Mathematical modeling & Dynamical Systems
Mathematical analysis of dynamical systems, stability, multiple time-scale dynamics and Geometric Singular Perturbation Theory.
Dynamical systems · Stability analysis · GSPT
Medical Statistics · Mathematical modeling · Epidemiology
Sara Sottile
Tenure Track Assistant Professor (RTT) in Medical Statistics
Department of Life Sciences, Health and Health Professions · Link Campus University
I am a quantitative researcher working at the intersection of medical statistics, mathematical modeling and epidemiology. My research spans the mathematical analysis of epidemic processes, including network dynamics and the spread of information, as well as clinical and epidemiological data analysis, health technology assessment, and mechanistic modeling in biomedical applications.
Research interests
Mathematical and epidemic modeling
Medical statistics and epidemiology
Information and behavioral dynamics
Health Technology Assessment
Mechanistic biomedical modeling
Explore
- About me →Background and academic profile
- Publications →Scientific publications and research output
- Curriculum Vitae →Open CV (PDF)
Contact
Department of Life Sciences, Health and Health Professions
Link Campus University
Research Overview
Research at the intersection of mathematical, statistical and biomedical sciences.
Epidemic modeling, Information & Behavior
Epidemic models on networks and graphs, information and misinformation spreading, and the role of behavioral dynamics in epidemic transmission.
Network epidemiology · Information spreading · Behavioral dynamics
Medical Statistics & Epidemiology
Clinical and cohort data analysis, cancer and cardiovascular epidemiology, survival and longitudinal analysis, forecasting and risk prediction.
Survival analysis · Longitudinal data · Risk prediction
Health Technology Assessment
Economic evaluation and cost-effectiveness analysis of healthcare interventions, with a particular focus on vaccination strategies.
HTA · Cost-effectiveness · Vaccine evaluation
Mechanistic & Biomedical modeling
Mechanistic mathematical models of drug interactions and therapeutic antibody immunogenicity in chronic inflammatory diseases.
Mechanistic modeling · Drug interactions · Immunogenicity
Vector-Borne Diseases & Transmission Networks
Mathematical modeling and data analysis for vector-borne disease control, including Wolbachia-based strategies, and avian influenza transmission across poultry farms.
Wolbachia · Aedes albopictus · Avian influenza