Katarina Pruzinska
About Katarina Pruzinska
Katarina Pruzinska is a Lab Manager in Slovakia, currently pursuing her PhD in Pharmacology, with a focus on researching plant-based antioxidants for treating chronic autoimmune disorders.
Katarina Pruzinska - Lab Manager, Slovakia
Katarina Pruzinska holds the position of Lab Manager in Slovakia. She manages various scientific projects and oversees the daily operations of the laboratory. Her role involves ensuring efficient workflow, maintaining equipment, and supervising staff. She brings a wealth of knowledge to her position, especially in the fields of physiology, ethology, and pharmacology, making significant contributions to her team's research endeavors.
Katarina Pruzinska Education and Expertise
Katarina Pruzinska received her Master of Science (MSc) in Physiology and Ethology from Comenius University in Bratislava. Her educational background provides her with a solid foundation to explore complex biological systems and animal behavior. Currently, she is pursuing a PhD in Pharmacology, focusing on the potential benefits of plant-based substances with antioxidant capacities on chronic autoimmune disorders. Her ongoing academic pursuits continue to enhance her expertise in pharmacological research.
Katarina Pruzinska Background in Research
Katarina Pruzinska's research has covered a range of important topics within physiology and pharmacology. In her prior research, she explored the modulation of gene expression related to the renin-angiotensin system alternative pathways in obesity. This work provided insights into how gene expression alterations can impact obesity, contributing to a better understanding of metabolic disorders. Her current research investigates the therapeutic potential of natural compounds in treating rheumatoid arthritis by using animal models to evaluate antioxidant capacities in plant-based substances.
Katarina Pruzinska Current Research Focus
Katarina Pruzinska's current research aims at evaluating the efficacy of plant-based substances with strong antioxidant capacities in animal models of chronic autoimmune disorders. Her goal is to uncover new potential treatments for rheumatoid arthritis using natural compounds. By broadening the current treatment options with plant-derived substances, her research seeks to offer new insights into managing autoimmune conditions. This work has notable implications for developing novel pharmacological therapies based on natural ingredients.