CRISPR/Cas Gene-Editing Technique Holds Great Promise, but Research Moratorium Makes Sense Pending Further Study
By Jeff Bessen,
The Conversation
| 07. 29. 2015
Untitled Document
CRISPR/Cas is a new technology that allows unprecedented control over the DNA code. It’s sparked a revolution in the fields of genetics and cell biology, becoming the scientific equivalent of a household name by raising hopes about new ways to cure diseases including cancer and to unlock the remaining mysteries of our cells.
The gene editing technique also raises concerns. Could the new tools allow parents to order “designer babies”? Could premature use in patients lead to unforeseen and potentially dangerous consequences? This potential for abuse or misuse led prominent scientists to call for a halt on some types of new research until ethical issues can be discussed – a voluntary ban that was swiftly ignored in some quarters.
The moratorium is a positive step toward preserving the public’s trust and safety, while the promising new technology can be further studied.
Editing DNA to cure disease
While most human diseases are caused, at least partially, by mutations in our DNA, current therapies treat the symptoms of these mutations but not the genetic root cause. For example, cystic fibrosis...
Related Articles
By Russ Burlingame, Comicbook | 07.23.2024
Colossal Laboratories and Biosciences, a biotech company that's putting together plans to orchestrate the de-extinction for animals like the dodo and the wooly mammoth, made some waves on Reddit recently when they petitioned the United Federation of Planets -- the...
By Andrea Chang, Los Angeles Times | 06.04.2024
Peter Diamandis, a week away from turning 63, bounds out of a Starbucks on a recent morning with a cup of decaf, his daily medley of 70 supplement capsules in his pocket and, tucked under his left arm, a box...
By Shelly Fan, Singularity Hub | 05.31.2024
We all know the drill for reproduction—sperm meets egg.
For the past decade, scientists have been pushing the boundaries of where the two halves come from. Thanks to induced pluripotent stem cell technology, it’s now possible to scrape skin cells...
By Vardit Ravitsky and Louise King, Scientific American | 06.01.2024
Artificial wombs are moving from the realm of science fiction to possible trials with severely premature human babies. We are excited about the great potential benefits of this technology; however, with fetal rights now a political front in the...