The Center for the the Assessment of Tobacco Regulations (CAsToR) at the University of Michigan and Georgetown University invites you to join us for an upcoming webinar with CAsToR junior investigator, Dr. Andrew Brouwer: "Estimating transition rates between types of tobacco product use: Multistate transition models for longitudinal data." This webinar is scheduled for Tuesday, September 28th from 1-2pm ET. Dr. Brouwer will provide an overview of multistate transition modeling, a technique for analyzing longitudinal data that is increasingly being used in the tobacco control field to estimate multiple transition rates (e.g., smoking initiation, cessation, and switching between products such as combustible cigarettes and e-cigarettes). There will be sufficient time for Q&A. The flyer is available here, and the full abstract is available here. Registration is required and is now open here.
Center for the Assessment of Tobacco Regulations (CAsToR) at the University of Michigan and Georgetown UniversityEstimating transition rates between types of tobacco product use: Multistate transition models for longitudinal data
A webinar presented by Dr. Andrew Brouwer, junior investigator with CAsToR (Center for the Assessment of Tobacco Regulations)
September 28, 2021
1:00 pm - 2:00 pm
Online in Zoom
Sponsored by: Center for the Assessment of Tobacco Regulations (CAsToR) at the University of Michigan and Georgetown University
Contact Information: Molly Coeling (mcoeling@umich.edu)
The Center for the the Assessment of Tobacco Regulations (CAsToR) at the University of Michigan and Georgetown University invites you to join us for an upcoming webinar with CAsToR junior investigator, Dr. Andrew Brouwer: "Estimating transition rates between types of tobacco product use: Multistate transition models for longitudinal data." This webinar is scheduled for Tuesday, September 28th from 1-2pm ET. Dr. Brouwer will provide an overview of multistate transition modeling, a technique for analyzing longitudinal data that is increasingly being used in the tobacco control field to estimate multiple transition rates (e.g., smoking initiation, cessation, and switching between products such as combustible cigarettes and e-cigarettes). There will be sufficient time for Q&A. The flyer is available here, and the full abstract is available here. Registration is required and is now open here.
