Chemists at The Scripps Research Institute (TSRI) have invented the first practical, scalable method for synthesizing jiadifenolide, a plant-derived molecule that may have powerful brain-protecting properties.
Biochemistry
Jun 15, 2015
0
27
Few organs in the body are as complicated as the human brain, a tight spiderweb of neurons that shoots electrical signals across synapses to control all our thoughts and movements. When something goes wrong—as it does when ...
Materials Science
Apr 2, 2015
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4420
Electronic devices that dissolve completely in water, leaving behind only harmless end products, are part of a rapidly emerging class of technology pioneered by researchers at the University of Illinois at Urbana-Champaign. ...
Engineering
Oct 10, 2014
1
0
(Phys.org) —Even the mildest form of a traumatic brain injury, better known as a concussion, can deal permanent, irreparable damage. Now, an interdisciplinary team of researchers at the University of Pennsylvania is using ...
General Physics
Mar 6, 2014
0
0
(Phys.org)—Imagine not being able to touch a touch-screen device. Tablets and smartphones—with all their educational, entertaining and social benefits—would be useless.
Hi Tech & Innovation
Dec 11, 2012
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1
A nanomaterial engineered by researchers at Duke can help regulate chloride levels in nerve cells that contribute to chronic pain, epilepsy, and traumatic brain injury.
Bio & Medicine
Dec 10, 2012
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0
(Phys.org)—Nanoparticles tailored to interact with platelets rapidly create healthy clots and nearly double the survival rate in the vital first hour after injury, new research shows.
Bio & Medicine
Sep 3, 2012
0
0
A nanoparticle developed at Rice University and tested in collaboration with Baylor College of Medicine (BCM) may bring great benefits to the emergency treatment of brain-injury victims, even those with mild injuries.
Bio & Medicine
Aug 23, 2012
0
0
A University of Minnesota-led research team has proposed a mechanism for the control of whether embryonic stem cells continue to proliferate and stay stem cells, or differentiate into adult cells like brain, liver or skin.
Cell & Microbiology
Feb 6, 2012
0
0
University at Buffalo scientists have used magnetic nanoparticles to remotely control ion channels, neurons in cell culture and even the movement of a tiny worm.
Bio & Medicine
Oct 3, 2011
1
1
