Editors note: This is a guest post from Caroline Simons who is attending the two Paris meetings on human gene editing. For more background on those meetings see here. By Caroline Simons There were just over a hundred participants at the workshop organized by the Federation of European Academies of Medicine, the UK Academy of …
With the approval today of the use of CRISPR in human embryos, the UK continues its recent trend toward a more permissive regulatory policy on human genetic modification. There are both risks and scientific benefits that come along with this trend. Last year the UK approved an experimental technology with the goal of preventing the …
CRISPR embryo OK signals ongoing liberal UK trend on human modification Read More »
The post-lunch session is “Applications of Gene Editing Technology: Human Germline Modification”. Prior to hearing it I’m curious how cautious or gung-ho the speakers will be, or if their gestalt will be one of balance in the middle somewhere. Robin Lovell-Badge, The Francis Crick Institute, was the moderator of this session. He said, “We’d be …
Live Blogging #GeneEditSummit Day 1 Post #3: human germline modification Read More »
Who will be speaking at the upcoming National Academy of Sciences (NAS) meeting on human gene editing? So far we haven’t known, but now we do (if you are eager to find out, skip to bottom of the post). The organizers of the meeting can be found here. Keep in mind that it is probable that …
List of Speakers for NAS Meeting on Human Gene Editing Read More »
The US National Academy of Sciences (NAS) will hold a meeting on heritable human germline modification on December 1-3, 2015 in Washington, D.C. Invitations to the NAS meeting to individuals starting going out last week. The upcoming NAS meeting seeks to address these issues and discuss the possibility of a moratorium on clinical use of …
NAS Meeting on Human Germline Modification Taking Shape Read More »
A question that has come up with advances in stem cell technology: could same-sex couples have their own biological children? Since Shinya Yamanaka reprogrammed first mouse and then human ordinary cells into powerful pluripotent stem cells, termed induced pluripotent stem (iPS) cells, back in 2006-2007 many new research avenues have opened up. The impossible suddenly …
A new piece came out yesterday on the Wellcome Trust Blog, strongly promoting approval of so-called “3-Parent IVF” or Mitochondrial Transfer technology by the UK Parliament. As I written in the past (here and here), my view is that this would be a mistake at this time. There is room for respectful disagreement on this issue between scientists, …