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image: The History of Optogenetics Revised

The History of Optogenetics Revised

By Kerry Grens | September 1, 2016

Credit for the neuroscience technique has largely overlooked the researcher who first demonstrated the method.

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image: This is Your Brain on Art

This is Your Brain on Art

By The Scientist Staff | September 1, 2016

Nobel Laureate Eric Kandel talks about how our brains perceive and understand works of art.

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In Chapter 13, “Why Is Reductionism Successful in Art?” author Eric Kandel explores what about abstract art challenges the human brain.

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image: Fruit Flies Feel Humidity with Dedicated Receptors

Fruit Flies Feel Humidity with Dedicated Receptors

By Alison F. Takemura | September 1, 2016

Drosophila antennae let the insects seek out moisture levels they like best.

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image: How Art Can Inform Brain Science, and Vice Versa

How Art Can Inform Brain Science, and Vice Versa

By Eric Kandel | September 1, 2016

Reductionism may be the key to bridging the gap between the humanities and the sciences.

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image: Multiple Sclerosis: Is Yawning a Warning?

Multiple Sclerosis: Is Yawning a Warning?

By Benjamin Skuse | September 1, 2016

Neuropsychologist Simon Thompson found a possible link between yawning and multiple sclerosis. So what better way to get under the skin of his research than volunteering to take part in one of his experiments?

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image: Orchid Bees Use Simple Eyes to Detect Polarized Light

Orchid Bees Use Simple Eyes to Detect Polarized Light

By Catherine Offord | September 1, 2016

The second visual field may aid in navigation.

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Neurons in the lamprey spinal cord can sense pH and counteract changes from the body’s optimal range.

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image: Profile: Dean Buonomano Studies How the Brain Encodes Time

Profile: Dean Buonomano Studies How the Brain Encodes Time

By Anna Azvolinsky | September 1, 2016

The UCLA neurobiologist uses computational modeling, in vitro electrophysiology, and human psychophysics experiments to explore how neurons and the brain as a whole perceive and respond to time.

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Tips on how to surmount the challenges of working with CRISPR to manipulate genes in human stems cells to study their function in specific diseases or to correct genetic defects in patient cells.

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