Introduction | Methods and Assumptions | General assumptions | Dynamic pricing | Dynamic uptake | Implementation | Set-up | Results | Scenario 1: No dynamic uptake or pricing | Scenario 2: Dynamic pricing, no dynamic uptake | Scenario 3: Dynamic uptake, not dynamic pricing | Scenario 4: Dynamic pricing and uptake | Summary | Discussion

Introduction | Methods and Assumptions | General assumptions | Dynamic pricing | Dynamic uptake | Implementation | Set-up | Cost-effectiveness model | Results | Without dynamic pricing or dynamic uptake | Scenario 1: No dynamic uptake or pricing | Scenario 2: Dynamic pricing, no dynamic uptake | Scenario 3: Dynamic uptake, not dynamic pricing | Scenario 4: Dynamic pricing and uptake | Summary of results | Future single cohort ICER | Discussion

Introduction and Motivation | What are dynamic pricing and dynamic uptake? | Framework | Overview of package | References

Introduction | NPV with static pricing and static uptake | NPV with dynamic pricing and static uptake | Prices that increase regularly | Prices that increase irregularly | NPV with static pricing and dynamic uptake | Uptake is constant over time | Uptake varies over time | NPV with dynamic pricing and dynamic uptake

Introduction | Obtaining a suitable dataset | Fit survival curves to the relevant endpoints | Parametric distributions | Royston-Parmar splines models | Combine the best fits | Comparing likelihood values for the three model structures | Comparing the implied (restricted) mean durations | Visual inspection of model fits | References

Introduction | Notation | Background mortality survival and hazard functions | What does constraining for background mortality mean? | Approach 1 - Constraining only the survival function | Approach 2 - Constraining the hazard function | Approach 3 - Modeling excess hazard in the original dataset | Application to 3-state State Transition Models (STMs) | Application to Partitioned Survival Models (PSM) | Illustration of calculations | Set-up | Creating the life table | Obtaining and fitting distributions to patient-level data | Making the projections | Comparing the results | Possible extensions | References