Translocon based development of antiviral compounds
Translocon based development of antiviral compounds
Disciplines
Biology (40%); Chemistry (30%); Medical-Theoretical Sciences, Pharmacy (30%)
Keywords
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Protein translocation,
Fluorescence Microscopy,
Electrophysiology,
Fluorescence Correlation Spectoscopy,
Protein Reconstitution
The current coronavirus pandemic is devastating because there is still no effective treatment. We want to develop two completely new therapeutic approaches. The first approach aims at designing peptides that will first recognize the genetic material of the viruses and then kill the infected cell by inhibiting the machinery for protein secretion and protein insertion into the cell membrane. This approach uses the knowledge that a functioning protein transport machinery (the translocon) is essential for any cell`s life. In the second approach, we develop a method for tailoring small molecules to prevent viral coat proteins from interacting with each other, thus preventing the assembly of new viruses. By gaining insight into these fundamental mechanisms, we create a basis for future drugs that can be adapted comparatively quickly to virus mutants that may arise.
- Universität Linz - 100%
- Frank Werner Müh, Universität Linz , national collaboration partner
- Thomas Renger, Universität Linz , national collaboration partner
Research Output
- 3 Citations
- 2 Publications
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2021
Title Biophysical Reviews’ “Meet the Councilor Series”—a profile of Peter Pohl DOI 10.1007/s12551-021-00897-4 Type Journal Article Author Pohl P Journal Biophysical Reviews Pages 839-844 Link Publication -
2023
Title YidC from Escherichia coli Forms an Ion-Conducting Pore upon Activation by Ribosomes DOI 10.3390/biom13121774 Type Journal Article Author Knyazev D Journal Biomolecules Pages 1774 Link Publication