Academy
Academic work spanning medical biophysics, neuroscience, cell physiology and research methods.
The study of living systems through physical principles; the quantitative language of membranes, ionic balance and biological signals.
The workings of the nervous system and the cellular-molecular mechanisms of neurodegenerative processes such as Alzheimer's disease.
Experimental study of the vital functions of the cell — excitability, transport, signalling.
Direct measurement of ion channels and cellular electrical activity with patch-clamp techniques.
Cellular-level study of cancer cell proliferation, death (apoptosis) and drug response.
Establishing and maintaining experimental cell models and combining them with molecular techniques.
Measurement and clinical meaning of inflammatory processes and disease biomarkers.
Sensitivity, specificity and ROC-based evaluation of diagnostic tests; clinical study design.
Researching and applying methods that strengthen learning in medical and health sciences education.
The contribution and limits of AI tools in clinical decision support.
The role of research design, sample planning and statistical analysis in scientific inference.