This was led by Alzbeta Roeselova and Santosh Shivakumaraswamy in my lab. Cryo-EM by Gabija Jurkeviciute and Jessica He in Rado Enchev's lab, and selRiboseq from Bernd Bukau's lab.
June 2, 2025 at 4:12 PM
This was led by Alzbeta Roeselova and Santosh Shivakumaraswamy in my lab. Cryo-EM by Gabija Jurkeviciute and Jessica He in Rado Enchev's lab, and selRiboseq from Bernd Bukau's lab.
Functional assembly starts during translation, and in a surprising way. Although our model protein is a homooligomer, assembly is directional. One fully-synthesised subunit interacts with an incomplete subunit on the ribosome, avoiding misassembly between two incomplete chains.
June 2, 2025 at 4:12 PM
Functional assembly starts during translation, and in a surprising way. Although our model protein is a homooligomer, assembly is directional. One fully-synthesised subunit interacts with an incomplete subunit on the ribosome, avoiding misassembly between two incomplete chains.
A hidden hydrophobic groove on the ribosome surface, normally capped by a flexible "lid", can stabilise nascent amphipathic helices and change the pathway of domain folding.
June 2, 2025 at 4:12 PM
A hidden hydrophobic groove on the ribosome surface, normally capped by a flexible "lid", can stabilise nascent amphipathic helices and change the pathway of domain folding.
A hidden hydrophobic groove on the ribosome surface, normally capped by a flexible "lid", can stabilise nascent amphipathic helices and change the pathway of domain folding.
June 2, 2025 at 4:06 PM
A hidden hydrophobic groove on the ribosome surface, normally capped by a flexible "lid", can stabilise nascent amphipathic helices and change the pathway of domain folding.