School's website, blog, magazine win AAMC awards

... starts for hearts ," was written by Krista Conger , and describes the difficulties and possibilities of stem cell research and how the work may someday be used to repair damaged hearts. It also describes the impact of heart disease on a family in ...
http://ift.tt/1zROhmW

Human embryo 'editing' experiment sparks outcry

... in a clinical setting," said MIT biologist Rudolf Jaenisch, president of the International Society for Stem Cell Research. Huang's experiments provide evidence of what can go wrong with CRISPR. His team experimented on 86 one-cell human embryos, ...
http://ift.tt/1Fi520H

Looking to fossils to predict tooth evolution in rodents: Ever-growing molars in the future?

Fifty million years ago, all rodents had short, stubby molars -- teeth similar to those found in the back of the human mouth, used for grinding food. Over time, rodent teeth progressively evolved to become taller, and some rodent species even evolved continuously growing molar teeth.
http://ift.tt/1Dhr79D

UPDATE 1-First experiment 'editing' human embryos ignites ethical furor

... in a clinical setting," said MIT biologist Rudolf Jaenisch, president of the International Society for Stem Cell Research. Huang's experiments provide evidence of what can go wrong with CRISPR. His team experimented on 86 one-cell human embryos, ...
http://ift.tt/1OivRaN

Looking to fossils to predict tooth evolution in rodents: Ever-growing molars in the future?

Fifty million years ago, all rodents had short, stubby molars -- teeth similar to those found in the back of the human mouth, used for grinding food. Over time, rodent teeth progressively evolved to become taller, and some rodent species even evolved continuously growing molar teeth.
http://ift.tt/1zRB6lK

First experiment 'editing' human embryos ignites ethical furor

... in a clinical setting," said MIT biologist Rudolf Jaenisch, president of the International Society for Stem Cell Research. Huang's experiments provide evidence of what can go wrong with CRISPR. His team experimented on 86 one-cell human embryos, ...
http://ift.tt/1JyRehc

Chinese scientists use gene editing to modify human embryos

In an ethically charged first, Chinese researchers have used gene editing to modify human embryos obtained from an in-vitro fertilization clinic. The 16-person scientific team, based at the Sun Yat-Sen University in Guangzhou, China, set out to see whether it could correct the gene defect that causes beta-thalassemia, a blood disease, by editing the DNA of fertilized eggs.
http://ift.tt/1FhnnuL