Teach for America, Editing our DNA, Modern Chivalry
Top of Mind with Julie Rose - Season 1, Episode 491
- Feb 16, 2017 7:00 am
- 1:45:01 mins
Education Inequity Guest: Sean Parker, Executive Director, Teach for America, Las Vegas Valley Some schools are better than others at helping kids succeed. That’s a fact that bedevils policy experts who have long struggled to bottle the key factors of success in some schools and put them to work in others. Funding, teacher quality, administrative skills and lots of community factors such as the poverty and education levels of students’ parents play into a school success. The unfortunate truth is that not all kids have an equal chance at getting a good K-12 education. The parents you’re born to and the place where you live make all the difference. It’s simply not fair. Oscar-Nominee “Land of Mine” Guest: Chip Oscarson, PhD, Associate Professor and Director of the Scandinavian Program, BYU One of this year’s Oscar nominees for Best Foreign Language films is a film out of Denmark titled “Land of Mine.” It recreates a devastating chapter of World War II history, when, at the end of the war, 2,000 German POWs—many of them just in their teens—were forced to clear a million and a half land mines buried in the western beaches of Denmark. Half of these prisoners were killed or injured. Somehow this often brutal film manages a tender portrait of these young soldiers and their gruff overseer. Evolving Ourselves Guest: Steve Gullans, PhD, Managing Director, Excel Venture Management The National Academy of Sciences just this week endorsed a highly controversial procedure that allows American scientists for the first time to edit out inherited diseases from human embryos. The disease, then, is no longer passed down through the family line. Consider this, last year, the first baby genetically related to three parents was born. American doctors did the controversial procedure in Mexico, because it was not then legal in the US. They first took the mother’s egg and cut out the genes for a devastating disease, then replaced them with healthy genes from another woman before fertilizing the egg with the father’s sperm and