All genetics articles
-
ShowsDNA, parenthood and selecting for IQ: The surprising return of eugenics
Can someone else own your DNA, and what are the risks if genomes are passed around the economy as any other product? Next, a US start-up has apparently used UK volunteers’ genomic data to pursue its plans to offer couples the chance to screen their embryos for intelligence, beauty, and maybe more, all for a chunky sum of course.
-
ShowsMatters of Life & Death: How much is too much to genetically screen your children?
In the first half of this episode we explore new research into public opinion around polygenic embryo screening. This technology allows people undergoing IVF to see what genes each potential embryo has and then choose to reimplant the one with the ‘best’ genetic make-up.
-
-
ShowsUnbelievable? Why do humans try to play God? Nick Spencer vs Emily Qureshi Hurst hosted by Andy Kind
For too long, the ‘science and religion’ debate has fixated on creation, evolution, cosmology, miracles and quantum theory, and not enough on the essence of what it means to be human. But this is a mistake argues one of our guests today, Christian academic Nick Spencer, Senior Fellow at Theos, in his new book ‘Playing God: science, religion and the future of humanity.’ Back on the show is Emily Qureshi-Hurst expert on the philosophy of time.
-
ShowsMatters of Life & Death: Genetics: Libraries of recipe books, BRCA1, Gattaca, and Big Data Towers of Babel
A final classic episode to see us through the Christmas and New Year break. Today we’re returning to an interview with NHS geneticist Melody Redman.
-
ShowsMatters of Life & Death: Genetics 2: Whole genome sequencing, Gattaca, de-identification versus anonymity, and Big Data Towers of Babel
In this episode we pick up our conversation with clinical geneticist Melody Redman to talk about a new NHS programme in England which is piloting whole genome sequencing of newborn babies.
-
ShowsMatters of Life & Death: Genetics 1: Rare diseases, libraries of recipe books, BRCA1, and precision medicine
Each of us carries around in our cells about 20,000 different genes – a unique set of biological code which shapes how our bodies develop.
