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Mechanism of folding chamber closure in a group II chaperonin.

<div class='caption-title'>a. Top and side views of the cryo-EM density maps with one subunit colored blue (wild-type) and green (lidless) at 4.3 and 4.8 Å resolution respectively.</div>
<div class='caption-title'>a. Top and side views of the Mm-cpn density maps with one subunit colored yellow (wild-type) and orange (lidless) at 10 and 8 Å resolution respectively.</div>
<div class='caption-title'>a. Backbone models for two neighboring subunits of two states viewed from the central cavity with nucleotides as sphere models.</div>
Zhang J, Baker ML, Schr枚der GF, Douglas NR, Reissmann S, Jakana J, Dougherty M, Fu CJ, Levitt M, Ludtke SJ, Frydman J, Chiu W
OpenAccess logo Nature 463 379-83 (2010)
Cited: 135 times
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Abstract

Group II chaperonins are essential mediators of cellular protein folding in eukaryotes and archaea. These oligomeric protein machines, approximately 1 megadalton, consist of two back-to-back rings encompassing a central cavity that accommodates polypeptide substrates. Chaperonin-mediated protein folding is critically dependent on the closure of a built-in lid, which is triggered by ATP hydrolysis. The structural rearrangements and molecular events leading to lid closure are still unknown. Here we report four single particle cryo-electron microscopy (cryo-EM) structures of Mm-cpn, an archaeal group II chaperonin, in the nucleotide-free (open) and nucleotide-induced (closed) states. The 4.3 A resolution of the closed conformation allowed building of the first ever atomic model directly from the single particle cryo-EM density map, in which we were able to visualize the nucleotide and more than 70% of the side chains. The model of the open conformation was obtained by using the deformable elastic network modelling with the 8 A resolution open-state cryo-EM density restraints. Together, the open and closed structures show how local conformational changes triggered by ATP hydrolysis lead to an alteration of intersubunit contacts within and across the rings, ultimately causing a rocking motion that closes the ring. Our analyses show that there is an intricate and unforeseen set of interactions controlling allosteric communication and inter-ring signalling, driving the conformational cycle of group II chaperonins. Beyond this, we anticipate that our methodology of combining single particle cryo-EM and computational modelling will become a powerful tool in the determination of atomic details involved in the dynamic processes of macromolecular machines in solution.

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