Nadia Efimova Email & Phone Number

Philadelphia, Pa, Us

Drove research initiatives on neurodevelopmental condition and lysosomal storage disorder disease rodent models by utilizing advanced high-resolution and high-content imaging techniques alongside primary cell culture methodologies.Evaluated engineered proteins through cellular uptake assays, contributing to the discovery and validation of new therapeutic candidates.Utilized advanced microscopy and cell culture techniques to determine the sub-cellular localization of targeted proteins and their ability to cross-correct surrounding cells.Produced detailed images that demonstrated exosome and cargo localization in various cell types, enabling informed decisions about construct design. This work contributed significantly to the success of research objectives across multiple projectsSuccessfully resolved the sub-organelle localization of proteins, ensuring accurate targeting to the correct mitochondrial compartment. This work was crucial for validating the effectiveness of targeting strategies and achieving desired functional outcomes.Managed multiple projects simultaneously, including small molecule drug evaluation and DNA candidate screening, ensuring timely and accurate data analysis.Pioneered novel imaging techniques and data visualization strategies to enhance the accuracy of disease model assessments.Collaborated with cross-functional teams to drive project success, aligning imaging and data analysis with therapeutic objectives.

United States

Conducted in-depth research on the role of APC protein in neuronal guidance and cell-cell junction architecture in primary endothelial cells.Applied advanced imaging and data analysis techniques to study actin nucleation and dendritic spine formation in neurons, contributing to the understanding of cellular structures in disease contexts

Investigated the role of CLASPs in actin organization within vascular smooth muscle cells, utilizing high resolution imaging.Contributed to groundbreaking research on acentrosomal microtubule nucleation, advancing knowledge in cell biology

Developed stable hybridomas and purified antibodies, supporting the advancement of molecular bioengineering research.