"3-Parent Baby" Procedure Faces New Hurdle
By Karen Weintraub,
Scientific American
| 11. 30. 2016
A promising technique to prevent mothers from passing on devastating mitochondrial diseases was thrown a biological curve ball this week: A paper published Wednesday in Nature shows that such diseases can come back to sicken a child, even when 99 percent of the mother’s own mitochondria are eliminated.
Mitochondria are the tiny power plants that provide the energy every cell needs to function. When a large percentage of these organelles malfunction, cells cannot do their jobs—and everything from weakness to death can result. Mothers with certain conditions may have such low levels of faulty mitochondria that they have no symptoms, but their kids can inherit a higher burden of these defective mitochondria, leading to devastating illness.
Continue reading on Scientific American...
Image via Wikimedia Commons.
Related Articles
By Rob Stein, NPR [cites CGS' Katie Hasson] | 08.06.2025
A Chinese scientist horrified the world in 2018 when he revealed he had secretly engineered the birth of the world's first gene-edited babies.
His work was reviled as reckless and unethical because, among other reasons, gene-editing was so new...
By Kristel Tjandra, Genetic Engineering & Biotechnology News | 07.30.2025
CRISPR has taken the bioengineering world by storm since its first introduction. From treating sickle cell diseases to creating disease-resistant crops, the technology continues to boast success on various fronts. But getting CRISPR experiments right in the lab isn’t simple...
By Arthur Caplan and James Tabery, Scientific American | 07.28.2025
An understandable ethics outcry greeted the June announcement of a software platform that offers aspiring parents “genetic optimization” of their embryos. Touted by Nucleus Genomics’ CEO Kian Sadeghi, the $5,999 service, dubbed “Nucleus Embryo,” promised optimization of...
By Keith Casebonne and Jodi Beckstine [with CGS' Katie Hasson], Disability Deep Dive | 07.24.2025
In this episode of Disability Deep Dive, hosts Keith and Jodi explore the complex interplay between disability science, technology, and ethics with guest Katie Hasson, Associate Director at the Center for Genetics and Society. The conversation delves into...