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image: Cortical Interneurons Show Layer-Specific Activities

Cortical Interneurons Show Layer-Specific Activities

By | March 2, 2017

Researchers examine the firing patterns of interneurons throughout all layers of the somatosensory cortices of alert mice.  

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 Zebra finches reared by another species learn to sing their foster parents’ song with rhythms characteristic of their genetic background.

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image: John Iversen Explores our Perception of Musical Rhythm

John Iversen Explores our Perception of Musical Rhythm

By | March 1, 2017

At the Swartz Center for Computational Neuroscience at the University of California, San Diego, the researcher studies the neurobiology of music perception.

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image: Massively Parallel Perturbations

Massively Parallel Perturbations

By | March 1, 2017

Scientists combine CRISPR gene editing with single-cell sequencing for genotype-phenotype screens.

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Zebra finches dial down dopamine signaling when they hear errors in a song performance.

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image: Singing In the Brain

Singing In the Brain

By | March 1, 2017

His first love was dance, but Erich Jarvis has long courted another love—understanding how the brain learns vocalization.

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image: Understanding the Roots of Human Musicality

Understanding the Roots of Human Musicality

By | March 1, 2017

Researchers are using multiple methods to study the origins of humans’ capacity to process and produce music, and there’s no shortage of debate about the results.

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image: Infographic: Mapping Musicality

Infographic: Mapping Musicality

By | March 1, 2017

Huge areas of the brain respond to any sort of auditory stimulus, making it difficult for scientists to nail down regions that are important for music processing.

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image: Infographic: Single-Cell CRISPR Screens

Infographic: Single-Cell CRISPR Screens

By | March 1, 2017

See how two new methods track responses to unique genetic manipulations in numerous individual cells in parallel.

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image: Infographic: Taking Note of Singing Errors

Infographic: Taking Note of Singing Errors

By | March 1, 2017

Birds' brains respond to distorted songs with changes in dopamine signaling.

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