Speaker
Description
Proteins are the cornerstone of virtually all biological processes in the known forms of life. Gaining a better understanding of protein structure and function is, therefore, a goal of utmost importance in comprehending vital processes. In the context of ELI-NP, the analysis of the effects of radiation on proteins is a key element in evaluating their therapeutic effect. NMR is a significant tool for protein analysis, with the main advantages of non-destructive measurements and the ability to assess temporal dynamics. However, this method does, of course, have its limitations, primarily stemming from the limited lifetimes of the used quantum states, which, in turn, constrain measurement duration and accuracy.
In this presentation, we will explore the key concepts and methods used for NMR protein structure determination and introduce a potential novel method developed by our research group to enhance this process using long-lived quantum coherences.
