25% Higher Forecast Accuracy After a Label Expansion for an Emerging Cardiometabolic Biopharma
When sales trail a label expansion, test the forecasting method before concluding that the market has underdelivered.
An emerging cardiometabolic biopharma faced a critical question after a label expansion increased the eligible patient population, yet sales growth lagged expectations. Rather than assuming the market had underperformed, the company reevaluated its forecasting approach.
Discover how a machine learning-driven forecasting framework helped separate the impact of the label expansion from underlying market dynamics, delivering a more accurate and actionable view of future demand.
What This Case Study Will Show You
- Why a post-expansion sales gap calls for testing the forecast before blaming the market
- How the label expansion’s impact was separated from underlying demand
- How model choice was settled by a measurable error score, with no room for subjective preference
- What approximately 25% higher forecast accuracy looked like across the brand portfolio
- How the forecast now runs on a repeatable cycle with minimal manual intervention
“Forecasts now reflect real-world market performance instead of aging analog assumptions.”
- From the case study
Built For
- Forecasting and Demand Planning Leaders
- Commercial analytics leaders
- Launch and Lifecycle Planning Teams
- Emerging Biopharma Organizations
- Commercial Operations and Business Planning Leaders
FAQs
It is often a forecasting problem. After a label expansion widened its eligible LDL-C patient population, a cardiometabolic biopharma saw uptake lag expectations. Its forecast assumed a fixed growth trajectory based on historical analogs. Re-testing the forecasting method showed the gap was tied to those assumptions, not only to market performance.
Analog-based forecasts assume a fixed growth path and don’t use the product’s own accumulating market data. A label expansion sits inside those broad assumptions instead of being modeled explicitly. Leadership then can’t tell how the market and the product are actually performing.
In this case study, a machine-learning forecasting framework improved forecast accuracy by approximately 25% after a major label expansion. Error (MAPE) ranged from 4.3% to 7.6% across the brand portfolio.
Three requirements shaped this engagement. The forecast had to draw on the product’s own market data, quantify the expansion’s contribution separately from underlying demand, and run on a repeatable cycle without specialist support. It also had to be operable by the commercial team and defensible to leadership.
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Case Study