1981 Monash University Calendar Part 1
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Mapping Our Genes—Genome Projects: How Big? How Fast?
Mapping Our Genes—Genome Projects: How Big? How Fast? April 1988 NTIS order #PB88-212402 Recommended Citation: U.S. Congress, Office of Technology Assessment, Mapping Our Genes-The Genmne Projects.’ How Big, How Fast? OTA-BA-373 (Washington, DC: U.S. Government Printing Office, April 1988). Library of Congress Catalog Card Number 87-619898 For sale by the Superintendent of Documents U.S. Government Printing Office, Washington, DC 20402-9325 (order form can be found in the back of this report) Foreword For the past 2 years, scientific and technical journals in biology and medicine have extensively covered a debate about whether and how to determine the function and order of human genes on human chromosomes and when to determine the sequence of molecular building blocks that comprise DNA in those chromosomes. In 1987, these issues rose to become part of the public agenda. The debate involves science, technol- ogy, and politics. Congress is responsible for ‘(writing the rules” of what various Federal agencies do and for funding their work. This report surveys the points made so far in the debate, focusing on those that most directly influence the policy options facing the U.S. Congress, The House Committee on Energy and Commerce requested that OTA undertake the project. The House Committee on Science, Space, and Technology, the Senate Com- mittee on Labor and Human Resources, and the Senate Committee on Energy and Natu- ral Resources also asked OTA to address specific points of concern to them. Congres- sional interest focused on several issues: ● how to assess the rationales for conducting human genome projects, ● how to fund human genome projects (at what level and through which mech- anisms), ● how to coordinate the scientific and technical programs of the several Federal agencies and private interests already supporting various genome projects, and ● how to strike a balance regarding the impact of genome projects on international scientific cooperation and international economic competition in biotechnology. -
1 Constructing the Scientific Population in the Human Genome Diversity and 1000 Genome Projects Joseph Vitti I. Introduction: P
Constructing the Scientific Population in the Human Genome Diversity and 1000 Genome Projects Joseph Vitti I. Introduction: Populations Coming into Focus In November 2012, some eleven years after the publication of the first draft sequence of a human genome, an article published in Nature reported a new ‘map’ of the human genome – created from not one, but 1,092 individuals. For many researchers, however, what was compelling was not the number of individuals sequenced, but rather the fourteen worldwide populations they represented. Comparisons that could be made within and among these populations represented new possibilities for the scientific study of human genetic variation. The paper – which has been cited over 400 times in the subsequent year – was the output of the first phase of the 1000 Genomes Project, one of several international research consortia launched with the intent of identifying and cataloguing such variation. With the project’s phase three data release, anticipated in early spring 2014, the sample size will rise to over 2500 individuals representing twenty-six populations. Each individual’s full sequence data is made publicly available online, and is also preserved through the establishment of immortal cell lines, from which DNA can be extracted and distributed. With these developments, population-based science has been made genomic, and scientific conceptions of human populations have begun to crystallize (see appendix). Such extensive biobanking and databasing of human populations is remarkable for a number of reasons, not least among them the socially charged terrain that such an enterprise inevitably must navigate. While the 1000 Genomes Project (1000G) has been relatively uncontroversial in its reception, predecessors such as the Human Genome Diversity Project (HGDP), first conceived in 1991, faced greater difficulty. -
Ancient DNA: a History of the Science Before Jurassic Park
Contents lists available at ScienceDirect Studies in History and Philosophy of Biol & Biomed Sci journal homepage: www.elsevier.com/locate/shpsc Ancient DNA: a history of the science before Jurassic Park Elizabeth D. Jonesa,b,∗ a University College London, Department of Science and Technology Studies, Gower Street, London, WC1E 6BT, United Kingdom b University College London, Department of Genetics, Evolution and Environment, Gower Street, London, WC1E 6BT, United Kingdom 1. Introduction an array of actors from futurists and enthusiasts to scientists and the popular press contributed to ancient DNA's early history, and that what This history highlights the search for DNA from ancient and ex- we see as science often has its beginnings with ideas and individuals tinct organisms from the late 1970s to the mid 1980s, uncovering the that are outside the conventional confinements of the laboratory. origination and exploration of ideas that contributed to the con- Second, this article argues that from the beginning, particularly struction of this new line of research.1 Although this is the first preceding the release of Jurassic Park,thesearchforDNAfromfossils academic historical account of ancient DNA's disciplinary develop- was closely connected to the idea of bringing back extinct organisms. ment, there are other reviews and reports that outline its history.2 Ancient DNA elicited enthusiasm and speculation across different Most cite a paper published in Nature in 1984, where researchers audiences. Some imagined using DNA to study evolutionary history. reported the discovery of DNA froma140-year-oldextinctquagga,as Others speculated about its potential to resurrect long-lost species. the beginning of ancient DNA's history. -
Commencement Program 1977 Whitworth University
Whitworth Digital Commons Whitworth University Commencement Programs University Archives 1977 Commencement Program 1977 Whitworth University Follow this and additional works at: https://digitalcommons.whitworth.edu/commencement- programs Recommended Citation Whitworth University , "Commencement Program 1977" Whitworth University (1977). Commencement Programs. Paper 45. https://digitalcommons.whitworth.edu/commencement-programs/45 This Book is brought to you for free and open access by the University Archives at Whitworth University. It has been accepted for inclusion in Commencement Programs by an authorized administrator of Whitworth University. EIGHTY-SEVENTH SPRING COMMENCEMENT SUNDAY, MAY 15, 1977 Spokane, Washington "Friends, Iwill remember you, think of you, pray for you. And when another day is through I'll still be friends with you." THE PRELUDE THE CONFERRING OF THE GRADUATE DEGREES The Whitworth College Concert Band Edward B. Lindaman, L.H.D., Sc.D., President Richard V. Evans, DMA., Director Duncan S. Ferguson, Ph.D., Vice-President for Academic Affairs Jack W. Hatch, Vice-Chairman of the Board of Trustees Alvin B. Quail, Ed.D., Professor of Education, Director of Graduate THE PROCESSIONAL Studies March Processional Clare E. Grundman Ronald R. Short, Ph.D., Professor of Psychology, Director of M.A.A.B.S. The Whitworth College Concert Band Program Richard V. Evans, DMA., Director Glenn E. Fehler, M.Ed., Registrar THE INVOCATION A HYMN Ronald C. White, Ph.D., Chaplain Joyful, Joyful, We Adore Thee Joyful, joyful, we adore Thee, God of glory, Lord of love; Hearts unfold like flowers before Thee, Opening to the sun above. SCRIPTURE Melt the clouds of sin and sadness, Drive the dark of doubt away; Giver of immortal gladness, Fill us with the light of day. -
Palacký University in Olomouc 2004; and V
Palacký University Olomouc Philosophical Faculty Department of Philosophy Mgr. Vlastimil Vohánka Modality, Logical Probability, and the Trinity: A Defence of Weak Skepticism MODALITA, LOGICKÁ PRAVDĚPODOBNOST A TROJICE: OBHAJOBA UMÍRNĚNÉHO SKEPTICISMU Dissertation thesis Study program: Philosophy Supervisor: Prof. PhDr. et RNDr. Jan Štěpán, CSc. Olomouc 2011 1 Statement I declare that I wrote this dissertation on my own and that I cited all used sources. Olomouc, ............................... Vlastimil Vohánka ............................... 2 Abstract (EN) The author defends the thesis that, apart from religious experience, it cannot be evident – in a defined sense of psychological impossibility – that the Trinity doctrine is logically possible. The Trinity doctrine is understood broadly, as the proposition that there is just one God but three persons each of which is God. It is concluded that, apart from religious experience, none of the following claims can be evident: the Trinity doctrine is true; Christianity is true; the Trinity doctrine is logically possible; Christianity is logically possible; the Trinity doctrine has some but not minimal (zero) logical probability with respect to all that is evident; Christianity has some but not minimal logical probability with respect to all that is evident. Christianity is understood as a particular compound proposition including the Trinity doctrine. Replies are provided to objections against the employed principles of logical probability. The author leaves as undecided whether the Trinity doctrine, Christianity, or their logical possibility are: epistemically justified; well-argued; plausibly logically probable with respect to all that is evident (though not evidently logically probable on such information apart from religious experience); or probable in other than the logical sense. -
Los Ejemplos De La Historia De La Filosofía
LOS EJEMPLOS DE LA HISTORIA DE LA FILOSOFÍA UNA SELECCIÓN PARA SU USO EN EL AULA Seminario 2019-2020 Ejemplística en el Aula de Filosofía1 UCM / CTIF Madrid-Oeste 1 Grupo de trabajo integrado por Jorge M. Burruezo Arcadio (ejs. 1-5), Eduardo Cañas Rello (ejs. 6-8), Silvia Castro García (ejs. 26-29), David Domínguez Manzano (ejs. 12-17), María Llanos Fernández Estrada (ejs. 30-31), Raúl García Tendero (ejs. 22-24), Ángel Gutiérrez Rubio (ej. 25), Alberto López López (ejs. 9-11) y Guillermo Villaverde López (ejs. 19-21). Seminario 2019-2020 EJEMPLÍSTICA EN EL AULA DE FILOSOFÍA Índice EJEMPLO Nº 1. El desconocido matiz de azul ......................................................................................3 EJEMPLO Nº 2. La unidad de una historia .......................................................................................... 6 EJEMPLO Nº 3. Las imposibles inferencias de Adán.......................................................................... 10 EJEMPLO Nº 4. Las bolas de billar ...................................................................................................... 14 EJEMPLO Nº 5. El lento aprendizaje de Adán .................................................................................... 19 EJEMPLO Nº 6. El príncipe indio y las heladas ................................................................................. 23 EJEMPLO Nº 7. El pichón y el gato .................................................................................................... 25 EJEMPLO Nº 8. La batalla naval ........................................................................................................ -
Lists of Members University of Melbourne
Lists of Members University of Melbourne Governing Bodies, Faculties, Boards, Academic and Administrative Staff 2007 http://www.unimelb.edu.au/Members/index.html [Note: The conventions of the Commonwealth Universities Yearbook have been followed in listing the names and degrees of University staff and the abbreviations used for the names of universities and other degree-awarding institutions. Degrees with honours are not recorded, for example, Bachelor of Science with honours is shown as the basic degree BSc. It should be noted that the abbreviations of institutions used in these lists are not necessarily identical with those employed byth e institutions.] Lists of Members University ofMelbourn e 2007 TABLE OF CONTENTS Senior Office Bearers 1 Council 3 Committees 5 Committees (Committees of Council) 6 Councils of Halls of Residence 11 Committee of Convocation 13 Academic Board 16 Committees ofthe Academic Board : 16 Faculties 24 Boards 34 Professors 36 Readers 49 Professors Emeritus 51 Laureate Professors 58 Laureate Professorial Fellow 58 Vice-Chancellor's Fellows 59 Federation Fellows 60 Headso f Affiliated Colleges 61 Headso f Hallso f Residence 61 Teaching and Research Staff. , 62 Architecture, Building and Planning 62 Arts 63 Economics and Commerce 78 Education 83 Engineering 87 Land and Food Resources 95 Law 98 Medicine, Dentistry and Health Sciences 101 Melbourne Business School 156 Music ; 157 Science 159 Veterinary Science 170 Victorian College ofthe Arts 172 Faculty Administration 175 Graduate School Administration 180 Central -
Allan Wilson Centre Key OUTREACH Achievements
underscopethe ALLAN WILSON CENTRE KEY OUTREACH ACHIEVEMENTS HAMISH SPENCER BREEDING SHEEP IN NEW ZEALAND AND CHINA, LINKING CHARLES DARWIN, BEER ADVERTISING AND GENETICS At the first Joint Research Centre workshop on Sheep Breeding and Development Biology Hamish spoke at the Chinese Academy of Sciences in Beijing about the connections between his theoretical work on evolution and recent research showing how the environment in the broadest sense affects gene function. What’s the link between Charles Darwin, beer advertising and genetics? Hamish revealed the relationship between these seeming disparate elements in two presentations, one to Invercargill’s University of the Third Age and one to the local community and senior students at Tolaga Bay Area School. WENDY NEWPORT-SMITH COMMEMORATING ALLAN WILSON, SUPPORTING BIOLOGY EDUCATION, BUILDING SUSTAINABLE COMMUNITIES The Allan Wilson Centre organised Out of Africa, the successful lecture series commemorating Allan Wilson’s life and work delivered by Rebecca Cann, Professor of Cell and Molecular Biology at the University of Hawaii. A former graduate of Allan’s, Professor Cann shared with capacity audiences in Dunedin, Nelson, Auckland, Wellington and Palmerston North her experiences of working with Allan and the changes in evolutionary biology since his death 20 years ago. Allan Wilson’s contribution to science was the topic of a keynote address delivered by Allan Wilson Centre Director Charles Daugherty at The Biology Educators’ Association of New Zealand BioLive conference as part of our sponsorship of the event. Our sponsorship included hosting an event for educators and the launch of a powerpoint presentation to introduce evolutionary concepts to Year 10 students, using the story of human evolution as an example. -
Nature November 1984.Pdf
to@ ANrn\ :,Ar( I\LVVJAI\U^,r,^/. ViLtiJ fossil evolutionar.v s1'nthesis by studying DNA, stiil look like nothing more tnan.a Palaeomolecular !t"lggJ too early tr'1 nlorious dream. Hou ever, it is far io nitl"up. and it nright just be possible.that buneo fossilized Raising the dead and ;SA ;;t ,ur" i' ed in some ^"materlal. point: DNA can easily be from Alec J. JeffreYs One final iare outiii.a ito* animals that have died' and Not press) and my oun (unpublished) survive for the quagga as dead as a dodo? of DNA [".. J.i.a it is stable and should Is ;;;;; ih;, suLstanrialquantities It is there- i"tit.'rtl""iior indeed might be the dodo' .i"*i.t rvithout degradation' Russell can be recor ered fronr Prcserveo or museums should ii";;';;;;rkable findinss of almost fore viral thar zoos co-workers rn"*rnotft tissue' Unfortunately' to store DNA from as iii-".rti, Allan wilson and microbial con- siart sysrematically of this issue are it comes from recent as possible' and certainly ;;;-ili on Page 282 "ii"i probably introduced after .uny'rp..i.t go Because even though the iu-i"urion, any that face exrinction' Friedrich ;'";;t;;,o uv;. Elephant-like DNA sequences froni chimaera of horse and excavation. *ho discovered nucleic acid in ouunnu. u curious at vanishingli' low levels (less tnli.r.t't.i, ,.bii b..urn. extinct just over a century "."1*i.", ;;;.-;"t. of its DNA has survived in a ;;;.;; ip.cimen in a state suitable for TE "';;;moiecular cloning' start, Higuchi et al' managed to & irofut. -
1988 Monash University Calendar Part 1
,.------------, . · Monash University · Calendar 1988 JOCK MARSHALL ZOOLOGY RESERVE SPORTS AREA SPORTS AREA Monash University Calendar 1988 Published by Monash University Wellington Road, Clayton Victoria, Australia 3168 Telephone: 565 4000 Telegrams: Monashuni, Melbourne Telex: AA 32691 All rights reserved, This book or any part thereof may not be reproduced in any form whatsoever, whether by graphic, visual, electronic, filming, microfilming, tape recording or any means, except in the case of brief passages for the information of students, without the prior written permission of the publisher, Copyright © Monash University 1988, Typeset by Abb-typesetting Pty Ltd Melbourne Printed and bound by Brown Prior Anderson Pty Ltd Melbourne ISSN 0159 - 5385 Contents The contents of the Calendar have been brought up to date as at 4 January 1988. The Statutes and Regulations included arc those in force on that date. with the exception of Statutes made since 12 October 1987. and Regulations made since 9 November 1987. Preface 2.10 The Monash Association of Students Sir John Monash 3 117 Coat of Arms 4 2.11 The Sports and Recreation Association Donations and Bequests 5 118 Principal Dates for 1988 6 2.12 Monash Association of Graduate Students Officers and Staff 119 Officers of the University 16 Members of Council 17 Chapter 3 - Officers of the University Standing Committees of Council 19 3.1 The Chancellor and the Deputy The Professorial Board 21 Chancellor 119 Standing Committees of the Professorial Board 3.2.1 The Vice-Chancellor 120 22 3.2.2 -
Coding Sequences: a History of Sequence Comparison Algorithms As a Scientiªc Instrument
Coding Sequences: A History of Sequence Comparison Algorithms as a Scientiªc Instrument Hallam Stevens Harvard University Sequence comparison algorithms are sophisticated pieces of software that com- pare and match identical or similar regions of DNA, RNA, or protein se- quence. This paper examines the origins and development of these algorithms from the 1960s to the 1990s. By treating this software as a kind of scien- tiªc instrument used to examine sets of biological objects, the paper shows how algorithms have been used as different sorts of tools and appropriated for dif- ferent sorts of uses according to the disciplinary context in which they were deployed. These particular uses have made sequences themselves into different kinds of objects. Introduction Historians of molecular biology have paid signiªcant attention to the role of scientiªc instruments and their relationship to the production of bio- logical knowledge. For instance, Lily Kay has examined the history of electrophoresis, Boelie Elzen has analyzed the development of the ultra- centrifuge as an enabling technology for molecular biology, and Nicolas Rasmussen has examined how molecular biology was transformed by the introduction of the electron microscope (Kay 1998, 1993; Elzen 1986; Rasmussen 1997).1 Collectively, these historians have demonstrated how instruments and other elements of the material culture of the labora- tory have played a decisive role in determining the kind and quantity of knowledge that is produced by biologists. During the 1960s, a versatile new kind of instrument began to be deployed in biology: the electronic computer (Ceruzzi 2001; Lenoir 1999). Despite the signiªcant role that 1. One could also point to Robert Kohler’s (1994) work on the fruit ºy, Jean-Paul Gaudillière (2001) on laboratory mice, and Hannah Landecker (2007) on the technologies of tissue culture. -
Message from Mwbro. Don Reynolds Grand Master
See freemasonsvic.net.au and FMV Engage No. 139 Click on the LINKS for more information Message from MWBro. Don Reynolds Grand Master Dear Brethren Grand Installation presented by KPMG What a wonderful week for Freemasons Victoria with an outstanding Geelong based Quarterly, Grand Installation and Grand Banquet and many wonderful memories that will remain with me lifelong. Monash Children’s Hospital On Tuesday with the Minister for Health Hon Jill Hennessy we announced our partnership with the Monash Children’s Hospital enabling the naming of the Freemasons Forest Ward funded by the Freemasons Foundation and proudly supported by Freemasons Victoria. This is a great opportunity and it was wonderful to see the news profiled on Channel Nine! I encourage you to read more by clicking HERE. 50th Anniversary Foundation Stone Dallas Brooks Hall Today we are joined by The Governor of Victoria, Her Excellency the Hon. Linda Dessau AC, to celebrate both the 50th anniversary of the laying of the original Foundation Stone and a new beginning for the historic site at 300 Albert Street, East Melbourne. The Governor will join Elysa Anderson from our magnificent development partner Mirvac and myself for a special unveiling of the gold inscribed original marble foundation stone and the historic ceremonial silver trowel used to cement the stone into place. The celebration of this milestone comes at a time when the last section of the Dallas Brooks Hall is being demolished to make way for the site to become the home of our new Masonic Centre and The Eastbourne, a new residential project.