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Virtually all processes in living organisms, from nutrient transport to the regulation of growth, are mediated by proteins. Gaining a detailed view of the biological processes occurring in plants requires understanding of the structure and function of the proteins involved in these processes. Sequence information is widely available for proteins across organisms, but structural information is still lacking, especially for plant proteins.

Structural biology has provided valuable insights and high-resolution views of the biophysical processes in plants, such as photosynthesis, hormone signaling, nutrient transport, and toxin efflux. However, structural biology only provides a few “snapshots” of protein structure, whereas in vivo, protein function involves complex dynamical processes such as ligand binding and conformational changes that structures alone are unable to capture in full detail.

Here, we present all-atom molecular dynamics (MD) simulations as a “computational microscope” that can be used to capture detailed structural and dynamical information about the molecular machinery in plants and gain high-resolution insights into plant growth and function.

In addition to the background information provided here, we have prepared a set of tutorials that allow students to run and explore MD simulations of plant proteins.

Read about the authors of this Teaching Tool and their perspectives about this exciting topic.

Because the full PowerPoint file with embedded videos is so large, we recommend that you download it from this site  https://plantae.org/teachingto.... Be patient, it is a large file. Or, download the slides without embedded videos; the videos are available here

Data files for the tutorial can be downloaded from here https://uofi.app.box.com/v/Ttp....

Posted November 2019