Handbook of Distributional Cost-Effectiveness Analysis: Supporting Materials
The Oxford University Press handbook of distributional cost-effectiveness analysis is an all-in-one guide to analysing health equity impacts and trade-offs in any decision context, for researchers, research commissioners and research users.
Further details and book purchasing information.
A 30% price discount is available using code AMPROMD9.
Supporting Material
Each chapter has an accompanying spreadsheet training exercise and instructions. Files are labelled to correspond with chapter numbering.
Chapter 6: Baseline health by disease group
Chapter 7: Baseline health by social variables
- Exercise 7 Instructions (MS Word
, 24kb) - Exercise 7 Student (MS Excel
, 146kb) - Exercise 7 Solution (MS Excel , 153kb)
Chapter 8: Health effects
- Exercise 8 Instructions (MS Word , 57kb)
- Exercise 8 Student (MS Excel , 45kb)
- Exercise 8 Student Short (MS Excel , 51kb)
- Exercise 8 Solution (MS Excel , 56kb)
Chapter 9: Health opportunity costs
- Exercise 9 Instructions (MS Word , 26kb)
- Exercise 9 Student Short (MS Excel , 88kb)
- Exercise 9 Student (MS Excel , 78kb)
- Exercise 9 Solution (MS Excel , 92kb)
Chapter 10: Financial protection
Chapter 11: Dominance analysis
- Exercise 11 Instructions (MS Word , 27kb)
- Exercise 11 Student (MS Excel , 160kb)
- Exercise 11 Solution (MS Excel , 169kb)
Chapter 12: Rank-dependent equity weights
- Exercise 12 Instructions (MS Word , 34kb)
- Exercise 12 Student (MS Excel , 97kb)
- Exercise 12 - 3 Individuals (MS Excel , 1kb)
- Exercise 12 Solution (MS Excel , 100kb)
Chapter 13: Level-dependent equity weights
- Ex 13 - Student (MS Excel , 193kb)
- Ex 13- solution (MS Excel , 196kb)
- Exercise 13 Optional Extra Exercise (MS Word , 14kb)
- Indirect Equity Weights (MS Excel , 138kb)
Chapter 14: Direct equity weights
- Exercise 14 Instructions (MS Word , 38kb)
- Ex 14 - student (MS Excel , 47kb)
- Ex 14 - solution (MS Excel , 50kb)
We are happy to receive comments on these teaching materials to help improve them. If you have any comments or queries please either contact Richard Cookson or the lead author of the relevant exercise.