Abstract

Portable inhalers are divisible into those that deliver medication by patient triggering (pMDIs: a gentle slow inhalation) and those that use the patient's inspiratory effort as the force for deaggregation and delivery (DPIs: a stronger deeper inspiratory effort). Patient confusion and poor technique are commonplace. The use of training tools has become standard practice, and unique amongst these is an inspiratory flow meter (In-Check) which is able to simulate the resistance characteristics of different inhalers and, thereby, guide the patient to the correct effort. In-Check's origins lie in the 1960s peak expiratory flow meters, the development of the Mini-Wright peak flow meter, and inspiratory flow assessment via the nose during the 1970s–1980s. The current device (In-Check DIAL G16) is the third iteration of the original 1998 training tool, with detailed and ongoing assessments of all common inhaler resistances (including combination and breath-actuated inhaler types) summarised into resistance ranges that are preset within the device. The device works by interpolating one of six ranges with the inspiratory effort. Use of the tool has been shown to be contributory to significant improvements in asthma care and control, and it is being advocated for assessment and training in irreversible lung disease.

Highlights

  • Portable inhalers can be divided into those that deliver the medication by patient triggering and those that use the patient’s own inspiratory effort as a force for deaggregation and delivery

  • The importance of inspiratory flow as an influencer of successful inhaler technique is highlighted in the European Respiratory Society/International Society for Aerosols in Medicine (ERS/ISAM) task force document [3]

  • This article focuses on the history and development of the unique clinic/pharmacy based inspiratory flow meter training device (In-Check DIAL G16, Clement Clarke International Limited)

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Summary

Introduction

Portable (i.e., pocket-able) inhalers can be divided into those that deliver the medication by patient triggering (e.g., pressurised metered dose devices, pMDIs) and those that use the patient’s own inspiratory effort as a force for deaggregation and delivery (e.g., dry powder inhaler devices, DPIs). Each of these two groups requires a different inspiratory effort: pMDIs require a gentle slow inhalation and DPIs require a stronger deeper effort [1]. This article focuses on the history and development of the unique clinic/pharmacy based inspiratory flow meter training device (In-Check DIAL G16, Clement Clarke International Limited)

In-Check DIAL G16
G16 In-Check DIAL Inhaler groups April 2017
Conclusion
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