Qn the age of onset. Throughout this work the following bacterio- (See Fig. 1.) logical technique was used: After thorough anti- Where both father and mother showed some sepsis of the mouth, sputum was collected daily hypersensitiveness 75 per cent of the offspring for three consecutive days in sterile sputum jars. showed clinical signs before the tenth year; where Thick masses of sputum, raised during an asth- there is a unilateral heredity, 35 per cent showed matic attack or during a severe paroxysm of symptoms before the tenth year. In the third coughing, which usually occurred in the morning, class, where there is a negative heredity his- wete washed in sterile sodium chlorid solution tory, 17 per cent showed symptoms before the and shaken in five cubic centimeters of plain tenth year. This group comprises the infectious bouillon or glucose veal broth of proper hydrogen type, and a study of the curve reveals a small ion concentration. Tubes of melted plain agar, peak rising from the first to the tenth year, a fall to which 0.5 cubic centimeters of sterile defibri- in nated human blood was added, were inoculated TABLE No. 1.-Results of Vaccines Infectious with varying amounts of the broth emulsion of Bronchitis and Asthma 2XJ3- Petri dishes and incu- i -laaIJLT sputum and poured into i;FlauM I1t"T= sm N70"9+ kI r?f ""es _Ios WJTPi bated for thirty-six hours. The various types of I--l 32 IF22 T .T-,CA.Mo..c L 2 E*Ow,m.ln3 in I1YEARSi s CHMMIC colonies were then picked off, subcultivated C2H222N 52W222ns2 PuL 2m F _ iTm1 votIDW P"OV 0 bouillon and incubated for about twenty- fALe ORONC-ITIS dextrose flfMl a3L PCOWAYC>419 :: "O WEftOL ftEPCFITED v4PROV I5 IIYEARS| W.c UTOGIENOtl5I COLOS hours. The organisms from this dextrose 222222 four - -H* M 222222m -" 2.222222|, RercATEO VN4t4P*WCD bouillon growth were stained by Gram's method 23 65 CIOLDS a bile solubility test was made. Those organ- muOCENOUS IMMUCNZA ViELL and Os If FE YEAR "M. which proved to be Gram-negative cocci in I5tH 1t ^K WVCLL *isms 2YSARS 50 lb| *E= in- RSTHg1A SC bile insoluble were &W eVlIID and m chains, noncapsulated GROW,--" .Ct mp2 GWP w4powco 12 2M22LE EraRS R oculated, according to the method of Hiss, into 3q 43 1ow".fmsyw 1-m 1 v lOce.ious P2 FIL2 Lr acpc.".. I wmp"ovco 222222a IJWOO litmus waters which contained salicin, mannite, 45 *1 ~ A P.22222222222pl - 04pnowco IE S YEARS H-: SS W -'2222222rW2 8 PUf¢C|STRP C.M OET * of Mount Zion Hospital, GRO OWUMNZFIL From the Chest Department Pfl-E 1A. V.- VIIOwo^. vS emcumoms WELL San Francisco. 62 28 |.VERPS , PUDA'kgM * Read before the General Medicine Section of the Cali- F"CL*W"I'l IMPMWO fornia Medical Association at the Fifty-eighth Annual 66 t errusom Session, May 6-9, 1929. 337 November,Novmbe,1929 129 VACCINE THERAPY-VOORSANGER AND FIRESTONE33 0 from the tenth to the fifteenth year, and a rapid trinsic asthma is the result of infectious processes. rise to the twenty-first year, where the incidence in other parts of the body, such as asthma rela'te-d of asthma stays at a maximal level until over to and relieved by removal of an' infected gall thirty years, to drop gradually to the age of forty bladder or kidney or associated with the menstrual when it climbs again, reaching its maximum at cycle. the sixty-fifth year. Asthma developing after the In our classification we demonstrated that in- thirteenth year, and especially after the fortieth, fected sinuses were responsible for 8 per cent of is usually the resuilt of chronic foci of infection all chronic coughs. We therefore emphatically in the bronchi, tonsils, teeth, and sinuses. Here, recommend in all bronchitis and asthma follow- too,-development is gradual. Cough and wheez- ing an acute upper respiratory infection that all ing and frequent attacks of bronchitis may go on sinuses be thoroughly examined, d'rained if neces- for years before the true dyspnea of asthma be- sary, and a vaccine from the sinus pus or secre- gins. Many of the cases of chronic bronchitis tion be administered. In our experience we have with emphysema are truly infectious asthma and often seen good results from the latter procedure, should early be recognized, because the results and have seldom seen permanent relief from a obtained with some of these long-standing cases purely operative correction. How often, after sub- warrant the belief that much better results could mitting the patient to trying sinus operations- be obtained had they been treated along the same either drainage or the more radical method-have lines that we now follow after they-.have become we seen a recurrence of all symptoms or a very definitely asthmatic. temporary relief. We believe frankly that many sinus infections are true secondary infections CLASSIFICATION OF CASES TREATED superimposed upon a sensitive membrane; an'd This present paper consists of a critical review we advocate the elimination of every condition of 481 cases reporting for routine chest -exami- of hypersensitiveness or allergic sensitiveness nation and includes a series of 110 cases of proved (proved such by protein skin-testing with dust, tuberculosis, as checked by physical examination, pollens, danders, and foods) by a period of rest 'c-ray films of chest, sputum, and guinea-pig in-- and vaccine therapy before surgery is employed. )culation for tubercle bacilli. These tuberculous A detailed analysis of the sixty-six cases of :ases have been eliminated from this study. Of infectious bronchitis and asthma reveals the the remaining 371 nontuberculous cases, we have following :* been able to isolate sixty-six cases of infectious Fifteen, or 22.7 per cent, we classify as "well," bronchitis and asthma which have received vac- by which we mean the patient has been clinically cine therapy, and it is this latter series that we' relieved of all evidence of the acute paroxysms report here in detail, giving our observations since of wheezing with signs of bronchospasm for a 1920. period of over two years. We avoid the term REVIEW OF SIXTY-SIX CASES OF INFECTIOUS "cured" as we feel that, in the future, repeated BRONCHITIS AND ASTHMA TREATED epidemics of influenza or other acute respiratory WITH VACCINE diseases may so alter the bacterial flora of the All patients treated had a history of some patient as to break down the resistance established acute pulmonary infection, principally influenza- and possibly precipitate an asthmatic attack. pneumonia, repeated colds, and in children whoop- Twenty-seven, or 40.9 per cent, are considered ing-cough was an underlying factor. All proved as "improved," by which we mean the patient has cases of tuberculosis have naturally been eliminated been relieved for over a period of six months of although we have in a few instances seen chronic the real asthmatic paroxysms, has lost the associ- tuberculosis, complicated with asthma, 'improve ated cough and dyspnea on exertion, and is able under an autogenous vaccine, which improvement * The table showing the results of vaccine treatment I-n we as from a tuberculin made infectious bronchitis and asthma will appear in the re- interpret resulting prints of this article, which may be had on application tco of the patients' own sputum.
Recommended publications
  • Induction in the Socratic Tradition John P
    Induction in the Socratic Tradition John P. McCaskey Stanford University Abstract: Aristotle said that induction (epagǀgƝ) is a proceeding from particulars to a universal, and the definition has been conventional ever since. But there is an ambiguity here. Induction in the Scholastic and the (so-called) Humean tradition has presumed that Aristotle meant going from particular statements to universal statements. But the alternate view, namely that Aristotle meant going from particular things to universal ideas, prevailed all through antiquity and then again from the time of Francis Bacon until the mid-nineteenth century. Recent scholarship is so steeped in the first-mentioned tradition that we have virtually forgotten the other. In this essay McCaskey seeks to recover that alternate tradition, a tradition whose leading theoreticians were William Whewell, Francis Bacon, Socrates, and in fact Aristotle himself. The examination is both historical and philosophical. The first part of the essay fills out the history. The latter part examines the most mature of the philosophies in the Socratic tradition, specifically Bacon’s and Whewell’s. After tracing out this tradition, McCaskey shows how this alternate view of induction is indeed employed in science, as exemplified by several instances taken from actual scientific practice. In this manner, McCaskey proposes to us that the Humean problem of induction is merely an artifact of a bad conception of induction and that a return to the Socratic conception might be warranted. Introduction Aristotle said that induction (epagǀgƝ) is a proceeding from particulars to a universal, and the definition has been conventional ever since. But there is an ambiguity here.
    [Show full text]
  • Did Darwin Plagiarize His Evolution Theory? — Bergman
    Countering the critics Did Darwin plagiarize his evolution theory? — Bergman this book de Maillet Did Darwin suggested that fish were the precursors of birds, mammals, plagiarize his and men.7 Yet an- other pre-Darwin evolution theory? scientist was Pierre- Louis Maupertuis Jerry Bergman (1698–1759) who in 1751 concluded in his Some historians believe that all of the major contri- book that new species butions with which Darwin is credited in regard to may result from the Courtesy TFE Graphics Courtesy evolution theory, including natural selection, actually fortuitous recombin- were plagiarized from other scientists. Many, if not ing of different parts most, of Darwin’s major ideas are found in earlier of living animals. works, especially those by his grandfather Erasmus At about this Darwin. Charles Darwin rarely (if ever) gave due same time the French credit to the many persons from whom he liberally encyclopedist, Denis Erasmus Darwin (1731–1802) ‘borrowed’. This review looks at the evidence for Diderot (1713–1784), this position, concluding that much evidence exists taught that all animals evolved from one primeval organ- to support this controversial view. ism. This prototype organism was fashioned into all those types of animals alive today via natural selection. George Louis Buffon (1707–1788) even expounded the idea at length that ‘the ape and man had a common ancestry’ and, A common (but erroneous) conclusion is that Charles further, that all animals had a common ancestor.8 Macrone Darwin conceived modern biological evolution, including concluded that, although Darwin put evolution on a firmer natural selection.1 An example of statements commonly scientific basis found in the scientific literature indicating this would be the ‘ … he was hardly the first to propose it.
    [Show full text]
  • Linnean Vol 31 1 April 2015 Press File.Indd
    TheNEWSLETTER AND PROCEEDI LinneanNGS OF THE LINNEAN SOCIETY OF LONDON Volume 31 Number 1 April 2015 Harbingers: Orchids: The Ternate Essay: Darwin’s evolutionary A botanical and Revisiting the timeline forefathers surgical liaison and more… A forum for natural history The Linnean Society of London Burlington House, Piccadilly, London W1J 0BF UK Toynbee House, 92–94 Toynbee Road, Wimbledon SW20 8SL UK (by appointment only) +44 (0)20 7434 4479 www.linnean.org [email protected] @LinneanSociety President SECRETARIES COUNCIL Prof Dianne Edwards CBE FRS Scienti fi c The Offi cers () Prof Simon Hiscock Vice Presidents President-Elect Dr Francis Brearley Prof Paul Brakefi eld Dr Malcolm Scoble Prof Anthony K Campbell Vice Presidents Editorial Dr Janet Cubey Ms Laura D'Arcy Prof Paul Brakefi eld Prof Mark Chase FRS Prof Jeff rey Duckett Prof Mark Chase Dr Pat Morris Dr John David Collecti ons Dr Thomas Richards Dr Anjali Goswami Dr John David Prof Mark Seaward Prof Max Telford Treasurer Strategy Dr Michael R Wilson Prof Gren Ll Lucas OBE Prof David Cutler Dr Sarah Whild Ms Debbie Wright THE TEAM Executi ve Secretary Librarian Conservator Dr Elizabeth Rollinson Mrs Lynda Brooks Ms Janet Ashdown Financial Controller & Deputy Librarian Digiti sati on Project Offi cer Membership Offi cer Mrs Elaine Charwat Ms Andrea Deneau Mr Priya Nithianandan Archivist Emerita Linnaean Project Conservators Buildings & Offi ce Manager Ms Gina Douglas Ms Helen Cowdy Ms Victoria Smith Ms Naomi Mitamura Special Publicati ons Manager Communicati ons & Events Ms Leonie Berwick Manager Mr Tom Simpson Manuscripts Specialist Dr Isabelle Charmanti er Room Hire & Membership Educati on Offi cer Assistant Mr Tom Helps Ms Hazel Leeper Editor Publishing in The Linnean Ms Gina Douglas The Linnean is published twice a year, in April and October.
    [Show full text]
  • Aprons Instead of Uniforms: the Practice of Printing, 1776-1787
    Aprons Instead of Uniforms: The Practice of Printing, 1776-1787 ROLLO G. SILVER WE DO NOT think of a master printer as primarily a busi- nessman. Because he controls a major channel of communica- tion, our tendency is to romanticize him while we forget that essentially his chief concern is the same as that of his fellow tradesmen—the bottom line of his balance sheet. In time of war, his hazard is doubled. Then all businessmen face the problems of scarcity, financing, possibility of dislocation, per- haps survival, but the printer also has the government and the public closely involved in his activities. The government uses some of his work and needs all of his support; the public assiduously heeds the opinions expressed in his publications. When the war is a civil war, such as the American Revolu- tion was in part, his predicament is even more hazardous. Maintaining a printing shop despite changes in civil authority requires ingenuity as well as tenacity and, if one holds to one's principles, courage. After all, the printer is a business- man whose stock in trade consists of twenty-six lead soldiers. It is impractical to describe all the aspects of the practice of printing during this period in one chronological narrative. So it is preferable to select those topics which best depict the activities of the printers between 1776 and 1787. These topics include the relationship between printers and the Continental Congress and the relationship between printers and the state legislatures. The expansion of the press must be considered 111 112 American Antiquarian Society as well as the impact of the Revolution on the equipment and personnel of the shop.
    [Show full text]
  • William Charles Wells, Md, Frs 1757-1817
    Br J Ophthalmol: first published as 10.1136/bjo.12.11.561 on 1 November 1928. Downloaded from THE BRITISH JOURNAL OF OPHTHALMOLOGY NOVEMBER, 1928 COMMUNICATIONS WILLIAM CHARLES WELLS, M.D., F.R.S. I757-i8I7 copyright. BY R. R. JAMES LONDON WVELLS is chiefly to be remembered for his essay, on single vision with the two eves. A short memoir of him occturs in Munk's Roll of the Roval Collegre of Physicians and in the Dictionary of National Biography; the foundation of each is, of course, the memoir, written by himself, which is included in the collected http://bjo.bmj.com/ edition of his works (1818.) Whatever the value of an autobio- graphy may be in some instances, in this it is all we have. X\rells was the second son and foturth child of Scottish parents and was born at Charlestown, South Carolina in MIay, 1757. His father had settled in a mercantile house in Carolina in 1753, but the business failed, and he became a bookbinder and bookseller, on October 2, 2021 by guest. Protected to which craft he had been bred in Duimfries. Prospering in his new vocation he began the publication of a newspaper, "for which he was well qualified from his previous education, being a good Latin scholar, and well read in history; lhe had, besides, studied his ow,-n language grammatically, and wrote it with great correct- ness and purity." After the peace of 1763 disloyal principles prevailed in America, and the younger Wells was obliged to wear a tartan coat and blue Scotch bonnet to make him consider himself a Scotsman, but this Br J Ophthalmol: first published as 10.1136/bjo.12.11.561 on 1 November 1928.
    [Show full text]
  • Downloaded 10/10/21 09:06 PM UTC Bulletin American Meteorological Society 1059
    John F. Griffiths A Chronology ol llems of Department of Meteorology Texas A8cM University Meteorological interest College Station, Tex. 77843 Any attempt to select important events in meteorology The importance of some events was not really recog- must be a personal choice. I have tried to be objective nized until years later (note the correspondence by and, additionally, have had input from some of my Haurwitz in the August 1966 BULLETIN, p. 659, concern- colleagues in the Department of Meteorology. Neverthe- ing Coriolis's contribution) and therefore, strictly, did less, I am likely to have omissions from the list, and I not contribute to the development of meteorology. No would welcome any suggestions (and corrections) from weather phenomena, such as the dates of extreme hurri- interested readers. Naturally, there were many sources canes, tornadoes, or droughts, have been included in this of reference, too many to list, but the METEOROLOGICAL present listing. Fewer individuals are given in the more AND GEOASTROPHYSICAL ABSTRACTS, Sir Napier Shaw's recent years for it is easier to identify milestones of a Handbook of Meteorology (vol. 1), "Meteorologische science when many years have passed. 1 Geschichstabellen" by C. Kassner, and One Hundred i Linke, F. (Ed.), 1951: Meteorologisches Taschenbuch, vol. Years of International Co-operation in Meteorology I, 2nd ed., Akademische Verlagsgesellschaft Geest & Portig, (1873-1973) (WMO No. 345) were most useful. Leipzig, pp. 330-359. (1st ed., 1931.) B.C. 1066 CHOU dynasty was founded in China, during which official records were kept that in- cluded climatic descriptions. #600 THALES attributed the yearly Nile River floods to wind changes.
    [Show full text]
  • Charles Darwin 09/02/2013 16:55 Page Iii
    Book-Darwin-ss-test_Charles Darwin 09/02/2013 16:55 Page iii CHARLES darwin Destroyer of Myths Andrew Norman Skyhorse Publishing Book-Darwin-ss-test_Charles Darwin 09/02/2013 16:55 Page v Contents Darwin/Wedgwood Family Tree .......................................................................viii Acknowledgements ............................................................................................ix Preface ..................................................................................................................x Chapter 1 Charles Darwin: A Child is Born ....................................................1 Chapter 2 Religion: Unitarianism ....................................................................4 Chapter 3 Shrewsbury School and the Reverend Butler ..................................6 Chapter 4 Edinburgh ......................................................................................10 Chapter 5 Cambridge ......................................................................................14 Chapter 6 John Locke and William Paley ......................................................21 Chapter 7 A Proposition ................................................................................25 Chapter 8 The Voyage of hMS Beagle ..........................................................29 Chapter 9 The Galapagos ..............................................................................49 Chapter 10 home at Last ..................................................................................54 Chapter
    [Show full text]
  • Three Hundred Fifty Years of the Royal Society: Fellows of Vision
    SPECIAL ARTICLE Three Hundred Fifty Years of the Royal Society Fellows of Vision C. Richard Keeler, FRCOphth(Hon) he 350th anniversary of the Royal Society was celebrated in November 2010. This Brit- ish society is the oldest scientific institution in the world, with 8200 fellows, includ- ing foreign members, having been elected during this period. Sir Isaac Newton is just one of the world’s great scientists who have served as officers of the Royal Society. To- Tday there are 69 Nobel Laureates among the membership of 1400. BEGINNINGS math in an era of many polymaths and is most famous today as an architect and the In the middle of the 17th century, civil war creator of St Paul’s Cathedral (Figure 1). was raging in England. King Charles I had In 1657, Wren had moved to the com- commandeered Oxford and set up a roy- parative safety of London and had be- alist coterie within the colleges. Among his come professor of astronomy at age 25 medical advisers were his physician Dr Wil- years at Gresham College. He was one of liam Harvey (1578-1657), Dr Thomas Wil- 7 professors, each specializing in a sub- lis (1621-1675), and Dr Charles Scar- ject: astronomy, geometry, physics, law, burgh (1614-1694). In time of war, good divinity, rhetoric, and music. doctors and surgeons were highly valued. On November 28, 1660, after giving one In 1646, a sick 14-year-old boy named of his weekly lectures, 12 men who had Christopher Wren (1632-1723) was sent been attending the lecture met to discuss by his father to be under the care of Scar- the possibility of setting up a new insti- burgh at his home in Oxford.
    [Show full text]
  • 6B. Earth Sciences, Astronomy & Biology
    19-th Century ROMANTIC AGE Astronomy, Biology, Earth sciences Collected and edited by Prof. Zvi Kam, Weizmann Institute, Israel The 19th century, the Romantic era. Why romantic? Borrowed from the arts and music, but influenced also the approach to nature and its studies: emphasizing descriptive biology and classification of animals and plants. ASTRONOMY and EARTH SCIENCES EARTH SCIENCES AGE OF THE UNIVERSE AND OF EARTH How can we measure the age of the universe? The size of the universe? The size and distances of stars? How can we estimate the age of earth? How were the various chemical elements created? Characteristic of the 19th century is the transition from geology of stone collecting and sorting, to attempts on modeling the mechanisms shaping the earth crust. The release from religious constraints provided space for testing new theories based on fossils, distributions of rock and soil types, earthquakes, volcanic eruptions, soil erosion and sediment, glaciers and their traces, sea floors, earth core etc. Before the 19th century, a reminder: 1650 James Ussher, 1581-1656, an Irish archbishop, claim earth was created 4000 BC, before the first day of creation. 1715 Edmond Halley, 1656-1742, Calculated an estimation of earth age from seawater salinity. He assumed the ancient see contained sweet water, and salinity rose due to earth erosion. 1785 Dr. James Parkinson, 1755-1824, a surgeon (who identified what was later called “Parkinson disease”) and a geologist, one of the founders of the geological society and a supporter of “catastrophism”. Saved the nature museum in Leicester square from bankruptcy of his owner, Sir Ashton Lever.
    [Show full text]
  • TCC Angelo FINAL.Pdf
    UNIVERSIDADE FEDERAL DE SANTA CATARINA CENTRO DE CIÊNCIAS BIOLÓGICAS DEPARTAMENTO DE ECOLOGIA E ZOOLOGIA CURSO LICENCIATURA EM CIÊNCIAS BIOLÓGICAS Angelo Tenfen Nicoladeli Gênese e Desenvolvimento do Conceito de Seleção Natural Florianópolis 2020 Angelo Tenfen Nicoladeli Gênese e Desenvolvimento do Conceito de Seleção Natural Trabalho Conclusão do Curso de Graduação em Ciências Biológicas do Centro de Ciências Biológicas da Universidade Federal de Santa Catarina como requisito para a obtenção do título de Licenciado em Ciências Biológicas Orientador: Prof. Kay Saalfeld Florianópolis 2020 Angelo Tenfen Nicoladeli Gênese e Desenvolvimento do Conceito de Seleção Natural Este Trabalho de Conclusão de Curso foi julgado adequado para obtenção do Título de Licenciado e aprovado em sua forma final pelo Curso de Ciências Biológicas. Florianópolis, 10 de janeiro de 2020. ________________________ Prof. Carlos Roberto Zanetti, Dr. Coordenador do Curso Banca Examinadora: ________________________ Prof. Kay Saalfeld, M.a. Orientador Universidade Federal de Santa Catarina ________________________ Prof. André Luís Franco da Rocha, Dr. Avaliador Universidade Federal de Santa Catarina ________________________ Prof. João Gabriel da Costa, M.a. Avaliador Universidade Federal de Santa Catarina Este trabalho é dedicado aos meus queridos pais. AGRADECIMENTOS Assim como qualquer outro trabalho acadêmico, esse também não seria possível sem ajuda de outras pessoas e o que já havia sido feito nos livros e artigos já publicados. Sou grato a todas as pessoas que me auxiliaram nesse caminho. Agradeço a minha mãe Marlene, meu pai Adércio e minha avó Noêmia por me darem todo o apoio necessário para eu continuar estudando e seguindo meus sonhos, devo tudo a vocês. Agradeço a meu orientador Kay Saalfeld por me abrir as portas da História e Filosofia da Ciência e da Biologia, por me fazer pensar, refletir e pesquisar.
    [Show full text]
  • 'Constitutions Selection': Darwin, Race and Medicine
    BJHS Themes (2021), 1–19 doi:10.1017/bjt.2021.1 RESEARCH ARTICLE ‘Constitutions selection’: Darwin, race and medicine Suman Seth* Department of Science and Technology Studies, Cornell University *Corresponding author: Suman Seth, Email: [email protected] Abstract In the course of his discussion of the origin of variations in skin colour among humans in the Descent of Man, Charles Darwin suggested that darker skin might be correlated with immunity to certain diseases. To make that suggestion, he drew upon a claim that seemed self-evidently correct in 1871, although it had seemed almost certainly incorrect in the late eighteenth century: that immun- ity to disease could be understood as a hereditary racial trait. This paper aims to show how funda- mental was the idea of ‘constitutions selection’, as Darwin would call it, for his thinking about human races, tracking his (ultimately unsuccessful) attempts to find proof of its operation over a period of more than thirty years. At the same time and more broadly, following Darwin’s conceptual resources on this question helps explicate relationships between conceptions of disease and concep- tions of race in the nineteenth century. That period saw the birth of a modern, fixist, biologically determinist racism, which increasingly manifested itself in medical writings. The reverse was also true: medicine was a crucial site in which race was forged. The history of what has been called ‘race-science’, it is argued, cannot and should not be written independent of the history of ‘race- medicine’. In the spring of 1862, three years after the publication of Origin of Species, Charles Darwin received permission from the Medical Department of the British Army to send a rather peculiar survey to regimental surgeons.
    [Show full text]
  • College of Optometrists Historical Books
    College of Optometrists Rare and Historical Books Collection This document is an incomplete listing of the rare and historical books in the College Library’s Historical Collections 1 and 2. The annotations in this bibliographic catalogue are taken from the books themselves, the 1932, 1935 and 1957 BOA Library Catalogues, Albert, ‘ Sourcebook of Ophthalmology’, IBBO vols 1 & 2, various auction catalogues and booksellers catalogues and ongoing curatorial research. This list was begun by the BOA Librarian (1999-2007) Mrs Jan Ayres and has been continued by the BOA Museum Curator (1998- ) Mr Neil Handley. Date of current version: 12 February 2015 ABBOTT, T.K. Sight and touch: an attempt to disprove the received (or Berkeleian) theory of vision. Longman, Green, Longman, Roberts & Green, 1864 A refutation of Berkley’s theory that the sight does not perceive distance, which is perceived by touch or by the locomotive faculty. Sir William de Wiveleslie Abney (1844-1920) The English physicist Sir William de Wiveleslie Abney (1843-190?) was one of the founders of modern photography. His interest in the theory of light, colour photography and spectroscopy spurred his investigations into colour vision. He entered the Royal Navy at the age of 17, retiring in 1881 with the rank of Captain. Elected a Fellow of the Royal Society in 1876 he was awarded the Rumford Medal in 1882 for his work on radiation. He was a pioneer in the chemistry of Photography. In 1892 he gave a lecture at the Royal Society of Arts on ‘Colour Blindness’ and in 1894 delivered the Tyndall Lectures at the Royal Institution on Colour Vision.
    [Show full text]