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image: Image of the Day: Nanobot Schematic

Image of the Day: Nanobot Schematic

By The Scientist Staff | April 13, 2018

A magnetically controlled device could have applications in studies of cell biology and biophysics.

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image: Image of the Day: Cell Droplets

Image of the Day: Cell Droplets

By The Scientist Staff | April 4, 2018

Proteins and RNA aggregate into “membraneless organelles” due to liquid-liquid phase separation.

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With three recent FDA approvals, and a number of Phase 3 trials ongoing, the drugs are seeing a surge in interest.

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The neuronal coverings that mediate synaptic changes are involved in everything from memory to psychiatric disorders, affecting autism, Alzheimer’s, and addiction.

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image: Image of the Day: Pseudomonas Autophagy

Image of the Day: Pseudomonas Autophagy

By The Scientist Staff | March 30, 2018

Researchers identify antibacterial functions of cell death in Arabidopsis when the plant is infected with Pseudomonas.  

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image: Image of the Day: New Neurons

Image of the Day: New Neurons

By The Scientist Staff | March 28, 2018

Scientists discover a molecular factor that allows them to follow neurons from birth to maturity.

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image: Tadpoles Keep Eating Because They Don’t Feel Full

Tadpoles Keep Eating Because They Don’t Feel Full

By Catherine Offord | March 28, 2018

Baby frogs don’t develop the neural circuitry responsible for feeding inhibition until they begin metamorphosing into adults. 

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image: Image of the Day: Morphing Cells

Image of the Day: Morphing Cells

By The Scientist Staff | March 27, 2018

By removing a single gene, researchers change the developmental fate of tumor cells in mice.  

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image: Merino Sheep Provide Clue to Curly Hair

Merino Sheep Provide Clue to Curly Hair

By Catherine Offord | March 23, 2018

The cells on one side of each wool fiber are longer than the cells on the other, researchers find. 

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image: Bees’ Molecular Responses to Neonicotinoids Determined

Bees’ Molecular Responses to Neonicotinoids Determined

By Catherine Offord | March 22, 2018

Researchers pinpoint a protein that can metabolize at least one of the insecticides, highlighting a route to identifying compounds that are friendlier to the critical pollinators.

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