What Lava Lamps and Vinaigrette Can Teach Us About Cell Biology | Nature

A paradigm-shifting observation in the MBL Physiology course about how cells organize is described in a Nature feature this week. The discovery was made in 2008 by Physiology course faculty Anthony Hyman, teaching assistant Clifford Brangwynne, and other course participants including University of Chicago student David Courson.

When David Courson and Lindsay Moore arrived for a summer research placement in Woods Hole, Massachusetts, they expected to try some new techniques and play with high-end microscopes. As graduate students, they never imagined that they would help to solve a biological problem that had baffled researchers for more than 25 years.

Their instructors at the Marine Biological Laboratory asked them to decipher how pellets of RNA and protein called P granules form in worm embryos — a tall order given how long the structures had flummoxed biologists. Yet as soon as Courson and Moore started making movies of the process, they and their instructors could see something unusual happening under the microscope: the P granules were colliding and coalescing like blobs in a lava lamp. Read more of the article here.

Source: What lava lamps and vinaigrette can teach us about cell biology | Nature