The mathematics of cell boundary 'ruggedness'

Researchers have uncovered both the mathematical and biological mechanism behind the rugged structures at cell boundaries found in tissues such as the kidneys and nasal glands. The team hopes that their new insights can help ...

Novel mechanisms regulate inflammatory skin diseases

Investigators have identified a novel role for an intracellular trafficking pathway in regulating epidermal developmental processes, which could serve as a future therapeutic target for inflammatory skin diseases, according ...

How a shape-shifting receptor influences cell growth

Receptors found on cell surfaces bind to hormones, proteins, and other molecules, helping cells respond to their environment. MIT chemists have now discovered how one of these receptors changes its shape when it binds to ...

page 1 from 4