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image: Cell Reprogramming Successes

Cell Reprogramming Successes

By | May 2, 2016

Two studies demonstrate the first direct, chemical reprogramming of mouse and human skin cells into heart muscle and neural cells.

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image: Animal Magnetism

Animal Magnetism

By | May 1, 2016

A photosensitive protein behind the retinas of cockroaches plays a role in light-dependent, directional magnetosensitivity.

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image: More Than Skin Deep

More Than Skin Deep

By | May 1, 2016

Elaine Fuchs has worked on adult stem cells since before they were so named, figuring out how multipotent epidermal cells renew or turn into skin or hair follicles.

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image: Skin Cells Turned Into Immature Sperm

Skin Cells Turned Into Immature Sperm

By | April 29, 2016

The reprogrammed germ-like cells were unable to fertilize eggs, however. 

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image: Stem Cells for Personalized Pain Therapy Testing

Stem Cells for Personalized Pain Therapy Testing

By | April 21, 2016

Using patient-derived stem cells, researchers create laboratory neuron models that reflect a patient’s response to a pain drug.

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image: Monitoring Mitochondrial Mutations

Monitoring Mitochondrial Mutations

By | April 18, 2016

Induced pluripotent stem cells—particularly those generated from older patients—should be screened for defects in mitochondrial DNA, a study shows.

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image: Psychedelic Neuroimaging

Psychedelic Neuroimaging

By | April 13, 2016

“Ego dissolution,” and other things that happen to the human brain on LSD

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image: Low Mutation Rate in iPSCs

Low Mutation Rate in iPSCs

By | April 11, 2016

The mutation rate in induced pluripotent stem cells is 10 times lower than in somatic cells, scientists show.

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image: Microglia Tamp Down Neurogenesis

Microglia Tamp Down Neurogenesis

By | April 7, 2016

The immune cells—known for clearing dead cells—also chew up live progenitors in neurogenic regions of mouse brains. 

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image: Toward Predicting Personalized Neural Responses

Toward Predicting Personalized Neural Responses

By | April 7, 2016

Analyzing resting brain scans, researchers can anticipate the brain activities of a person performing a range of tasks. 

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