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Local adaptation of cost-effectiveness and budget impact models
We adapt global or published cost-effectiveness and budget impact models to a specific African health system, replacing borrowed inputs with local, sourced parameters.
Health economics and market-access evidence · Kigali
We adapt cost-effectiveness and budget impact models to local settings, generate unit-cost data and prepare payer evidence packages, through a reproducible pipeline with independent quality control.
Services
Each service can stand alone or combine into a single evidence package.
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We adapt global or published cost-effectiveness and budget impact models to a specific African health system, replacing borrowed inputs with local, sourced parameters.
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We generate credible unit costs for health services and programmes using bottom-up, top-down or mixed methods, with transparent assumptions and reusable data outputs.
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We assemble the clinical, economic and budget evidence that payers and technical committees need, in a structure they can assess quickly.
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Practical, hands-on courses that teach analysts to build, check and report decision models in R using reproducible workflows.
Method
Every engagement runs through the same reproducible pipeline, with three points where a senior expert must sign off before work moves on.
Agree the decision problem, population, comparators, perspective and outcome measure.
Sign-off gate 1: Scope and model structure
A senior health economist signs off the scope and model structure before evidence work begins.
Identify and appraise clinical, epidemiological and economic evidence in a documented search.
Source local costs, resource use and epidemiology, each traced to a cited source.
Sign-off gate 2: Inputs and sources
A clinical or subject-matter expert signs off the parameter table and its sources.
Build or adapt the model in R, with version-controlled, reviewable code.
A second analyst checks code, inputs and outputs against a written checklist.
Sign-off gate 3: Results and interpretation
Results and their interpretation are signed off before anything is released.
A CHEERS 2022-aligned report, parameter table and briefing for decision-makers.
Inputs are recorded in a parameter table with their source, justification and range.
Models are built in R under version control, so any result can be regenerated.
A second analyst checks each model before results are released, and reporting follows CHEERS 2022.
2 min readPLACEHOLDER
What should change when a model built elsewhere is used for an African decision, what should not, and how to show reviewers the difference.
Tags: model adaptation · methods · transferability
A 20-minute call is enough to understand the question, the data available and whether we are the right partner.