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Study: Caloric Restriction In Humans And Aging

In mice, caloric restriction has been found to increase aging but obviously mice are not little...

Science Podcast Or Perish?

When we created the Science 2.0 movement, it quickly caught cultural fire. Blogging became the...

Type 2 Diabetes Medication Tirzepatide May Help Obese Type 1 Diabetics Also

Tirzepatide facilitates weight loss in obese people with type 2 diabetes and therefore improves...

Life May Be Found In Sea Spray Of Moons Orbiting Saturn Or Jupiter Next Year

Life may be detected in a single ice grain containing one bacterial cell or portions of a cell...

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A new study has concluded that musicians have IQ scores than non-musicians, supporting other recent research that intensive musical training is associated with an elevated IQ score.

Vanderbilt University psychologists Crystal Gibson, Bradley Folley and Sohee Park have found that professionally trained musicians more effectively use a creative technique called divergent thinking, and also use both the left and the right sides of their frontal cortex more heavily than the average person.

One possible explanation the researchers offer for the musicians' elevated use of both brain hemispheres is that many musicians must be able to use both hands independently to play their instruments.

There was an idea first proposed in 1916 — that plants with rapid reproductive cycles evolve faster - and a team of Yale scientists writing in Science say they have confirmed it using 2008 computing power.

Long involved with the Tree of Life Web Project, which is attempting to reconstruct the “tree” representing the genealogical relationships of all species on Earth, Michael Donoghue, the G. Evelyn Hutchinson Professor of Ecology & Evolutionary Biology and Curator of Botany at Yale’s Peabody Museum of Natural History, has spearheaded the study of flowering plant evolution. In animals, the variation in rate of molecular evolution has been ascribed to differences in generation time, metabolic rate, DNA repair, and body size; in plants, the differences have been more difficult to determine.

Bacteria are everywhere and can survive in almost anything. Finding out exactly how bacteria respond and adapt to stresses and dangers will further our understanding of the basic survival mechanisms of some of the most resilient, hardy organisms on Earth.

Toward that goal, a bacteria cell's 'crisis command center' has been observed for the first time swinging into action to protect the cell from external stress and danger, according to new research out today.

It's like Team America: World Police, except there are no animatronic puppets or Alec Baldwin impressions.

The crisis command center in certain bacteria cells is a large molecule, dubbed a 'stressosome' by the scientists behind today's research.

For several decades, scientists have thought that the Solar System formed as a result of a shock wave from an exploding star — a supernova — that triggered the collapse of a dense, dusty gas cloud that contracted to form the Sun and the planets.

Models of this formation process have only worked under the simplifying assumption that the temperatures during the violent events remained constant but astrophysicists at the Carnegie Institution’s Department of Terrestrial Magnetism (DTM) say their new model says that a supernova could indeed have triggered the Solar System’s formation under the more likely conditions of rapid heating and cooling.

As the world looks for more energy, the oil industry will need more refined tools for discoveries in places where searches have never before taken place, geologists say. One such tool is a new sediment curve (which shows where sediment-on-the-move is deposited), derived from sediments of the Paleozoic Era 542 to 251 million years ago, scientists report in this week's Science. The sediment curve covers the entire Paleozoic Era.

"The sediment curve is of interest to industry, and also to scientists in academia," said Bilal Haq, lead author of the paper and a marine geologist at the National Science Foundation (NSF), "as the rise and fall of sea-level form the basis for intepretations of Earth history based on stratigraphy."

Belief in God encourages people to be helpful, honest and generous, but only under certain psychological conditions, according to University of British Columbia researchers who analyzed the past three decades of social science research.

Religious people are more likely than the non-religious to engage in prosocial behavior – acts that benefit others at a personal cost – when it enhances the individual's reputation or when religious thoughts are freshly activated in the person's mind, say UBC social psychologists Ara Norenzayan and Azim Shariff