Reporting in Nature, scientists from Thomas Jefferson University have determined that a single protein called FADD controls multiple cell death pathways, a discovery that could lead to better, more targeted autoimmune disease and cancer drugs.
...> Full Article
Subscribe
Researchers gain greater insight into earthquake cycles
The millennium-old olive trees of the Iberian Peninsula are younger than expected
Science nugget: Lightning signature could help reveal the solar system's origins
Antarctic octopus sheds light on ice-sheet collapse
Power generation technology based on piezoelectric nanocomposite materials developed
Scientists make stunning inner space observations
Molecular spectroscopy tracks living mammalian cells in real time as they differentiate
Mini cargo transporters on a rat run
Women have bigger pupils than men
Novel radiation surveillance technology could help thwart nuclear terrorism
Purple sea urchin metamorphosis controlled by histamine
Scholars to apply facial recognition software to unidentified portrait subjects
World's largest digital camera project passes critical milestone
'Inhabitants of Madrid' ate elephants? meat and bone marrow 80,000 years ago
Robots fighting wars could be blamed for mistakes on the battlefield
X-rays create a window on glass formation
Can sound science guide dispersant use during subsea oil spills?
How Usain Bolt can run faster -- effortlessly
Jellyfish inspires latest ocean-powered robot
Growing market for human organs exploits poor
Chimpanzees have policemen, too
Playful learning inside a square
Can consuming caffeine while breastfeeding harm your baby?
Discovery of extremely long-lived proteins may provide insight into cell aging
Enhancing cognition in older adults also changes personality
A new artificial intelligence technique to speed the planning of tasks when resources are limited
Film coatings made from whey
If a fat tax is coming, here's how to make it efficient, effective
Penn researchers create first custom designed protein crystal
In protein folding, internal friction may play a more significant role than previously thought
Researchers demonstrate versatility of solid-state protein sensor
The dance of the chaperones
More effective method of imaging proteins
Correct protein folding