Bussell, Mary Elizabeth (Author)
Scientific inquiry is a journey through the unknown. While occasionally innovation springs forth through sheer serendipity, the more common path is one of uncertainty, unanticipated setbacks, and unplanned failure---all of which are a normal and inevitable part of the innovation process. The Artificial Heart Program is a dramatic illustration of the role of technological innovation in public policy development. Obstacles arose from a lack of understanding in three important areas---cultural, political, and scientific---each influencing the conditions intrinsic to the innovative journey in scientific research. Crucial misjudgments in the program can be categorized into three interweaving areas: dilemmas enhanced by cultural expectations; competing political agendas; and, complications stemming from an incomplete understanding of the scientific processes. Cultural mores, political agendas, and scientific processes influence the creation of public policy in the healthcare arena. From a cultural standpoint, the artificial heart holds a particular fascination; as it is the heart, we are challenged to rethink some of our basic cultural beliefs wherein the heart is still believed to be the source of basic human emotions---love, courage, and spirit. The program can be seen as a classic example of our seemingly endless quest to outwit death. While Ponce de Leon lost his search for the fountain of youth, have we found its corollary in the artificial heart? Federal funding results from a programs ability to generate enthusiastic support within the political arena. The Artificial Heart Program brought unfamiliar challenges by requiring the collaboration of an array of experts broader than any other NIH program had before. The breadth and depth of expertise necessary for success were concentrated in academia and private industry and included scientific fields not previously part of the NIH research process.
...MoreDescription Cited in Diss. Abstr. Int. B 64 (2003): 1702. UMI order no. 3088303.
Book
Greatbatch, Wilson;
(2000)
The Making of the Pacemaker: Celebrating a Lifesaving Invention
(/isis/citation/CBB000111967/)
Book
Jeffrey, Kirk;
(2001)
Machines in Our Hearts: The Cardiac Pacemaker, the Implantable Defibrillator, and American Health Care
(/isis/citation/CBB000102082/)
Article
Camilla Mørk Røstvik;
(2021)
Safer, Greener, Cheaper: The Mooncup and the Development of Menstrual Cup Technology in the Twentieth Century,
(/isis/citation/CBB947342857/)
Article
Max Gawlich;
(2015)
Medizinisch handeln und wirken. Entwicklungen und Handhabungen der apparategestützten Elektrokrampftherapie 1939–1950 Medical Action and Effectiveness. Development and Performance of Electroconvulsive Therapy Devices, 1939-1950
(/isis/citation/CBB977434799/)
Chapter
Kazuo Tanishita;
(2021)
Close Collaboration Between Medical Professionals and Engineers in Medical-Device Innovation: The Commons for Medicine and Engineering Japan Liaison Platform
(/isis/citation/CBB911992481/)
Article
David S Jones;
Kavita Sivaramakrishnan;
(August 2018)
Making heart-lung machines work in India: Imports, indigenous innovation and the challenge of replicating cardiac surgery in Bombay, 1952-1962
(/isis/citation/CBB096330389/)
Article
McKellar, Shelley;
(2013)
Negotiating Risk: The Failed Development of Atomic Hearts in America, 1967--1977
(/isis/citation/CBB001252164/)
Book
Finn, Bernard;
Bud, Robert;
Trischler, Helmuth;
(2000)
Exposing Electronics
(/isis/citation/CBB000110232/)
Article
Martina Klausner;
Jörg Niewöhner;
Tim Seitz;
(2023)
Curating the Widerstandsaviso: three cases of ethnographic intravention in R&D consortia
(/isis/citation/CBB980775964/)
Article
Michael Martin;
Heiner Fangerau;
(2007)
Listening to the Heart's Power: Designing Blood Pressure Measurement
(/isis/citation/CBB409415426/)
Article
Hilaire-Pérez, Liliane;
Rabier, Christelle;
(2013)
Self-Machinery? Steel Trusses and the Management of Ruptures in Eighteenth-Century Europe
(/isis/citation/CBB001213359/)
Book
Susanne Brucksch;
Sasaki, Kaori;
(2021)
Humans and devices in medical contexts: case studies from Japan
(/isis/citation/CBB737777497/)
Chapter
Robert Boyer;
(2019)
How Scientific Breakthroughs and Social Innovations Shape the Evolution of the Healthcare Sector
(/isis/citation/CBB397026332/)
Article
Spinner, Erin M.;
(Spring 2015)
The History of Heart Valves: An industry Perspective
(/isis/citation/CBB971585222/)
Article
Lisa Wood;
(2015)
Conceptualising Decadent Technology: A Case Study of Path Dependence in Radiotherapy
(/isis/citation/CBB790490639/)
Article
Gardener, John;
(2013)
A History of Deep Brain Stimulation: Technological Innovation and the Role of Clinical Assessment Tools
(/isis/citation/CBB001320555/)
Article
Suzanne Z. Gottschang;
(April 2020)
Reproductive Modernities in Policy: Maternal Mortality, Midwives, and Cesarean Sections in China, 1900s–2000s
(/isis/citation/CBB126256232/)
Book
Viktoria Tkaczyk;
Mara Mills;
Alexandra Hui;
(2020)
Testing hearing: The making of modern aurality
(/isis/citation/CBB069716259/)
Book
Cameron, John Stewart;
(2002)
History of the Treatment of Renal Failure by Dialysis
(/isis/citation/CBB000301784/)
Chapter
Dommann, Monika;
(2006)
From Danger to Risk: The Perception and Regulation of X-Rays in Switzerland, 1896--1970
(/isis/citation/CBB001221058/)
Be the first to comment!