Experimenting with daily rhythms in cells and in physiology in order to discover new startegies and interventions for the prevention and management of chronic diseases like obesity, diabetes, hypertension, cancer, and depression. Teaching Gross Anatomy, Neuroanatomy, Histology, and Embryology for medical students in English, German and Hungarian languages.- Secured research grants of Hungarian funding bodies (OTKAPD, PTEAOK-KA)- Supervised 6 undergraduate and 2 PhD students involved in the research, from idea to publication of 3 last-authored papers. - Secured further funding from a non-governmental body (Norwegian SpareBank1) for one international PhD student`s research project (Siri Kommedal) - Collaborations established with other laboratories (Japan, UK) - Instrumental in the establishment of the Anatomy Department’s Molecular Biology Laboratory

- Job offered based on undergraduate excellence and successful extracurricular research and teaching activities within this teaching focused Department. - Gained ample teaching experience in international undergraduate programs taught in English and in German languages, particularly in group teaching (15-20 students) and in supervisions (2-3 students per session). - Best Supervisor Prize awarded based on votes of final year medical students.

Analyse the potential of the circadian clock on cell cycle regulation and cancer therapy in cell-based assays using time-lapse fluorescent microscopy. We have developed a high throughput live cell imaging pipeline for the automated detection and quantification of genetically encoded fluorescent reporters of relevant processes.

Investigate the therapeutic potential of melatonin in a mouse model of winter depression