News & Comment

Fluorescent proteins can be located in electron micrographs.

Blue light pulls proteins together.

Gene cutting and pasting just got a whole lot faster.

Yeast two-hybrid screens plus RNA interference assays are used to identify functionally relevant interactions.

Pairing selection with sequencing, one can probe how proteins function.

Linked fluorescent proteins are used to visualize voltage in living mouse brains.

Fly brains light the way for neurobehavioral circuits.

Putting a face on pain in mice should improve our ability to measure it.

By mapping the underbelly of human genomes, researchers open new questions.

Researchers watch proteins interact in real time.

Researchers team up to teach computers to predict cell fate.

Adapting optics: techniques for seeing stars scale to cells.

Supercharged SRM: synthetic peptides bring high-throughput assays to targeted proteomics.