From combating climate change, to curing disease, to creating designer babies, gene-editing technologies have the potential to transform lives. What risks do they pose?<br /><br />00:00 - Gene editing: risk v reward<br />01:06 - Cavendish bananas are under threat<br />03:47 - GM crops have a bad reputation<br />05:18 - GM mosquitoes could reduce transmissible viruses<br />07:50 - Ethical concerns around genetic interventions<br />09:30 - Editing genes with CRISPR<br />10:57 - CRISPR could cure sickle-cell disease <br />12:31 - Controversial applications of CRISPR<br />15:23 - Could gene editing lead to designer babies? <br />16:20 - Germline editing is causing international outcry<br />18:37 - CRIPSR could revolutionise agriculture and combat climate change<br />21:11 - Using genetic editing to rescue wild populations<br />23:30 - Gene editing may transform life on earth. <br /><br />Sign up to our daily newsletter: https://econ.st/3gJBH8D<br /><br />Read the tech quarterly on protecting biodiversity https://econ.st/3CqsDOJ<br /><br />How to edit a human:https://econ.st/365c1A4<br /><br />The safety of CRISPR-Cas9 gene editing is being debated https://econ.st/3CrSUfy<br /><br />How AI can make health care better: watch here: https://econ.st/3hVffc1<br /><br />Studying cancer genomes gene by gene could improve treatment: https://econ.st/3Kvixiw<br /><br />Technology can help conserve biodiversity: https://econ.st/3MxY52f <br /><br />The sequencing of genetic material is a powerful conservation tool: https://econ.st/3CA82aU<br /><br />How DNA and proteins work: https://econ.st/3IQJqNj
