October 17-18: Understanding Survival Modeling with Application to HTA- Virtual
event-Short-Courses

October 17, 2023 - October 18, 2023

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Understanding Survival Modeling with Application to HTA- Virtual


LEVEL:
Intermediate
TRACK:
Methodological & Statistical Research
LENGTH:
4 Hours | Course runs 2 consecutive days, 2 hours each day

Register Here


Tuesday, 17 October 2023 | Course runs 2 consecutive days,  2 hours each day
15:00PM – 17:00PM (BST)
10:00AM – 12:00PM (EDT)
14:00PM – 16:00PM (UTC)

Wednesday, 18 October 2023 | Course runs 2 consecutive days, 2 hours each day
15:00PM – 17:00PM (BST)
10:00AM – 12:00PM (EDT)
14:00PM – 16:00PM (UTC)

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DESCRIPTION

Time-to-event (survival) analysis is an important element in many economic analyses of healthcare technologies. This is particularly true in oncology given the requirement to estimate lifetime costs and outcomes (ie, extrapolate) beyond the follow-up typically observed in clinical trials. Cost-effectiveness estimates can be sensitive to the methods applied in modelling survival data. Recommendations for selecting a parametric survival model have recently been published, following a review of extrapolation modelling in National Institute for Health and Care Excellence (NICE) technology appraisals. The purpose of this course is to provide participants with an understanding of the fundamentals of survival analysis and key issues to be considered when comparing alternative survival models for inclusion in cost-effectiveness analysis. This will include an understanding of differences between partitioned survival and Markov-based approaches.

 

Faculty

Chris Parker, MSc
Market Access Director, UK & ROI
Eisai EMEA
Hatfield, England, UK


Andrew Briggs, DPhil
Professor of Health Economics
London School of Hygiene & Tropical Medicine
London, England, UK


James Lewsey, PhD, CStat
Professor of Medical Statistics 
Health Economics and Technology Assessment
Institute of Health & Wellbeing
University of Glasgow
Glasgow, Scotland, UK

Basic Schedule:
4 Hours | Course runs 2 consecutive days, 2 hours each day

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