Teach a newly diagnosed teenager how to correctly use a metered-dose inhaler (MDI) with a spacer.
This is an interactive phone call simulation. You'll speak with Alex in a realistic clinical communication scenario.
Click "Start Call" when you're ready. Speak naturally as you would on a real call.
10 minutes to complete the call. The AI responds in real-time to what you say.
End the call when finished. You'll receive AI-powered feedback on your communication.
💡 Tip: Speak clearly and at a natural pace. If you need a moment to think, it's okay to pause briefly - just as you would in a real conversation.
Correct inhaler technique is one of the most critical factors in asthma management. Studies show a majority of patients use their inhaler incorrectly, leading to poor symptom control. This simulation focuses on teaching the correct use of a metered-dose inhaler (MDI) with a spacer, a best practice for improving medication delivery to the lungs.
Key teaching points for MDI + Spacer use:
Your objective is to teach Alex, a 16-year-old newly diagnosed with asthma, how to correctly use their albuterol inhaler with a spacer. You must explain the steps clearly, provide the rationale for using a spacer, and use the "teach-back" method to ensure they can demonstrate the technique correctly.
Alex is a 16-year-old who developed a persistent cough and wheeze after a cold. They have been diagnosed with mild, intermittent asthma and are being prescribed their first rescue inhaler.
Optional prep details
Optional self-check before you start
Make sure you are in a quiet environment with a good internet connection
After completing this scenario, you will be able to:
What is the primary reason for using a spacer with a metered-dose inhaler (MDI)?
During the teach-back method, a teenager inhales very quickly and sharply, like sniffing. Why is this technique incorrect for an MDI with a spacer?
What is the main goal of using the teach-back method when educating a patient?
After shaking the inhaler, what is the correct sequence of actions before the patient begins to inhale?