Ivana Milenkovic

Ivana Milenkovic serves as a Research Associate at the Department of Living Systems Sciences, Institute for Multidisciplinary Research, University of Belgrade. Her expertise centers on nanobiomaterial synthesis and biological applications, with significant contributions to nanoparticle characterization methodologies and environmental impact studies.

Education:

• PhD in Biochemical Sciences (2013-2020), Faculty of Chemistry, University of Belgrade
• Master of Biochemistry (2012-2013), Faculty of Chemistry, University of Belgrade
• Graduate in Biochemistry (2007-2012), Faculty of Chemistry, University of Belgrade

Research Focus: Dr. Milenkovic specializes in nanobiomaterial design for agricultural and biomedical applications, with particular emphasis on cerium oxide nanoparticles and carbon-based nanomaterials. Her work investigates nanoparticle-plant interactions, toxicity mechanisms in aquatic systems, and stress response modulation in crops. She employs advanced techniques including synchrotron radiation-FTIR, gas chromatography, and spectrophotometry to evaluate nanomaterial behavior in biological environments.

Publication Trends: Analysis of her 2015-2021 publications reveals consistent focus on nanoparticle stability enhancement through biomolecular coatings, with increasing emphasis on agricultural applications (2019-2021). Her research demonstrates strong interdisciplinary integration between materials science, plant physiology, and environmental toxicology, particularly in developing non-toxic nanomaterial solutions for crop enhancement.

Scientific Recognition:

• COST Action 16101 Scholarship with research visit to University of Malaga (2017)
• Macromolecular X-ray Crystallography certification (2012)
• Nano for Health Workshop certification (2016)
• International Biophysics School participation (2018)

Research Leadership: Currently leads Concept Proof project 5419 on nanobiotic stimulation of agricultural productivity. Previously contributed to national project III45012 for nanostructured materials development across energy, environmental, and biomedical sectors. Collaborates with international partners including University of Malaga and University of Granada.

Technical Environment: Operates within the Department of Living Systems Sciences research infrastructure, utilizing advanced characterization facilities for nanoparticle synthesis and biological testing. Maintains active collaborations with Serbia's Society for Plant Physiology and international research networks.