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and improve computational methods for the pre-processing of MS data, exploring new algorithmic approaches for signal detection, deconvolution, and feature extraction. Machine Learning for Chemical
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-authoring impact factor journal articles in the last 5 years is an advantage, documented response from the scientific community to the WoS or SCOPUS-recorded publications (with a WoS h-index value of al least
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impact factor journal articles in the last 5 years, documented response from the scientific community to the WoS or SCOPUS-recorded publications (with a WoS h-index value of at least 8), internship abroad
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studies. Experience with protein structure predictions methods and co-folding methods (i.e. AlphaFold or Boltz models). Strong software development skills in Python, including software package development
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of the University of Ostrava Description of the work position: Participation in the LERCO project CZ.10.03.01/00/22_003/0000003 within the research program VP 6 "Research and Development of New Therapeutic Methods
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biomedical research. If you are interested in applied quantum chemistry with a focus on heavy element compounds, this is an ideal opportunity for you. The Marek lab has access to state-of-the-art computational
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. To achieve this, a broad range of molecular and behavioral techniques commonly used in circadian research will be employed. Work Environment: Our laboratory routinely employs a range of advanced methods
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strategies — developing systems that can respond dynamically to neural and behavioral signals in real time. Your Role: Develop and evaluate new methods for optimizing DBS therapy — from imaging and modeling
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computational modelling to address key challenges in brain health and neurodegeneration research. This includes: Multimodal data integration and analysis: Designing and implementing advanced computational methods
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for Biomolecular Research at the Faculty of Science MU is focused on the study of bio(macro)molecules at the atomic level using experimental and computational methods. Equipment for nuclear magnetic resonance