معرفی
Sarah Stellnberger is a Researcher in the Department of Pharmaceutical Sciences within the Faculty of Life Sciences, actively advancing interdisciplinary research at the intersection of pharmaceutical sciences, polymer technology, and computational modeling. Her work addresses critical challenges in drug delivery systems and environmental polymer science.
Education:
- Master of Science (Mag.)
- Bachelor of Science (BSc)
Her research spans pharmaceutical sciences, pharmacology, toxicology, drug delivery systems, nanotechnology, and polymer science, with specialized focus on blood-brain barrier penetration mechanisms, PET imaging applications, and biodegradable polymer development. She employs innovative machine learning techniques to integrate in silico and experimental data for CNS drug optimization while investigating environmental impacts of micro- and nanoplastics.
Recent publications demonstrate a cohesive research trajectory merging computational pharmaceutical science with environmental toxicology, particularly through machine learning-driven blood-brain barrier studies and biodegradable polymer production. This work establishes significant methodological bridges between neuropharmacology and sustainable materials science.
Stellnberger collaborates extensively within pharmaceutical research networks, contributing to biopharmaceutical profiling of natural compounds like Morus alba root bark and advancing standardized databases for molecular parameter analysis. Her team-based approach integrates experimental and computational expertise to solve complex problems in drug delivery and environmental polymer science.
