In a study published in Nature Methods, researchers from the Bioluminescent Brain Hub based at Brown described a bioluminescence tool it recently developed. Called the Ca2+ BioLuminescence Activity Monitor  — or “CaBLAM,” for short — the tool captures single-cell and subcellular activity at high speeds and works well in mice and zebrafish, allowing multi-hour recordings and removing the need for external light.

CSHL postdoc Miguel Santo Domingo Martinez and colleagues in the Lippman lab have used CRISPR gene editing to produce more compact goldenberry crops, making them easier to grow and harvest. The development could help bring this tasty fruit to farms and grocery stores around the globe.

A new study led by researchers at Penn State has uncovered several instances of wood warblers passing color-related genes to other wood warbler species, including those that are not closely related. This glimpse into the hidden evolutionary dynamics of these songbirds may help explain why some species display certain colors as well as how the group diversified into so many different species in such a relatively short evolutionary time, the researchers said.

Roundworms recently discovered in Great Salt Lake are new to science. A new study by University of Utah biologists characterizes D. woaabi, the first of two nematode species collected from the lake's microbialites

How do intermittent events like hurricanes impact natural selection? A University of Rhode Island professor and colleagues are studying natural selection in the Anolis lizard to see how the species has weathered hurricanes in the southeastern U.S. Their research shows hurricanes are a source of natural selection, favoring traits that enhance the lizard’s clinging ability in strong winds.

Astronomers discovered a new exoplanet hidden in decade-old data. Planet is bound to binary stars, which orbit each other every 18 days. Planet is six times closer to its stars than other directly imaged planets orbiting binary systems.

Florida State University researchers have created a new crystalline material with unusual magnetic patterns that could be used for breakthroughs in data storage and quantum technologies.

Like a growing vine, a new robotic gripper can snake around and lift a variety of objects, including a glass vase and a watermelon, offering a gentler approach than conventional gripper designs. A larger version of the robo-tendrils can also safely lift a human out of bed.