(A) We coated the surface of glass substrate with tetraethylene glycol (TEG, brown) and the layer was partially degraded by UV irradiation to prepare hydrophilic cell adhesive surface (green ...

What makes MRK’s images so compelling is the way they make cell biology seem less abstract. Instead of brightly colored diagrams, we get sweeping vistas of the cell and components that look very ...

This wiring diagram contains 200,000 brain cells and nearly 500 million synapses that sit in a chunk of the visual cortex of the mouse brain that's about the size of one grain of sand. This map has an ...

High school biology didn’t do much to make cells seem like fascinating, psychedelic visual art. The plant and animal cell diagrams splashed across textbook pages are a world away from what the ...

A landmark new study led by University of Toronto's Donnelly Centre Professors Brenda Andrews and Charles Boone, and Professor Chad Myers of the University of Minnesota-Twin Cities has generated the ...

Left: Classic textbook cell diagrams imply all parts are clearly visible and defined. (Credit: OpenStax/Wikimedia). Right: A new cell map generated by MuSIC technic reveals many novel components ...

Step aside electrochemical batteries? This betavoltaic cell could generate power for years, but there are some major ...

This work suggests that integrating the results of dosage suppression studies with other interaction networks could generate insights into the functional wiring diagram of a cell.

Thus, scientific articles, particularly those in the field of molecular and cellular biology, often present schematic diagram of protein domain structures.

Neuroscientists have released a high-resolution 3-D map showing the connections between 200,000 cells in a clump of mouse brain about as big as a grain of sand.