molecular

Instead of studying cells in a lab dish, the scientists used advanced computer modeling to analyze how molecular networks inside ciliate and mammalian cells respond to different patterns of stimulation.

In it, they explain the molecular mechanism of regeneration in marine worms and thus create a better understanding of the natural reprogramming ability of cells.

The studies discovered that favorable nanoparticle-protein interactions can be predicted from machine learning models that are trained from atom-scale molecular dynamics simulations.

To develop future drugs against pain, researchers must understand the details of what happens at the molecular level when pain signals are converted from one form to another.

"By successfully creating a mouse using molecular tools derived from our single-celled relatives, we're witnessing an extraordinary continuity of function across nearly a billion years of evolution," said Dr de Mendoza.