Clinical Pharmacology and Antimicrobial Therapy
Selecting and optimizing antimicrobial therapy based on the causative pathogen, site of infection, drug properties, and patient-specific factors.
Selecting and optimizing antimicrobial therapy based on the causative pathogen, site of infection, drug properties, and patient-specific factors.
Laboratory diagnosis of infections, pathogen identification, interpretation of findings, and their connection to the clinical question.
Epidemiology and mechanisms of resistance, surveillance, risk-factor assessment, and strategies to contain its spread.
Susceptibility testing methods, antibiogram interpretation, quality assurance, and application of results to clinical decisions.
Creating diagnostic, therapeutic, and digital solutions, and shaping development portfolios, expert algorithms, and intellectual property.
Study design, protocol and analysis plan development, creation of comparable datasets, and coordination of multidisciplinary work.
Statistical analysis, visualization, predictive modeling, machine learning, and expert systems for research and decision support.
Assessing clinical and economic value, validating solutions, building evidence, and preparing technologies for practical implementation.
Pharmacoeconomic models, assessment of the consequences of diagnostic decisions, and demonstration of their value for healthcare organizations and systems.
Development portfolio planning, multidisciplinary team leadership, and coordination of researchers, developers, and engineers.