Humanize From Discovery Institute's Center on Human Exceptionalism
Category

Genetic Manipulation

close-up-of-laboratory-robotic-arm-working-on-microplate-sym-1011128400-stockpack-adobestock
close up of laboratory robotic arm working on microplate symbolizing precision in crispr gene editing technology
Image Credit: Feeney - Adobe Stock

Do We Have the Will (or Desire) to Prevent Biotechnological Anarchy?

AI gets most of the attention, but biotechnology may be even more impactful on the human future. Indeed, I think it is the most powerful technology since the splitting of the atom — perhaps even in history, as it has the potential to literally alter the human race or any cell/organism — which could cure diseases or unleash an unstoppable pandemic. Attention must be paid. Some biotechnologists are intent on pursuing radical biotechnologies — whether to eliminate disease, or as I expect to become the bigger, more remunerative draw, to create designer babies enhanced to be smarter, more beautiful, or otherwise made to order — regardless of the ethical questions. A long piece in The Guardian illustrates the stakes we Read More ›

Ep. 32

Lab-Made Humans? Three-Parent Embryos, Genetic Engineering, and the Future of Humanity with Dr. David Prentice

What happens when science gains the power not only to heal human life, but to redesign it? Scientists are now creating lab-made embryos from stem cells, experimenting with three-parent embryos, pursuing gene editing technologies like CRISPR, and exploring ways to grow human life outside the womb. What once sounded like science fiction is rapidly becoming reality. In this episode of Bioethics Babe, internationally recognized stem cell researcher and bioethics expert Dr. David Prentice of the Science Alliance for Life and Technology (SALT) exposes the ethical dangers behind lab-made embryos, designer babies, germline gene editing, fetal tissue research, embryo selection, IVF commodification, and modern eugenics. We discuss: At what point does medicine stop treating disease and start redefining what kinds of Read More ›

YouTube Thumbnails, under 2 MB (5)

Designer Babies: When IVF Becomes Human Design with Dr. Tara Sander Lee

IVF was introduced as a way to address infertility, even though it is fraught with ethical problems. But today, it increasingly involves grading embryos, screening genetic traits, and deciding which embryos are chosen. Are we entering an era where reproduction becomes human design? In this episode, Harvard-trained biochemist Tara Sander Lee, Ph.D., explains how modern IVF increasingly involves eugenic practices. We examine: As IVF expands beyond infertility “treatment” and into optimization, urgent questions emerge about human dignity, disability, and the moral limits of reproductive technology. This is a conversation about science, power, and whether medicine is meant to heal people or to redesign them. For Episode Resources, please visit the episode page here. For more information, the latest episodes, and Read More ›

close-up-of-reproductive-specialist-studying-embryos-under-m-611063585-stockpack-adobestock
Close up of reproductive specialist studying embryos under microscope
Image Credit: Viacheslav Yakobchuk - Adobe Stock

Radical Reproduction Turns Children Into Products

Should men have the right to have their cells manipulated so they can become biological mothers? Should women past child-bearing age have the same right if their own eggs are no longer viable? More to the point, should we all have the right to do whatever it takes to have a baby if that is our desire and also, to obtain the baby we want?

These questions have ceased to be grist for science fiction authors. Researchers recently announced that they have genetically manipulated human skin cells to become eggs, including those of men (the idea being to eventually enable both members of a same sex couple to have a genetic connection with their child). Then, after more genetic tinkering, the eggs were fertilized into embryos via IVF. Finally, the biotechnologists monitored embryonic development until the experiment was stopped, and the embryos destroyed.

No pregnancy has been established with this technique. But that is cold comfort. The researchers plan to keep experimenting and I have little doubt that when they overcome remaining technical difficulties, someone will create a pregnancy using “skin cell” embryos. After all, what beyond self-restraint—currently in little supply in this field—is to stop them?

Read More ›
in-vitro-fertilisation-ivf-macro-concept-stockpack-adobe-sto-67275727-stockpack-adobestock
In vitro fertilisation, IVF macro concept
Image Credit: nevodka.com - Adobe Stock

Another Radical Reproductive Technology

Resources are being invested at an astounding level in radical reproductive technologies. Now, researchers have created human eggs from skin cells and successfully fertilized some of them with IVF. From the Guardian story: Researchers have created human eggs from skin cells, potentially transforming IVF treatment for couples who have no other options. The work is at an early stage but if scientists can perfect the process it would provide genetically related eggs for women who are infertile because of older age, illness or medical treatment. The same procedure could be used to make eggs for same-sex male couples. The effort involved a cloning-like technique: The Oregon team took a similar approach by collecting skin cells from women and removing the Read More ›

scientist-holding-white-laboratory-mouse-in-hands-stockpack-244461667-stockpack-adobestock
Scientist holding white laboratory mouse in hands
Image Credit: filin174 - Adobe Stock

Mice with Two Biological Fathers Become Fathers

Scientists in China have previously successfully manufactured mice with two mothers and no father. Now, they have genetically manipulated sperm from two male mice to allow both to father pups. From the New Scientist story: For the first time, mice with two fathers have gone on to have offspring of their own — marking a significant step towards enabling two men to have children to whom they are both genetically related. However, there is still a long way to go before this could be attempted in people. Yanchang Wei at Shanghai Jiao Tong University in China achieved the feat by putting two sperm cells together in an egg whose nucleus had been removed. The team then used a method called Read More ›

dire-wolf-standing-on-snowy-land-stockpack-adobe-stock-1390858332-stockpack-adobe_stock
dire wolf standing on snowy land
Image Credit: Anan - Adobe Stock

Dire Wolves Are Still Extinct

The media are such suckers for hyperbolic biotech stories. Colossal Laboratories and Bioscience made headlines for supposedly having genetically engineered a return of dire wolves that disappeared about 12,500 or so years ago, which many stories claimed to now be “de-extinct” after three gene-edited pups were born. Uh, no. The company actually engineered gray wolves to have white fur and (if it works) a larger stature. But despite a similar appearance, gray wolves are not actually close relatives of the extinct species. From the New Scientist story: Grey wolves and dire wolves were thought to be very closely related based on their physical similarities but a 2021 study of ancient DNA revealed that they last shared a common ancestor around Read More ›

embryo-stockpack-adobe-stock
Embryo.
Image Credit: BillionPhotos.com - Adobe Stock

Scientists Are Close to Creating Human Embryos from Stem Cells

The “anything goes” ethical peril in biotechnology is real. The need for a serious discussion about this and other such experiments such as CRISPR germ-line genetic engineering is more urgent than ever. But I suspect the crickets will keep chirping. Read More ›
embryos-frozen-in-liquid-nitrogen-for-ivf-procedure-close-up-stockpack-adobe-stock.jpg
Embryos frozen in liquid nitrogen for IVF procedure close up
Image Credit: kuzmichstudio - Adobe Stock

‘Anything Goes’ Reproduction Gathers Steam

Medicine isn’t just about wellness and curing illness anymore. It is also a central resource facilitating lifestyle enablement and the fulfillment of subjective personal desires. Cosmetic surgery — as distinguished from restorative procedures — is an obvious example. Read More ›