Dr. Noelia Scarinci
About me
I am a CONICET researcher with a background in biophysics, specializing in the study of microtubules and their structural, dynamical, and electrical properties. I hold a PhD and postdoctoral training, and my current work focuses on photoinduced covalent crosslinking approaches to study and control microtubule behavior, with potential applications in diseases related to cytoskeletal dysfunction, including cancer. I also teach Research Methodology and Biophysics in the Faculty of Medical Sciences of the University of Santiago del Estero, and I am an active member of a Gender and Diversity Committee, promoting equity in the scientific system.
I am a researcher at CONICET with a background in biophysics, holding a PhD and postdoctoral training. My work has focused on the study of microtubules, particularly their structural organization, dynamics, and electrical properties, as well as their potential role in complex cellular processes and bioelectronic applications.
My current research focuses on exploring protein-level modifications, including photoinduced covalent crosslinking strategies, to understand better and control microtubule behavior. I am particularly interested in how these approaches can be applied to diseases associated with cytoskeletal dysfunction and microtubule-associated proteins, including cancer, to contribute to the development of more precise and selective therapeutic strategies.
In parallel with my research, I teach Research Methodology and Biophysics in the Faculty of Medical Sciences of the University of Santiago del Estero, where I work with medical students at early stages of their training, contributing to the development of critical thinking and scientific reasoning in future health professionals.
In addition to my academic work, I am an active member of a Gender and Diversity Committee within the scientific system, where I promote initiatives aimed at fostering equity, inclusion, and safer work environments in science. I am especially committed to strengthening the participation and visibility of women and underrepresented groups in research.
My work integrates research, teaching, and institutional engagement, seeking to contribute both to scientific advancement and to a more inclusive and equitable academic environment.