Assisted Reproductive Technologies in Alberta: An Economic Analysis to Inform Policy Decision-Making

Regulation and public funding of assisted reproductive technologies (ARTs) vary across the Canadian provinces. In Alberta, neither of these exists. We conducted this study to evaluate the cost effectiveness and budget impact of providing ARTs in Alberta under three different policy scenarios (a "restrictive" policy, a policy based on Quebec's model, and a "permissive" policy) in comparison with the status quo.

To predict the cost effectiveness and budget impact of three policy options for publicly funded ARTs in Alberta, we developed an economic model by combining a state transition Markov model and a decision tree. The primary outcome was cost per healthy singleton. Probabilistic and one-way sensitivity analyses were conducted.

The restrictive policy was the most cost effective option for two subgroups of age (< 35 years and 35 to 39 years), while the Quebec policy option was most cost-effective for the ≥ 40 years subgroup. Budget impact analysis extending up to the age of 18 years for the children in the model showed the cost savings of $8.33 million for the restrictive policy for the < 35 years subgroup. For the ≥ 40 years subgroup, the Quebec policy option resulted in total cost savings of $3.75 million. Sensitivity analyses showed that the model results were robust.

This economic modelling study shows that publicly funded and scientifically regulated ARTs could provide treatment access and save health care expenditures for the province.