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Fiery-looking bundle of nerves is white on the left side and orange-red on the right side against a black ground

Vision Revision

Scientists reverse age-related vision loss, glaucoma damage in mice

Combined image of two micrographs. On left, web of yellow threads with blue nuclei against a black background. On right, swirls of pink and purple stained cells on a gray background.

Custom-Ordered Cells

New tool broadens ability to program stem cells, study SARS-CoV-2

Illustration of a DNA double helix looped back on itself. Two antibodies embedded in the DNA have bound to a SARS-CoV-2 particle.

New Virus, New Test

Researchers explore DNA nanoswitches for diagnosing COVID-19

Colorized micrograph shows web of green tendrils emanating from a nucleus against a backdrop of puple nuclei on black

New Interneuron

Brain cell type discovered in primates could improve studies on neuropsychiatric disease

Colorized micrograph of three SARS-CoV-2 viral particles against a dark background

Infection Detection

‘Viral history’ tool VirScan offers new insights into antibody response to SARS-CoV-2

Microscope image with two dark blue blobs against a black background. Within the blobs are a scattering of green, blue and red dots.

Cardiac Cartography

Highly detailed map of human heart could guide personalized treatments

Illustration of a stopwatch with beams of light emanating from it

On the Clock

Machine learning models predict how much time aging mice have left

Three squares side by side with a large and a small cell under microscopy: one in green, one in red and one in white

As It Unfolds

New organoids facilitate faster study of early lung cancer, potential treatments

Black and white microscope image shows dozens or hundreds of tube-like projections aligned in different directions

Intestinal Insight

Bile component appears to help lower high blood sugar after bariatric surgery

cell nuclei appear as dark stone-like shapes, with genomic regions labeled as multiple colored dots, against a gray background

DNA in (Even More) Detail

New technologies accelerate high-resolution imaging of human chromosomes in single cells