Deep brain stimulation involves using a pacemaker-like device to deliver constant electrical stimulation to problematic areas within the brain. It has been used to treat over 40,000 people with Parkinson's disease and essential tremor worldwide and is currently undergoing clinical trials as a treatment for depression and obsessive--compulsive disorder. This article will provide an historical account of deep brain stimulation in order to illustrate the plurality of interests involved in the development and stabilization of deep brain stimulation technology. Using Latour's notion of immutable mobiles, this article will illustrate the importance of clinical assessment tools in shaping technological development in the era of medical device regulation. Given that such tools can serve commercial and professional interests, this article suggests that it is necessary to scrutinise their application in research contexts to ensure that they capture clinical changes that are meaningful for patients and their families. This is particularly important in relation to potentially ethically problematic therapies such as deep brain stimulation for psychiatric disorders.
...More
Book
Weisker, Albrecht;
(2012)
Die Klinik, die Kur und die Königin: Geschichte der Parkinsontherapie in der Paracelsus-Elena-Klinik Kassel
(/isis/citation/CBB001213883/)
Book
Andrew J. Hogan;
(2022)
Disability Dialogues: Advocacy, Science, and Prestige in Postwar Clinical Professions
(/isis/citation/CBB207448799/)
Article
Michael Martin;
Heiner Fangerau;
(2007)
Listening to the Heart's Power: Designing Blood Pressure Measurement
(/isis/citation/CBB409415426/)
Article
Susan Lindee;
(2016)
Human genetics after the bomb: Archives, clinics, proving grounds and board rooms
(/isis/citation/CBB258919491/)
Article
Sonenberg, Nahum;
Filipowicz, Witold;
(2012)
Aaron Shatkin (1934--2012)
(/isis/citation/CBB001320467/)
Article
Olson, Philip R.;
(2014)
Flush and Bone: Funeralizing Alkaline Hydrolysis in the United States
(/isis/citation/CBB001421210/)
Article
Corinne Doria;
(2020)
À la recherche de la vision « normale » : mesurer l’acuité visuelle au XIXe siècle
(/isis/citation/CBB715193668/)
Article
Dolan, Brian;
Tillack, Allison;
(2010)
Pixels, Patterns and Problems of Vision: The Adaptation of Computer-Aided Diagnosis for Mammography in Radiological Practice in the U.S.
(/isis/citation/CBB001023527/)
Book
Altenstetter, Christa;
(2014)
Medical Technology in Japan: The Politics of Regulation
(/isis/citation/CBB001422095/)
Book
Shelley McKellar;
(2018)
Artificial Hearts: The Allure and Ambivalence of a Controversial Medical Technology
(/isis/citation/CBB433691060/)
Article
Richard A. Reinhart;
(2020)
The Stethoscope in 19th-Century American Practice: Ideas, Rhetoric, and Eventual Adoption
(/isis/citation/CBB628696697/)
Article
Chitewere, Tendai;
(2008)
Green Technology and the Design of a Green Lifestyle
(/isis/citation/CBB001031106/)
Book
Thomas, Kenneth S.;
McMann, Harold J.;
(2006)
US Spacesuits
(/isis/citation/CBB000600183/)
Book
Corrina Laughlin;
(2021)
Redeem All: How Digital Life Is Changing Evangelical Culture
(/isis/citation/CBB828653011/)
Article
Roh, Chul-Young;
(2008)
Telemedicine: What It Is, Where It Came From, and Where It Will Go
(/isis/citation/CBB990668427/)
Book
Rothenberg, Albert;
(2015)
Flight from Wonder: An Investigation of Scientific Creativity
(/isis/citation/CBB001510110/)
Book
Dumit, Joseph;
(2004)
Picturing Personhood: Brain Scans and Biomedical Identity
(/isis/citation/CBB000630176/)
Article
Soledad de Olmos;
Alfredo Lorenzo;
(2023)
Developing the theory of the extended amygdala with the use of the cupric-silver technique
(/isis/citation/CBB253614633/)
Chapter
Vall, Renée van de;
(2009)
A Penny for your Thoughts: Brain-Scans and the Mediation of Subjective Embodiment
(/isis/citation/CBB000952928/)
Book
Susanne Brucksch;
Sasaki, Kaori;
(2021)
Humans and devices in medical contexts: case studies from Japan
(/isis/citation/CBB737777497/)
Be the first to comment!