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New insight into double-protected dance of cell division

Biochemists at the University of Massachusetts Amherst recently gained new insight into how protein synthesis and degradation help to regulate the delicate ballet of cell division. In particular, they reveal how two proteins shelter each other in "mutually assured cleanup" to insure that division goes smoothly and safely.

Posted: Mar 6th, 2013

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The movement of proteins

Cristian Micheletti, a scientist of the International School for Advanced Studies of Trieste (SISSA), has published in Physics of Life Reviews a review on an innovative instrument for protein analysis, a method for which Micheletti and his research team are a reference point for the international scientific community.

Posted: Mar 5th, 2013

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Cell movement explained by molecular recycling

Scientists at The University of Manchester have identified the method by which cells control the recycling of molecules, a process that is essential for them to move. The discovery provides researchers with a better understanding of how our bodies heal wounds.

Posted: Mar 1st, 2013

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Researchers electronically link the brains of pairs of rats

Researchers have electronically linked the brains of pairs of rats for the first time, enabling them to communicate directly to solve simple behavioral puzzles. A further test of this work successfully linked the brains of two animals thousands of miles apart.

Posted: Feb 28th, 2013

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Swine cells could power artificial liver

Scientists are examining a line of "immortal" swine cells that can differentiate into liver cells. These cells could be part of an artificial liver device, which could reduce the need for liver transplants.

Posted: Feb 27th, 2013

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Sweet news for stem cell's 'Holy Grail'

Scientists have used sugar-coated scaffolding to move a step closer to the routine use of stem cells in the clinic and unlock their huge potential to cure diseases from Alzheimer's to diabetes.

Posted: Feb 26th, 2013

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Taking the gamble out of DNA sequencing

Scientists have developed an algorithm to predict how much can be learned in a large-scale DNA sequencing experiment -- with potential applications in every field of science.

Posted: Feb 24th, 2013

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Analytical trick accelerates protein studies

Researchers at the University of Wisconsin-Madison have found a new way to accelerate a workhorse instrument that identifies proteins. The high-speed technique could help diagnose cancer sooner and point to new drugs for treating a wide range of conditions.

Posted: Feb 24th, 2013

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Antibacterial protein's molecular workings revealed

Scientists report new insights to the workings of calprotectin - including a detailed structural view of how it binds the metal manganese. Their findings could guide efforts to develop novel antibacterials that limit a microbe's access to metals.

Posted: Feb 21st, 2013

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