Preventing recurrent admissions for preschool wheeze respiratory infections – ARROW

We aim to find out if an oral medicine, with an excellent safety profile, prevents wheezy illness hospitalisations in preschool-aged children with recurrent wheeze. The medicine is called OM-85. This trial will determine the efficacy of OM-85 for preventing hospitalisations in preschool-aged children with recurrent wheeze. If we show that OM-85 prevents preschool wheeze hospitalisations, we will request PHARMAC funding so it can be prescribed to children to prevent wheezy illness hospital admissions.

Preschool wheeze
Principal Investigator
Professor Cameron Grant
University of Auckland
Public Contact
Kim Thomas
teniwhacomms@otago.ac.nz
Project Timeframe/Status
-
In Process

Whakarāpopoto Rangahau Summary of Research

Preschool wheeze causes more preschool-aged children in New Zealand to be hospitalised than any other illness. Of children hospitalised with preschool wheeze, one-in-five will have a hospital readmission for preschool wheeze within the next year.

Medicines currently used for preschool wheeze are those used for asthma. These are not as effective for treating preschool wheeze, and may cause children to be shorter and fatter, to have weaker bones, and impaired stress responses.

Most of these medicines are delivered via metered-dose inhalers. The propellants in these inhalers have global warming effects much greater than carbon dioxide.

We aim to find out if an oral medicine, with an excellent safety profile, prevents wheezy illness hospitalisations in preschool-aged children with recurrent wheeze. This medicine is called OM-85. We are enrolling children admitted with preschool wheeze to five New Zealand hospitals and, in Waikato and Auckland, enrolling through primary healthcare, Kōhanga Reo, Pharmacies, and other Māori and Pacific providers. More than 1,000 children will be enrolled from 2022-2025. Each child is in the study for 12 months.

This trial will determine the efficacy of OM-85 for preventing hospitalisations in preschool-aged children with recurrent wheeze. If we show that OM-85 prevents preschool wheeze hospitalisations, we will request PHARMAC funding so it can be prescribed to children to prevent wheezy illness hospital admissions.

Te Hiranga ā Rangahau Research Impact

This project has the potential to prevent preschool aged children from having recurrent hospital admissions due to wheezy acute respiratory infections, the most common cause of acute hospital admission in this age group. This project also has the potential to prevent the development of chronic lung disease, such as bronchiectasis, a lifelong disabling condition that leads to premature death. Prevention of preschool wheeze leads to decreased direct costs to the health system and indirect costs to whānau.

The community engagement and relationships created through this project will enable the role-out of preventive interventions not only in hospitals, but also in primary care and in the community. Many other initiatives that seek to improve the health of our tamariki and Aotearoa New Zealand's pandemic preparedness,i.e. immunisations and alternative ways of healthcare delivery, may also be facilitated through the two-way knowledge exchange platform created through this project.

Kairangahau Research Personnel

Project Leaders 

Professor Cameron Grant
Department of Paediatrics: Child & Youth Health | Principal Investigator ARROW NZ

Mrs Marisa van Arragon
Department of Paediatrics: Child & Youth Health | Nurse Coordinator & Site Investigator Te Toka Tumai Auckland
  

Partner Organisation

Te Whatu Ora - Health New Zealand
Te Toka Tumai Auckland
Waitematā
Waikato
Counties Manukau
Hauroa a Toi Bay of Plenty
Capital, Coast and Hutt Valley

Te Kōhanga Reo

Other Partnerships (TBC)

Locations 

Department of Paediatrics: Child & Youth Health (University of Auckland)

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