Choice Required: Auto-Refill Prescriptions
Few opted-in to automatic refills, unless required to choose between it and the alternative (recurring manual refills).
Enhanced Active ChoiceIn an enhanced active choice, the decision maker is reminded of the consequences associated with all available options before being required to make a decision. ...
Enhanced Active ChoiceIn an enhanced active choice, the decision maker is reminded of the consequences associated with all available options before being required to make a decision. This can improve decision making because often the consequences of one option can be difficult to imagine, and it isn’t always apparent that failing to make a choice can have serious consequences. Therefore, when asking someone if they would like to enroll in their employer’s retirement plan, an enhanced active choice would present the following options:
- Yes, I would like to enroll and take advantage of the employer match!
- No, I do not wish to save money for retirement.
CVS/Caremark members received phone recordings and online messages requiring them to choose between the desirable option of enrolling in an automatic refill prescription program, and the undesirable option of completing refills manually.
The intervention increased member enrollment in the automatic prescription refill program from 15.7% to 32% in telephone interactions and from 12.3% to 21.9% in website interactions.
Not adhering to medication regimens has individual, public health, and economic consequences. While helpful automatic prescription refill programs are widely available, few individuals enroll.
CVS/Caremark members received one of two recorded phone messages. One message asked them to opt-in to an automatic prescription refill program. The other message used enhanced active choice, requiring members to choose between refilling prescriptions on their own or having the pharmacy refill them automatically. Enhanced active choice requires individuals to choose between options that highlight the costs of the less-desirable alternative.
Enhanced active choice was also used on a prescription ordering website. Upon logging in, CVS/Caremark members saw a list of medications that were eligible for automatic refills. Some members then saw a message asking them to opt-in to the automatic refill program by checking a box, whereas others were required to actively choose between ordering their own prescriptions and enrolling in the program.
A randomized evaluation found that requiring members to choose between the desirable and undesirable options significantly improved enrollment in the automatic refill program. CVS/Caremark members who received the enhanced active choice recorded phone message were 16.3 percentage points more likely to enroll in the refill program, relative to those who were prompted to opt-in (32% versus 15.7%). For the website, members who saw the enhanced active choice were 9.6 percentage points more likely to enroll in the program, as compared to those who were asked to opt-in (21.9% versus 12.3%).
Inspired to implement this design in your own work? Here are some things to think about before you get started:
- Are the behavioral drivers to the problem you are trying to solve similar to the ones described in the challenge section of this project?
- Is it feasible to adapt the design to address your problem?
- Could there be structural barriers at play that might keep the design from having the desired effect?
- Finally, we encourage you to make sure you monitor, test and take steps to iterate on designs often when either adapting them to a new context or scaling up to make sure they’re effective.
Additionally, consider the following insights from the design’s researcher:
- The design should require individuals to make a choice between a given set of options.
- Both the desirable and undesirable options should be presented before the individual is asked to make a choice.
For more guidance on implementing this design, select “I want to try this” from the left drop-down menu.
Punam Anand Keller
Tuck School of Business, Dartmouth College
Carnegie Mellon University
Kevin G. Volpp
University of Pennsylvania School of Medicine and the Wharton School; Philadelphia VA Medical Center