Canadian Transfusion Trials Group (CTTG) lecture series

Cluster randomized and stepped wedge trial design

When
Where
Virtual

Event details

The Canadian Transfusion Trials Group (CTTG) is a pioneering national initiative designed to promote collaboration and excellence in Transfusion Medicine research. CTTG, led by co-directors Drs. Donald Arnold and Jeannie Callum, represents a paradigm shift in transfusion medicine research. CTTG supports the development of a cohesive and diverse transfusion medicine research community across Canada that can address high-impact research questions in Transfusion Medicine through a collaborative network of physician-investigators, blood scientists, graduate students, medical trainees and research staff across Canada. This research community will provide support for investigators for the development of trial protocols and grant submissions, centralized data management and biostatistics and mentorship for junior faculty.  CTTG will also support the creation of a multicentre “vein-to-vein” transfusion data platform to enable clinical trials, model demand forecasting, monitor changes in transfusion practice, and assess the impact of blood production modifications on patient outcomes.

Presented by

 Dr. Monica Taljaard

Objectives

  1. Recognize what cluster randomized and stepped wedge trials are

  2. Understand the concept of intracluster correlation and its implications for trial design and analysis

  3. Describe potential risks of bias and strategies for reducing these risks in cluster randomized and stepped wedge trials

  4. Identify key advantages and disadvantages of stepped wedge cluster randomized designs 

  5. Know where to find additional tools and resources for designing cluster randomized and stepped wedge trial

Registration

Registration in advance is not required. The following Zoom access details may be used to join the live event:

 

Join Zoom Meeting

https://us06web.zoom.us/j/82336673192?pwd=B9WGE51p8zGakH4zCR2XFkJ19bClXY.1

Meeting ID: 823 3667 3192

Passcode: 034692