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Amino Acid

Structure of the DNA-based sensor for protein detection

Anyone who has suffered the very unpleasant experience that is food poisoning will be happy to hear that researchers have developed technology enabling the high-speed detection of the toxic proteins that cause it. The new sensor was manufactured by employing a combination of artificial antibodies which capture these toxic proteins and a signal converter which converts those “capturing events” into optical signals. Read More

A mussel displaying its byssus (Image courtesy Matt Harrington)

If you’ve ever gone down to the seashore and tried to pull mussels off rocks (and hey, who hasn’t?), then you’ll know how tenacious their holdfasts can be - although they can be tugged back and forth, it’s almost impossible to actually remove them. Recently, scientists at Germany’s Max Planck Institute for Colloids and Interfaces analyzed how the delicious mollusks are able to to achieve such a feat of natural engineering. What they discovered could find its way into human technology. Read More

Window washers may need to look for alternative employment thanks to the new nano-material...

While attempting to find a cure for Alzheimer’s disease researchers have discovered a new nanomaterial that can repel dust and water and could provide a self-cleaning coating for windows or solar panels. Unlike similar dust-busting materials that take inspiration from the surface of the lotus leaf, the new material is actually made up of molecules of peptides that “grow” to resemble small forests of grass. The coating also acts as a super-capacitor, thereby having implications for electric cars in that it could provide an energy boost to batteries. Read More

Co-authors Tambet Teesalu and Kazuki N. Sugahara proudly display their laboratory-develope...

Scientists at UC Santa Barbara have developed a biological mechanism that can act as an entirely new means of drug delivery, carrying with it the potential to make treating illness even more effective. Rather than simply circulating in the bloodstream, the laboratory-developed peptide can deliver nanoparticles directly into tissue. Read More

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