Not-So-Personalized Medicine
By Howard Brody,
Hooked: Ethics, Medicine, and Pharma
| 08. 23. 2014
Jack E. James, who appears to hail from either Reykjavik University in Iceland or the National University of Ireland in Galway, or both, kindly sent me a copy of a paper published in June in the European Journal of Epidemiology.
The paper addresses "personalized medicine" from the perspectives of Julian Tudor Hart's "inverse care law" and Don Light and yours truly's "inverse benefit law."
James starts off reminding us of the promise of personalized medicine: instead of "one size fits all," we will have "the right drug to the right patient at the right time." Instead of 100 people getting a drug, and 5 of them having a nasty allergic reaction to it, we'd get the message in advance that these particular 5 folks should not be given that drug. Personalized medicine seems to be quite effective nowadays, for example, in breast cancer treatment, where patients are tested and their tumors are found to be sensitive or insensitive to various chemotherapies before they are administered.
James goes on to discuss personalized medicine in some depth...
Related Articles
By David Jensen, California Stem Cell Report | 02.10.2026
Touchy issues involving accusations that California’s $12 billion gene and stem cell research agency is pushing aside “good science” in favor of new priorities and preferences will be aired again in late March at a public meeting in Sacramento.
The...
By Lauren Hammer Breslow and Vanessa Smith, Bill of Health | 01.28.2026
On Jan. 24, 2026, the New York Times reported that DNA sequences contributed by children and families to support a federal effort to understand adolescent brain development were later co-opted by other researchers and used to publish “race science”...
By Arthur Lazarus, MedPage Today | 01.23.2026
A growing body of contemporary research and reporting exposes how old ideas can find new life when repurposed within modern systems of medicine, technology, and public policy. Over the last decade, several trends have converged:
- The rise of polygenic scoring...
By Stephanie Pappas, LiveScience | 01.15.2026
Genetic variants believed to cause blindness in nearly everyone who carries them actually lead to vision loss less than 30% of the time, new research finds.
The study challenges the concept of Mendelian diseases, or diseases and disorders attributed to...