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Ending Jim Crow Life Insurance Rates Mary L
University of Richmond UR Scholarship Repository Law Faculty Publications School of Law 2009 Ending Jim Crow Life Insurance Rates Mary L. Heen University of Richmond, [email protected] Follow this and additional works at: http://scholarship.richmond.edu/law-faculty-publications Part of the Civil Law Commons, Civil Rights and Discrimination Commons, and the Insurance Law Commons Recommended Citation Mary L. Heen, Ending Jim Crow Life Insurance Rates, 4 Nw. J. L. & Soc. Pol'y. 360 (2009). This Article is brought to you for free and open access by the School of Law at UR Scholarship Repository. It has been accepted for inclusion in Law Faculty Publications by an authorized administrator of UR Scholarship Repository. For more information, please contact [email protected]. Copyright 2009 by Mary Heen Volume 4 (Fall 2009) Northwestern Journal of Law and Social Policy Ending Jim Crow Life Insurance Rates Mary L. Heen* How people count and measure embodies certain assumptions about the thing they are counting; this was true in the nineteenth century, and it is equally true today.' [E]ver since the 1880's, Negroes have been subject to differential treatment by white insurance companies in that some of them, at that time, started to apply higher premium schedules for Negro than for white customers, whereas others decided not to take on any Negro business at all. The underlying reason, of course, is the fact that mortality rates are 2 much higher for Negroes than for whites. [I]f the misery of our poor be caused not by the laws of nature, but by our institutions, great is our sin..3 I. -
The Fingerprint Sourcebook
CHAPTER HISTORY Jeffery G. Barnes CONTENTS 3 1.1 Introduction 11 1.6 20th Century 3 1.2 Ancient History 17 1.7 Conclusion 4 1.3 221 B.C. to A.D. 1637 17 1.8 Reviewers 5 1.4 17th and 18th Centuries 17 1.9 References 6 1.5 19th Century 18 1.10 Additional Information 1–5 History C H A P T E R 1 CHAPTER 1 HISTORY 1.1 Introduction The long story of that inescapable mark of identity has Jeffery G. Barnes been told and retold for many years and in many ways. On the palm side of each person’s hands and on the soles of each person’s feet are prominent skin features that single him or her out from everyone else in the world. These fea- tures are present in friction ridge skin which leaves behind impressions of its shapes when it comes into contact with an object. The impressions from the last finger joints are known as fingerprints. Using fingerprints to identify indi- viduals has become commonplace, and that identification role is an invaluable tool worldwide. What some people do not know is that the use of friction ridge skin impressions as a means of identification has been around for thousands of years and has been used in several cultures. Friction ridge skin impressions were used as proof of a person’s identity in China perhaps as early as 300 B.C., in Japan as early as A.D. 702, and in the United States since 1902. 1.2 Ancient History Earthenware estimated to be 6000 years old was discov- ered at an archaeological site in northwest China and found to bear clearly discernible friction ridge impressions. -
Tiny Love Baby Names Book 2016 Page 2
Tiny Love Baby Names Book 2016 page 2 Connecting with Your Little One: A Guide to the Perfect Name Choosing your baby’s name is never an easy task, so we at Tiny Love have created a special book to help you bond with your baby and find the perfect name. Our Tiny Love Baby Names Book is meant to accompany you through each stage before giving birth to your little one. Keep track of the names you like, read inspirational and informative articles, enjoy interactive resources and more! Amber Amethyst Aqua Aquamarine Ash page 3 Geographical Begin your baby’s life journey with a name inspired by a city or country that is meaningful to you! Tiny Thoughts You can bond with your baby by taking periodic walks. It’s a good Boys way to not only stay active, but to create a special bond between you and your baby. Bailey (Colorado, USA) Geneva (Switzerland) Berlin (Germany) Jackson (Mississippi, USA) Cairo (Egypt) Jordan Carson (California, USA) Kent (United Kingdom) What do you do to get outside Cody (Wyoming, USA) Lincoln (Nebraska, USA) during your pregnancy? Dakota (USA) London (England) Dallas (Texas, USA) Marquise (France) Dayton (Ohio, USA) Mitchell (South Dakota, USA) Devon (England) Orlando (Florida, USA) Diego (California, USA) Paris (France) Francisco (California, USA) Reno (Nevada, USA) Gary (Indiana, USA) Santiago (Chile) Tiny Love Baby Names Book 2016 Play Gyms | Mobiles & Soothers | Baby Gear | On The Go Toys | Baby Toys | Best Baby Toys TinyLove.com page 4 Geographical Be inspired by your favorite places and most adventurous explorations while discovering the perfect name for your new baby. -
Biology a Level
World class thinking. World class achieving. St Mary’s College BIOLOGY (EDEXCEL BIOLOGY A) Pre-course reading and guidance A LEVEL Biology WHY SHOULD I CHOOSE BIOLOGY? › Biology is a wonderful science that gives you the opportunity to go into many areas, with dentistry, veterinary science, medicine to name a few. The course is taught by members of staff that have a great deal of expertise in delivering the subject. The study of life itself, A level Biology explores the theories and principles involved in living systems, in all their intricate beauty. Topics you will learn about include: lifestyle, transport, genes and health, development, plants and the environment, the natural environment and species survival, energy, exercise and co-ordination, as well as practical biology and research skills. By the end of the course you will know about the principles of genetics, molecules, taxonomy, natural selection, evolutionary theory, global warming, bacteria and viruses, and more. WHAT IS THE COURSE STRUCTURE LIKE? › The course is a two year course. It consists of three exams. The exams are worth a total of 33% each. All exams will be taken at the end of your second year. There is no coursework. World class thinking. World class achieving. A LEVEL Biology Exams (sat in Y13) Weighting Paper Topics Time (hours) (%) Topic 1: Lifestyle, Health and Risk Topic 2: Genes and Health Topic 3: Voice of the Genome 1 33.3 2 Topic 4: Biodiversity and Natural Resources Topic 5: On the Wild Side Topic 6: Immunity, Infection and Forensics Topic 1: Lifestyle, Health and Risk Topic 2: Genes and Health Topic 3: Voice of the Genome 2 33.3 2 Topic 4: Biodiversity and Natural Resources Topic 7: Run for your Life Topic 8: Grey Matter Topic 1: Lifestyle, Health and Risk Topic 2: Genes and Health Topic 3: Voice of the Genome Topic 4: Biodiversity and Natural Resources 3 Topic 5: On the Wild Side 33.3 2 Topic 6: Immunity, Infection and Forensics Topic 7: Run for your Life Topic 8: Grey Matter Exam Syllabus for Biology: https://bit.ly/2xJ6bTw World class thinking. -
Art As Science: Scientific Illustration, 1490–1670 in Drawing, Woodcut and Copper Plate Cynthia M
Art as science: scientific illustration, 1490–1670 in drawing, woodcut and copper plate Cynthia M. Pyle Observation, depiction and description are active forces in the doing of science. Advances in observation and analysis come with advances in techniques of description and communication. In this article, these questions are related to the work of Leonardo da Vinci, 16th-century naturalists and artists like Conrad Gessner and Teodoro Ghisi, and 17th-century micrographers like Robert Hooke. So much of our thought begins with the senses. Before we forced to observe more closely so that he or she may accu- can postulate rational formulations of ideas, we actually rately depict the object of study on paper and thence com- feel them – intuit them. Artists operate at and play with municate it to other minds. The artist’s understanding is this intuitive stage. They seek to communicate their under- required for the depiction and, in a feedback mechanism, standings nonverbally, in ink, paint, clay, stone or film, or this understanding is enhanced by the act of depicting. poetically in words that remain on the intuitive level, The artist enters into the object of study on a deeper level mediating between feeling and thought. Reasoned ex- than any external study, minus subjective participation, plication involves a logical formulation of ideas for pres- would allow. entation to the rational faculties of other minds trained to Techniques (technai or artes as they were called in be literate and articulate. antiquity and the Middle Ages) for the execution of draw- Science (including scholarship) today or in the past ings were needed to depict nature accurately. -
Malpighi, Swammerdam and the Colourful Silkworm: Replication and Visual Representation in Early Modern Science
Annals of Science, 59 (2002), 111–147 Malpighi, Swammerdam and the Colourful Silkworm: Replication and Visual Representation in Early Modern Science Matthew Cobb Laboratoire d’Ecologie, CNRS UMR 7625, Universite´ Paris 6, 7 Quai St Bernard, 75005 Paris, France. Email: [email protected] Received 26 October 2000. Revised paper accepted 28 February 2001 Summary In 1669, Malpighi published the rst systematic dissection of an insect. The manuscript of this work contains a striking water-colour of the silkworm, which is described here for the rst time. On repeating Malpighi’s pioneering investi- gation, Swammerdam found what he thought were a number of errors, but was hampered by Malpighi’s failure to explain his techniques. This may explain Swammerdam’s subsequent description of his methods. In 1675, as he was about to abandon his scienti c researches for a life of religious contemplation, Swammerdam destroyed his manuscript on the silkworm, but not before sending the drawings to Malpighi. These gures, with their rich and unique use of colour, are studied here for the rst time. The role played by Henry Oldenburg, secretary of the Royal Society, in encouraging contact between the two men is emphasized and the way this exchange reveals the development of some key features of modern science — replication and modern scienti c illustration — is discussed. Contents 1. Introduction . 111 2. Malpighi and the silkworm . 112 3. The silkworm reveals its colours . 119 4. Swammerdam and the silkworm . 121 5. Swammerdam replicates Malpighi’s work . 124 6. Swammerdam publicly criticizes Malpighi . 126 7. Oldenburg tries to play the middle-man . -
EMBO Awardees Reveal Blueprints for Success
NATURE|Vol 443|19 October 2006 THE CAREERS MAGAZINE FOR SCIENTISTS eeing fellow researchers receive awards for their endeavours offers an ideal time to study success and learn valuable lessons about how to guide your scientific career. The two medals given out in the past month by the SEuropean Molecular Biology Organization (EMBO), based in Heidelberg, Germany, are no exception. The organization’s 2006 Award for Communication in the Life Sciences went to developmental geneticist Armand Marie Leroi of Imperial College London. Leroi’s success had its roots in his desire to spice up his lectures. When he discussed the connection between mutated fruitfly genes and disabilities in humans, his students “sat up and took notice — especially after snoozing through the 50th fly gene”, Leroi says. Inspired, Leroi sought out other connections between genetic mutations and human development, and brought them together in a book called Mutants: On the Form, Varieties and Errors of the Human Body. A television producer saw a copy of the book’s manuscript and approached Leroi to make a programme, which was broadcast under the title Human Mutants. Although Leroi says he finds public communication of science “seductive”, he tries to stay “grounded” in his research on the nematode worm Caenorhabditis elegans. “Ultimately communicating science isn’t more satisfying than doing science,” he says. Frank Uhlmann, winner of the 2006 EMBO Gold Medal, attributes much of his success to working in a number of different locations. Now based at Cancer Research UK in London, Uhlmann moved round six labs in Munich while doing his diploma in Germany. -
Zoological Endeavors Inspired by A. Richard Palmer: Introduction, Biography, and Bibliography
Canadian Journal of Zoology Zoological Endeavors Inspired by A. Richard Palmer: Introduction, Biography, and Bibliography Journal: Canadian Journal of Zoology Manuscript ID cjz-2020-0274 Manuscript Type: Editorial Date Submitted by the 17-Nov-2020 Author: Complete List of Authors: Miyashita, Tetsuto; Canadian Museum of Nature Jamniczky, Heather; University of Calgary, Cell Biology & Anatomy Standen, Emily; University of Ottawa, Department of Biology Is your manuscript invited for Draft consideration in a Special Zoological Endeavors Inspired by A. Richard Palmer Issue?: evolutionary biology, bilateral asymmetry, phenotypic plasticity, marine Keyword: ecology, career in biology, Pacific Northwest © The Author(s) or their Institution(s) Page 1 of 54 Canadian Journal of Zoology 1 Zoological Endeavors Inspired by A. Richard Palmer: Introduction, Biography, and 2 Bibliography1 3 4 Tetsuto Miyashita2, Heather A. Jamniczky3, and Emily M. Standen4 5 6 1This editorial introduces a series of invited papers arising from the symposium “Zoological 7 Endeavours Inspired by A. Richard Palmer” that was co-sponsored by the Canadian Society of 8 Zoologists and the Canadian Journal of Zoology and held during the Annual Meeting of the Canadian 9 Society of Zoologists at the University of Windsor, Windsor, Ontario, 14–16 May 2019. 10 11 2Canadian Museum of Nature, P.O. Box 3443,Draft Station D, Ottawa, ON K1P 6P4, Canada 12 3Department of Cell Biology and Anatomy, Cumming School of Medicine, the University of Calgary, 13 Calgary, AB T2X 4N1, Canada 14 4Department of Biology, the University of Ottawa, Ottawa, ON K1N 6N5, Canada 15 © The Author(s) or their Institution(s) Canadian Journal of Zoology Page 2 of 54 2 16 17 A professorial cowboy-aesthete – the combination seems incongruous yet he was utterly of a 18 piece – taught me how to think about evolution, which is to say about almost everything. -
De Felici1371.Pm4
Int. J. Dev. Biol. 44: 515-521 (2000) The rise of Italian embryology 515 The rise of embryology in Italy: from the Renaissance to the early 20th century MASSIMO DE FELICI* and GREGORIO SIRACUSA Department of Public Health and Cell Biology, University of Rome “Tor Vergata”, Rome, Italy. In the present paper, the Italian embryologists and their main the history of developmental biology were performed (see contributions to this science before 1900 will be shortly reviewed. "Molecularising embryology: Alberto Monroy and the origins of During the twentieth century, embryology became progressively Developmental Biology in Italy" by B. Fantini, in the present issue). integrated with cytology and histology and the new sciences of genetics and molecular biology, so that the new discipline of Embryology in the XV and XVI centuries developmental biology arose. The number of investigators directly or indirectly involved in problems concerning developmental biol- After the first embryological observations and theories by the ogy, the variety of problems and experimental models investi- great ancient Greeks Hippocrates, Aristotle and Galen, embryol- gated, became too extensive to be conveniently handled in the ogy remained asleep for almost two thousand years. In Italy at the present short review (see "Molecularising embryology: Alberto beginning of Renaissance, the embryology of Aristotle and Galen Monroy and the origins of Developmental Biology in Italy" by B. was largely accepted and quoted in books like De Generatione Fantini, in the present issue). Animalium and De Animalibus by Alberto Magno (1206-1280), in There is no doubt that from the Renaissance to the early 20th one of the books of the Summa Theologica (De propagatione century, Italian scientists made important contributions to estab- hominis quantum ad corpus) by Tommaso d’Aquino (1227-1274) lishing the morphological bases of human and comparative embry- and even in the Divina Commedia (in canto XXV of Purgatorio) by ology and to the rise of experimental embryology. -
Make Your Own Monster Adrian Woolfson
Make your own monster Adrian Woolfson MutAnts: On the Form, VArieties And Errors of the HumAn Body by ArmAnd MArie Leroi HarperCollins, 431 pp, £20.00, May 2004, ISBN 0 00 257113 7 JAcob’s LAdder: The History of the HumAn Genome by Henry Gee Fourth Estate, 272 pp, £20.00, March 2004, ISBN 1 84115 734 1 848 an advertisement in the Brooklyn tury, the mood of the public had changed Eagle triumphantly announced a per- and the public display of such ‘human Iformance by ‘the most extraordinary prodigies’ – as they preferred to be called – and interesting man in miniature in the had become unacceptable in many coun- known world’. Charles Sherwood Stratton tries. The profession of ‘museum freak’ was a perfectly formed 25-inch-tall midget, was in terminal decline. who weighed only 15 pounds. It had been Such discontinuous variations on the the idea of the Victorian freak show impre- human form are rare, but we are used to the sario Phineas Taylor Barnum to present continuous everyday variations that com- him in the guise of ‘General Tom Thumb’. prise the full spectrum of the ‘normal’. Before long, the general’s imitations – ‘in They leave the basic body plan intact, and full military costume’ – of Napoleon Bona- are the stuff of evolution by natural selec- parte and Frederick the Great, and a varied tion. The more ‘monstrous’ variations are repertoire including a ‘Scotch song’ and a unlikely to be of direct significance in evo- rendition of the polka, would make him a lutionary processes, but they do offer inval- wealthy man. -
Nature's Bible
Nature’s Bible: Insects in Seventeenth-Century European Art and Science Brian W. Ogilvie History Department , University of Massachusetts [email protected] Abstract Keywords: Artists and naturalists in seventeenth-century Europe avidly pursued the study of insects. Natural history, Since entomology had not yet become a distinct discipline, these studies were pursued art, within the framework of natural history, miniature painting, medicine, and anatomy. In Science, the late sixteenth century the Renaissance naturalist Ulisse Aldrovandi collected and insects, described individual insects and their lore but showed little sustained interest in their tem - entomology poral transmutations; meanwhile, the court artist Joris Hoefnagel studied the structure of insects in order to paint real and imaginary insects while giving them an emblematic inter - pretation. By the middle of the seventeenth century the painter Johannes Goedaert was assiduously studying insect transformations, which he saw as evidence of God’s wondrous works. His work was critiqued and systematized by the physicians Martin Lister and Jan Swammerdam, who insisted that orderly transformation was the best sign of God’s hand - iwork. These examples show how verbal descriptions and illustrations of insects easily crossed disciplinary boundaries; knowledge generated in one particular context moved into others where it was critiqued but also employed in new investigations. The Bible of Nature; or, The History of Insects appropriate for the study of insects in the Brought into Certain Classes , is the strange seventeenth century. Characterized by title that Jan Swammerdam (d. 1680) gave scholarly erudition, painstaking observa - to his posthumously published magnum tion, and artistic flair, the study of insects opus (Swammerdam 1737-38). -
Viktor Hamburger (1900-2001) Marine Biological Laboratory Woods Hole, MA 02543
A guide to the papers of Viktor Hamburger (1900-2001) Marine Biological Laboratory Woods Hole, MA 02543 Processed by Diana Carey Archives of the Marine Biological Laboratory 7 MBL Street Woods Hole, MA 02543 June 23, 2003 Manuscript Collection MC-MBL-Hamburger/Sci, AC 2004-07 (Two 20” x 16 ½” x 3 ½” boxes, six 24" x 12” boxes) TABLE OF CONTENTS BIOGRAPHICAL INFORMATION 1 PROVENANCE 2 ARRANGEMENT 2 SCOPE AND CONTENT 2 RELATED COLLECTIONS 2 FOLDER LIST 3-12 BIOGRAPHICAL INFORMATION Viktor Hamburger was born in the small town of Landeshut, Silesia in Germany on July 9, 1900 to Else and Max Hamburger. Keenly interested in the natural world from a young age, he went on to study zoology and received his Ph.D. in 1925 from the University of Freiburg where he studied under future Nobel Laureate, Hans Spemann. In 1932, Hamburger came to the United States on a Rockefeller Foundation fellowship to work with F.R. Lillie at the University of Chicago, studying chicken embryos. Hamburger had intended to return to Germany at the end of his fellowship, but in early 1933 was informed that he had been “cleansed” from his teaching position at the University of Freiburg because of his Jewish ancestry. Hans Spemann wrote from Germany, advising him to look for a position in the United States. The Rockefeller Foundation extended Hamburger’s fellowship for another two years after which he found a position on the zoology faculty at Washington University in St. Louis, becoming chair of the department in 1941, and remaining at the university for the rest of his career.