Source Themes

Teaching reproducible research for medical students and postgraduate pharmaceutical scientists

In many academic settings, medical students start their scientific work already during their studies. Like at our institution, they often work in interdisciplinary teams with more or less experienced (postgraduate) researchers of pharmaceutical …

Using the Causal Inference Framework to Support Individualized Drug Treatment Decisions Based on Observational Healthcare Data

Our methodological perspective assumes that individual patients respond differently to pharmacological treatments and that thorough (quantitative) knowledge of effect modifiers will help predicting individual responses to medicines (personalized medicine). Validated decision support could efficiently complement clinical guidelines and support the healthcare professional when interpreting complex patient data, weighing the benefit and risks of multiple treatment options, and trying to incorporate patient preferences to finally design a personalized treatment plan. The ultimate goal would be to select the most efficacious therapies (to avoid nonresponse), avert adverse drug events (to avoid harm), and thus reduce costs and improve relevant endpoints (i.e., survival or quality of life) for patients and other stakeholders.

How complete is the Germany-wide standardised medication list (Bundeseinheitlicher Medikationsplan)? An analysis at hospital admission

Composite midazolam and 1'-OH midazolam population pharmacokinetic model for constitutive, inhibited and induced CYP3A activity

Pain severity and analgesics use in the community-dwelling older population: a drug utilization study from Germany

New Insights Into the Pharmacokinetics of Vancomycin After Oral and Intravenous Administration: An Investigation in Beagle Dogs

A framework to build similarity-based cohorts for personalized treatment advice - a standardized, but flexible workflow with the R package SimBaCo

SimBaCo is a highly efficient, modular tool that enables to rapidly generate precision cohorts and apply various analysis methods to them. Derived personalized results can directly support the process of clinical reasoning because they can help interpreting individual patient data in the light of former patients by weighting benefits and risks of treatment options of this particular patient. With this modular package at hand, personalized studies of comparative effectiveness or personalized prediction models can be conducted efficiently and it will be exciting to see what benefit can be expected from this currently rarely applied technique.

Osteoporotic hip fracture prediction from risk factors available in administrative claims data - A machine learning approach

Reporter cell assay-based functional quantification of TNF-α-antagonists in serum - a proof-of-principle study for adalimumab

Phase I/II intra-patient dose escalation study of vorinostat in children with relapsed solid tumor, lymphoma, or leukemia

Supplementary notes: -