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A new psychology paper evolution and basic survival techniques adapted by early humans influence the decisions gamblers make when placing bets. 

So if current counseling options for problem gamblers don't work, we can blame biology.

The scholars examined how gamblers made decision after they won or lost. They found that  gamblers relied on their past experiences to predict what might happen in the future. But in games of chance where the outcome is completely random, this strategy doesn't work.

Electrically charged lunar dust near shadowed craters can get lifted above the surface and 'jump' over the shadowed region, bouncing back and forth between sunlit areas on opposite sides.

Ancient rises in sea levels and global warming are partially attributable to cyclical activity below the earth's surface, according to a new analysis of geological studies. 

New York University's Michael Rampino and Carleton University's Andreas Prokoph analysis considers long-term fluctuations in global climate, diversity of marine organisms, and sea level changes, aiming to identify a unifying cause for these changes. While much scientific study has centered on phenomena above the earth's crust, less attention has historically been paid to changes deep inside our planet.

Engineers at the University of Sheffield have been doing some science of rugby - measuring the dynamic friction between the material of the ball and the skin on the fingertips and palm, and the mitts that some players choose to wear under different weather conditions to find the best way to limit the risk of a player fumbling the ball.

In a first, a whale skeleton has been found on the ocean floor near Antarctica, almost a mile below the surface in an undersea crater. With it were at least nine new species of deep-sea organisms thriving on the bones. 

A new paper in Molecular Pharmacology describes how 'reverse pharmacology', enabled by Heptares Therapeutics StaR(R) technology, can be applied to and accelerate GPCR-based drug discovery.

The paper utilized the study of isolated GPCRs locked in conformations that correspond to agonist or antagonist pharmacology, and the elucidation of their respective 3D structures. These StaRs and structures can be used to select and design compounds with specific pharmacologies, such as inverse agonist, partial agonist or full agonist, based on their ability to bind differentially to the agonist and antagonist StaRs. For example a full agonist will preferentially bind to the agonist StaR.