Investigating the impacts of temperature on the thylakoid membrane: Insights from computer simulations

Investigating the impacts of temperature on the thylakoid membrane: Insights from computer simulationsA team of researchers, including Tom Sharkey, used computer simulations to investigate how isoprene levels and temperature affect the thylakoid membrane of plants at the nanoscale.06/28/2023 Still image highlighting how isoprene (green carbons, white hydrogens) intercalates into the hydrophobic core of a thylakoid membrane model (gray carbons, red oxygens, brown phosphorus, and yellow for sulfur.

Still image highlighting how isoprene (green carbons, white hydrogens) intercalates into the hydrophobic core of a thylakoid membrane model (gray carbons, red oxygens, brown phosphorus, and yellow for sulfur.

https://prl.natsci.msu.edu/news-and-events/news/investigating-the-impacts-of-temperature-on-the-thylakoid-membrane-insights-from-computer-simulations.aspxMetabolismSharkey labVermaas lab