CASE STUDIES

Work that speaks
for itself.

Selected examples of our health economics modelling work across vaccines, rare disease, and cell therapy — anonymised at client request.

Client confidentiality: All case studies below are based on real engagements. Client names and identifying details have been anonymised at their request. The methodology, outputs, and outcomes described are accurate representations of the work delivered.

SELECTED ENGAGEMENTS
BUDGET IMPACT MODEL · VACCINES · MULTI-MARKET
Payer-Ready Budget Impact Model for a Tick-Borne Encephalitis Vaccine
Supporting formulary submission and national immunisation programme negotiations across European markets for a leading European biotech.
Completed Vaccines BIM Multi-market

THE CHALLENGE

A leading European biotech required a robust, submission-ready Budget Impact Model to support the reimbursement and national immunisation programme negotiations for its tick-borne encephalitis (TBE) vaccine across multiple European markets. Existing internal models were insufficiently granular for payer scrutiny, and the timeline to submission was tight. The client needed a model that could be adapted efficiently for each target market without rebuilding from scratch.

WHAT WE DELIVERED

  • Core global BIM framework adaptable across five European markets
  • Epidemiological base layer — TBE incidence, hospitalisation rates, and at-risk population sizing by geography
  • Current vaccination coverage and competing product market share modelling
  • Uptake curve scenarios across a 5-year time horizon
  • Full cost offset analysis — averted hospitalisations, ICU admissions, and long-term sequelae
  • One-way and scenario sensitivity analyses across key payer uncertainty drivers
  • Submission-ready technical report and model documentation for each market
5
European markets covered from a single core model
10 weeks
From scoping call to submission-ready deliverable
3
Successful national formulary submissions supported
COST OF ILLNESS MODEL · RARE DISEASE · GLOBAL
Global Cost of Illness Model for Sickle Cell Disease
Quantifying the full economic burden of sickle cell disease to support market access strategy and payer engagement for a global pharmaceutical company.
Completed Rare Disease COI Global

THE CHALLENGE

A global pharmaceutical company developing a transformative therapy for sickle cell disease needed a rigorous Cost of Illness model to underpin its global market access strategy. Existing published literature was fragmented and inconsistent across geographies, and the client needed a robust, credible evidence base that could support payer conversations in the UK, Germany, France, and the US simultaneously — framing both the clinical and economic burden of a condition that remains significantly underserved.

WHAT WE DELIVERED

  • Systematic literature review of direct and indirect cost evidence across target markets
  • Direct medical costs — acute VOC hospitalisations, chronic complications, transfusions, chelation therapy, and outpatient management
  • Indirect costs — productivity loss, absenteeism, presenteeism, and early workforce exit
  • Informal carer costs — unpaid carer time and associated economic impact
  • Health-related quality of life burden mapped to published EQ-5D utility values
  • Cost per patient per year estimates by disease severity and geography
  • Scenario modelling comparing current burden against optimised treatment pathways
4
Major markets modelled — UK, Germany, France, and US
£180K+
Estimated direct cost per patient per year in severe disease
6 weeks
Delivered ahead of global payer advisory board
HEALTH ECONOMICS MODEL · CELL THERAPY · IN PROGRESS
Market Access Evidence Package for a Novel CAR-T Cell Therapy
Building the payer-facing health economics evidence base for a first-in-class cell therapy ahead of UK and European HTA submissions for a clinical-stage biotech.
In Progress Cell Therapy Oncology HTA

THE CHALLENGE

A clinical-stage biotech developing a novel CAR-T cell therapy engaged Altima Partners to build its market access evidence base ahead of anticipated regulatory approval. With a first-in-class mechanism, limited long-term survival data, and a small but well-defined patient population, the modelling challenge was significant — requiring a framework that could credibly extrapolate clinical trial data, withstand HTA scrutiny, and be adapted efficiently for NICE, G-BA, and HAS submissions from a single core model.

WHAT WE ARE DELIVERING

  • Epidemiological model — eligible patient population sizing across UK, Germany, and France
  • Partitioned survival model using phase II trial data with extrapolation scenario analysis
  • Health state utility mapping from trial-collected EQ-5D data
  • NHS and European cost inputs including administration, monitoring, and AE management
  • Comparative effectiveness analysis against current standard of care
  • Budget Impact Model for NHS England and integrated care system level
  • Full HTA-ready documentation package for NICE submission
3
HTA markets — UK, Germany, and France
Phase II
Clinical data forming the basis of the economic model
2025
Target NICE submission year

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