An experiment revealed 'jumping gene' that was rendered by experts as useless is actually integral to the process of embryonic development. The study revealed that while cells normally restrained this jumping gene, embryonic cells actually unleashes them.
Feature | Health June 22, 2018
Researchers have successfully fused together human embryonic stem cells with a chicken embryo, making the world’s first human-chicken embryo, by inventing a new technique that sidesteps current ethical laws. But why?
Animals May 26, 2018
Many of the more than 570 US clinics offering stem therapy are promising healing for dozens of diseases. However, researchers in the field haven't had nearly as many breakthroughs as those promised by direct-to-customer businesses offering treatment for top dollars.
Life & Style July 5, 2016
Scientists developed a new method of growing naive pluripotent stem cells from human embryos. The new technique can lead to advances in genetic disorder research and regenerative therapies.
Life March 5, 2016
A new analysis highlighted in vitro gametogenesis (IVG) for human reproduction, particularly for same-sex couples. However, mounting scientific, social, and legal considerations will have to be addressed before the technology becomes a practical reality.
Life December 21, 2015
Stem cells could be produced by the billions after the development of a new polymer material. Who could benefit from this research?
Life July 22, 2015
Human stem cells may be patented if they are not capable of developing into human beings, Europe's largest court has ruled. What could this mean for medical research?
Healthy Living/Wellness December 18, 2014
Human stem cells can form into organs, blood and brains, given a little help from chemicals and geometry.
Healthy Living/Wellness July 5, 2014
Researchers at Rockefeller University used chemicals and geometric tools to confine stem cells into patterns that triggered the cells to specialize and form distinct germ layers. This is the first time this specialization has been replicated with human stem cells in a lab.
Life July 4, 2014
Stem cells can now be grown, using a microscopic scaffolding of carbon, in the form of nanotubes. This small structure could revolutionize medicine.
Life February 7, 2014