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Republic, announces an opening for a PhD position in the area of molecular modeling of biomolecules with a focus on molecular dynamics simulations of nucleic acids and proteins. The candidate will be involved (among
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using optical activity, provide unique information about molecular structure and behavior. The interpretation of the spectra is often a challenging process, typically involving a combination of molecular
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, molecular biology or related sciences (as of May 2025). The candidate must be willing to work with murine models. Good command of written and spoken English Prior experience working with mice
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of RHBDL2 in cellular and mouse models, which includes substrate identification by established proteomic methods. As part of this project, we will analyze the biophysical characteristics of RHBDL2 substrates
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of the ribosome and associated translation factors. The group uses computer modeling and simulations as the main research tool. We expect the candidate will hold a Master's (or equivalent) degree in chemistry, life
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Nairovirus genus, will serve as a model for studying Crimean-Congo hemorrhagic fever virus (CCHFV), a highly pathogenic BSL-4 virus.The project aims to:1.Investigate the effectiveness of potential polymerase
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of magnitude speedups. However, these models were mostly focused on replacing traditional MM force fields, so they were less concerned about being accurate in the regime of chemical reactions where bonds
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the transport of the new lipidized analogs to the brain, using peptide analogs with fluorescent or 125I labels. Different in vitro models of the blood-brain barrier (BBB) will be employed, such as primary
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of the ribosome and associated translation factors. The group uses computer modeling and simulations as the main research tool. We expect the candidate will hold a Master's (or equivalent) degree in chemistry, life
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themselves). This is in stark contrast to the standard atomistic approach, adopted in force-field simulations. We will formulate a new and non-trivial extension of the efficient COSMO-RS solvation model