What next for human gene therapy?
By Eric T. Juengst,
British Medical Journal
| 06. 28. 2003
The high hope of genetic medicine for 30 years has been to develop a way of using recombinant DNA techniques to treat patients through the genes involved in their diseases. As Richard Roblin, scientific director of the Council on Bioethics of the President of the United States, put it in 1979: "There is something aesthetically compelling about cutting to the heart of the problem, by treating the disease at the molecular level, where it originates."1 Since 1990, this vision has generated a modest industry of bench research and animal studies, culminating in almost 1000 clinical trials in humans around the world, for a wide variety of diseases.2 In the past few years, however, the field has learned that in genetic medicine, as in war, the "surgical strike" is rarely as clean and effective as theory implies it should be.
After almost a decade without much clinical success,3 the field has experienced in quick succession its first iatrogenic death,4 its first apparent "cures,"5 and then among those cured patients the first instances of serious downstream disease traceable to the main theoretical...
Related Articles
CGS is excited to announce the launch of a new anti-eugenics initiative that has been years in the making. Legacies of Eugenics in Science, Medicine, and Technology kicks off with a monthly essay series published at the Los Angeles Review of Books that will expose and contest the reemergence of eugenic ideas in contemporary health sciences, human biotechnology, public health, and medicine. Community and campus-based events featuring the authors are also being planned. The project is a collaboration among CGS...
By Tristan Manalac, BioSpace | 04.02.2024
Verve Therapeutics has suspended enrollment in the Phase Ib Heart-1 study evaluating its lead gene editing program VERVE-101 following a serious adverse event, the company announced Tuesday.
A patient, who received a 0.45-mg/kg dose of VERVE-101, developed a grade 3...
By Jorge Barrera and Rachel Houlihan, CBC | 04.09.2024
A Canadian DNA laboratory knowingly delivered prenatal paternity test results that routinely identified the wrong biological fathers — ruling out the real dads — and left a trail of shattered lives around the globe, a CBC News investigation has found...
By Timnit Gebru and Émile P. Torres, First Monday | 04.14.2024
The stated goal of many organizations in the field of artificial intelligence (AI) is to develop artificial general intelligence (AGI), an imagined system with more intelligence than anything we have ever seen. Without seriously questioning whether such a system can...