Read this page in French: Analyse de données
Combine modern statistical approaches, machine learning, and multiplatform data visualization to allow for better data analysis.
Goal: To build interactive and user-friendly web applications using the programming languages R and Python.
The solutions provided represent online dashboards and allow end-users to modify pre-specified parameters to obtain real-time update of the analysis output such as graphs, summary tables, or reports. This enables fast data review and interactive data analysis for various end-users, including health care providers, researchers, decision makers and patients.
We present three showcases that illustrate the range of topics for methodological developments and solutions.
Showcase 1: DSQ Dashboard
Illustrating DSQ usage time series data through electronic medical record systems
Authors: Motulsky (UdM), Schuster (McGill) et al.
Daily access to drug suspense data by clinicians, pharmacists and other health stuff is essential to safeguard treatment and drug prescriptions in the wider patient population. Increasingly available electronic medical record (EMR) systems aim to incorporate province-wide data from the Dossier Santé Québec (DSQ) to facilitate fast and real-time access to this important information through the various local EMR systems. However, usability and acceptance of DSQ interfaces within the EMR systems are expected to vary across sites, systems and end-user groups. In order to better understand differences in usage patterns and to identify possibly less optimal EMR systems for incorporating DSQ data, we implemented a secure online dashboard solution that allows for customized analysis of DSQ usage data across relevant end-user subgroups, regions and time horizons.
Showcase 2: BayesiCALLY
Facilitating guided content validation of questionnaires using Bayesian Confirmatory Factor analysis
Auteurs: Zhang & Schuster (McGill)
Careful instrument development and questionnaire validation are essential to ensuring the validity and reliability of self-reported outcomes in clinical practice as they inform day-by-day medical decision-making. The proper validation of questionnaires requires relatively large sample sizes (between 100 and 300 questionnaire responses) and potentially multiple iterative rounds of validation. This high demand in resources calls for more efficient statistical approaches to establish the validity of a questionnaire. We have implemented modern Bayesian methods to increase parameter estimation efficiency and developed a user-friendly application for the validation of questionnaires using smaller sample sizes by employing expert knowledge as prior input.
Showcase 3: Clinical Trial Simulator
Design and simulation of adaptive clinical trials for the comparison of multiple treatment alternatives
Auteurs: Aboutalebi & Schuster (McGill)
Development of a new Reinforcement Learning approach for adaptive trial designs (Platform Trials) that will be used to plan a study on patient-reported barriers to treatment adherence within the Montreal HIV population. Dynamic (event-driven) randomisation is a key element of modern adaptive trial designs. We complement existing Bayesian methods with modern machine learning methods in the context of the exploration-exploitation trade-off.
Complementary Expertise Component
of the SPOR SUPPORT Unit | Quebec
Department of Family Medicine
5858, chemin de la Côte-des-Neiges
Montréal, Quebec H3S 1Z1
Phone: (514) 399-9134
© 2021 Complementary Expertise Component of the Quebec SPOR SUPPORT Unit