![Close-up illustration of the Kinesin-1 protein, intertwined with the aTm1 protein in a helix, next to loopy mRNA molecules.](https://www.embl.org/news/wp-content/uploads/2021/07/featured_image_1000x600px_72dpi_updated-300x180.jpg)
A model of cooperation for transporting mRNA
EMBL scientists generate a high-resolution crystal structure of the Kinesin-1/aTm1 transport complex in the fruit fly.
SCIENCE & TECHNOLOGY2021
sciencescience-technology
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EMBL scientists generate a high-resolution crystal structure of the Kinesin-1/aTm1 transport complex in the fruit fly.
SCIENCE & TECHNOLOGY2021
sciencescience-technology
A group of scientists led by EMBL Hamburg’s Christian Löw provide insights into the molecular structure of proteins involved in the gliding movements through which the parasites causing malaria and toxoplasmosis invade human cells.
SCIENCE & TECHNOLOGY2020
sciencescience-technology
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