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image: The Hormones and Brain Regions Behind Eye Contact

The Hormones and Brain Regions Behind Eye Contact

By | August 1, 2016

Can oxytocin help increase eye contact in patients with autism, thus opening up a whole new world of social interaction?

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image: The Genes Underlying Autism Are Coming Into Focus

The Genes Underlying Autism Are Coming Into Focus

By | August 1, 2016

As researchers sequence the DNA of thousands of kids with autism, dozens of genetic subgroups are emerging.

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image: Minding the Pulse of Memory Consolidation

Minding the Pulse of Memory Consolidation

By | July 28, 2016

Studying sleep spindles could help neuroscientists better understand certain cognitive impairments.  

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image: Additional #IceBucketChallenge Payoffs

Additional #IceBucketChallenge Payoffs

By | July 28, 2016

Researchers identify a new ALS-associated gene thanks to funds generated by the social media challenge that went viral in summer 2014.

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image: Different Brains, Similar Wiring

Different Brains, Similar Wiring

By | July 22, 2016

The brains of primates and mice follow the same exponential rule of connectivity, according to a study.

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image: Neurons Compete to Form Memories

Neurons Compete to Form Memories

By | July 21, 2016

The same populations of brain cells encode memories that occur close together in time, according to new research.

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image: How Type 2 Diabetes Affects the Brain

How Type 2 Diabetes Affects the Brain

By | July 21, 2016

The results of studies on humans and zebrafish suggest how hyperglycemia can cause cognitive deficits.

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image: Mapping the Human Connectome

Mapping the Human Connectome

By | July 20, 2016

A new map of human cortex combines data from multiple imaging modalities and comprises 180 distinct regions.

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image: Will Organs-in-a-Dish Ever Replace Animal Models?

Will Organs-in-a-Dish Ever Replace Animal Models?

By | July 19, 2016

Increasingly sophisticated tissue organoids can model many aspects of disease, but animal studies retain a fundamental role in research, scientists say. 

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A 3-D carbon nanotube mesh enables rat spinal tissue sections to reconnect in culture.

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