Our work is the first study to provide structures of several tRNAs before and after the introduction of modifications at specific sites. In detail, we analyzed 4 human tRNA species to decipher structural and stability effects induced by the installation of Ψ at single or multiple sites.
April 30, 2025 at 4:12 AM
Our work is the first study to provide structures of several tRNAs before and after the introduction of modifications at specific sites. In detail, we analyzed 4 human tRNA species to decipher structural and stability effects induced by the installation of Ψ at single or multiple sites.
We used single particle cryo-EM to directly visualize several human tRNAs and analyze the effects of individual tRNA modifications. To our knowledge, the work presents interpretable maps of the smallest asymmetric particles analyzed by single-particle cryo-EM so far.
April 30, 2025 at 4:12 AM
We used single particle cryo-EM to directly visualize several human tRNAs and analyze the effects of individual tRNA modifications. To our knowledge, the work presents interpretable maps of the smallest asymmetric particles analyzed by single-particle cryo-EM so far.
Our findings emphasize how we use PDB models. It is critical to understand that PDB models are just that, models. They do not fully explain the underlying experimental data, have nuances in how they are representing the data, and as we show, can vary in how well the underlying data is explained.
December 16, 2024 at 3:14 PM
Our findings emphasize how we use PDB models. It is critical to understand that PDB models are just that, models. They do not fully explain the underlying experimental data, have nuances in how they are representing the data, and as we show, can vary in how well the underlying data is explained.