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be applied to the study of purified LHCII protein variants, including state-of-the-art steady-state absorption/fluorescence spectroscopy and spectral deconvolution, transient absorption spectroscopy
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. The research activity requires the acquisition of several instrumental signals. In particular, the developed models will be based on data from spectroscopic (UVVIS, Fluorescence, RAMAN) and volatilomic (GC-IMS
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. Jennifer McManus, examining protein phase transitions associated with biomolecular condensation in-vitro using a range of scattering and fluorescence microscopy techniques. The overall aim is to understand
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nucleic acids chemical biology. Its research centers on the design of fluorescent nucleoside analogues and molecular probes that enable new ways to visualize, interrogate, and modulate nucleic acids in
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injury following myocardial infarction. The study employs various imaging modalities, including confocal laser scanning microscopy and light sheet fluorescence microscopy, alongside flow cytometric and
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of Prof. Jennifer McManus, examining protein phase transitions associated with biomolecular condensation in-vitro using a range of scattering and fluorescence microscopy techniques. The overall aim is to
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sheet fluorescence microscopy, alongside flow cytometric and mass spectrometric analyses, to examine the recruitment and polarization mechanisms within distinct inflammatory niches. You will be
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polymerization and electropolymerization. The structures will be confirmed, for example, by 1H and 13C NMR titration, FTIR, mass spectrometry, UV-vis and fluorescence spectroscopy, electrochemistry, size exclusion
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) and immunoassays (ELISA); Bacterial culture and transformation; molecular cloning; Experience with immunocytochemical techniques and fluorescence microscopy; Programming in Python; Independence and
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ideal for candidates seeking hands-on experience in translational neuroscience and laboratory-based preclinical research. 📄 Full Call & Requirements: https://drive.google.com/file/d