Deciphering the dynamic nature of essential cellular machinery
Video, Apr 25 2024
Biochemistry Focus webinar series
60 mins
The Burmann lab uses advanced high-resolution NMR approaches to decipher the dynamics and structural adaptations of a diversity of protein machines involved in cellular protein quality control as well as transcription associated processes.
Their work has revealed distinct steps in the allosteric regulation of different enzymes such as serine proteases of the HtrA family and DNA polymerases. These novel findings provide detailed mechanistic insights into enzymatic function at atomic resolution likely paving the way for the future design therapeutic compounds targeting these machines.
Invited speaker:
- Dr Björn Burmann, University of Gothenburg
This webinar was chaired by Dr Vicky Higman, University of Leicester.
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Deciphering the dynamic nature of essential cellular machinery
In this webinar, Dr Burmann revealed how his lab uses high-resolution NMR techniques to study protein machines involved in cellular processes, uncovering the allosteric regulation of different enzymes which could ultimately pave the way for the future design of therapeutic compounds targeting these machines.
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