Katya Krasnopolsky
About Katya Krasnopolsky
Katya Krasnopolsky is an animal biologist specializing in the discovery and evaluation of biomarkers related to radiation exposure. She has worked at The National Institutes of Health since 2020 and has expertise in various biological techniques and experimentation with animal models.
Work at National Institutes of Health
Katya Krasnopolsky has been employed as an Animal Biologist at the National Institutes of Health since 2020. In this role, she conducts research focused on the discovery and evaluation of biomarkers related to radiation exposure. Her work involves designing and executing irradiation experiments using various animal models, including nonhuman primates and mice. This position allows her to apply her expertise in biological sciences to contribute to significant research initiatives.
Education and Expertise
Katya Krasnopolsky earned her Bachelor’s Degree in Biology/Biological Sciences from the University of Maryland College Park. Her academic background provides a strong foundation for her work in animal biology, particularly in the context of radiation exposure research. She possesses specialized skills in performing proteomic assays and cytogenetic techniques, which are essential for her research activities.
Background
Katya Krasnopolsky specializes in the discovery and evaluation of biomarkers related to radiation exposure. She has extensive experience conducting irradiation experiments with animal models, specifically nonhuman primates and mice. Her proficiency in cell and tissue culture, along with aseptic techniques, supports her research efforts in the biological sciences.
Technical Skills
Katya Krasnopolsky demonstrates proficiency in various technical skills relevant to biological research. She is experienced in working with blood samples from humans, nonhuman primates, and mice. Additionally, she possesses strong computer skills that enhance her ability to analyze data and manage research projects effectively. Her communication, problem-solving, and analytical skills further contribute to her success in the field.