

PhD Research Scientist with more than 15 years of experience in cellular cardiac electrophysiology and molecular mechanisms of cardiac remodeling. Expertise in functional characterization of cardiac ion channels carrying point mutations found in inherited arrhythmias and animal experiments to evaluate in vivo and in vitro cardiac pathophysiology in transgenic mice that represent the models of human diseases. Experimental results are announced in a number of articles available in the records of scientific journals.
Detail-oriented Laboratory Manager highly effective at keeping laboratories running smoothly and efficiently. Knowledgeable about managing supplies, equipment, and facilities. Pursuing new professional challenges with the opportunity to make a positive impact on laboratory operations and research success.
In vitro methods: Patch-clamp method, confocal microscopy
Molecular techniques: Western blot, PCR, Sanger sequencing, RNA isolation
In vivo methods: Isolation of cardiomyocytes, electrocardiographic recordings, telemetry
Data analysis and manuscript preparation