Olga Sosnovtseva

Kort præsentation

Vores gruppe arbejder med tværfaglige problemstillinger:

• vi udvikler in vivo metoder baseret på Raman spektroskopi til at undersøge hæmoglobin/cytokromer og signaleringskaskader i røde blodceller, muskelceller fra hjertet, i det isolerede hjerte og i hjerneskiver
  
  
• vi udvikler en avanceret metode til at analysere laser speckle flowmetry data, som skal bruges til at estimere i hvilken grad kortikale nefroner hører sammen
  
  
• vi udvikler en mekanism baseret model af vaskulære netværk

Primære forskningsområder

• Biophysics
• Biophotonics 
• Biosimulation 

CV

Education

• 2007–2009 Ph. D. in Human Biology, Faculty of Medicine, University of Marburg, Germany

• 1992–1996 Ph. D. in Physics and Mathematics, Department of Physics, Saratov State University, Russia

• 1984–1989 BSc., MSc. in Physics, Department of Physics, Saratov State University, Russia

Employment

• 2017–now Associate Professor, Department of Biomedical Sciences, UCPH

• 2009–2016 Professor, MSO, Depatment of Biomedical Sciences, KU

• 2005–2009 Associate Professor, Department of Physics, DTU

• 2001–2005 Assistant Professor, Department of Physics, DTU

• 1999–2001 Assistant Professor, Department of Physics, Saratov State University

• 1999 Postdoc, Chungbuk National University, South Korea

 Grants

• 2019–2022 Principal investigator, Novo Nordisk Foundation, Renal autoregulation in health and disease

• 2018 Principal investigator, Danish Agency for Science and Higher Education, EUopSTART. Rhythms of life

• 2017 Edmund Optics Educational Award Finalist

• 2016–2017 Named participant, Danish Agency for Science, Technology and Innovation, Bilateral network on nanocluster-based functional materials

• 2013-2016 Named participant in UCPH’s 2016 Funds: Dynamical Systems - Mathematical Modeling and Statistical Methodology for the Social, Health and Natural Sciences

• 2009–2013 Principal investigator, The Danish Council for Independent Research/Natural Sciences, In vivo Raman spectroscopy and mechanism-based modeling of erythrocyte properties: Revealing biomarkers of pathological conditions

• 2007–2010 Principal investigator, The Danish Council for Independent Research/Natural Sciences, Mechanism-Based Modeling of Cellular Interactions: From Physics to Systems Biology

• 2008–2010 Named participant, The Danish Council for Independent Research/Medical Sciences, Cell-Cell Communication and Synchronization in the Renal Microvasculature in Normo- and Hypertensive Rats

• 2008–2010 Workpackage leader, Lundbeck Foundation Grant, MultiscaleIntercellular Communications: From Experiment to Mechanism-Based Modeling

• 2004–2009 Scientific administrator during proposal preparation, European Network of Excellence: BioSim—A new tool in drug development

Thesis supervision

• 2 BS, 5 MSc thesis projects, 7 PhD students

 Commitments of trust

• 2014–now Panel member, Swedish Research Council: Medicine and Health

• 2012, 2017 Grant application reviewer, Medical Research Council, Optical Microscopy, UK

• 2012 Grant application reviewer, Portuquese Foundation for Science and Technology