Use of medication nebulizers in children

Use of medication nebulizers in children

The delivery of aerosolized medication is an important component of treatment for many respiratory disorders in children. Glucocorticoids, bronchodilators, antibiotics, mucus hydration agents, and mucolytic agents can be administered via aerosol.


Nebulizer devices are widely used to deliver aerosol therapy, especially in children. A wide variety of nebulizers is available for use in the home and hospital, with varying capacities to deliver drugs to the lungs [1]. Clinicians must consider how a particular nebulizer performs with the specific drug to be administered to ensure its clinical suitability [1-4].

The use of medication in nebulizers for children is presented here. An overview of aerosolized medication delivery in children and the use of pressurized metered dose inhalers are discussed separately. (See “Delivery of inhaled medication in children” and “The use of inhaler devices in children”.)


Nebulizers are used to provide aerosol therapy to patients too ill or too young to use hand-held devices and in situations where large drug doses are necessary. These devices also are required for some medications available only in liquid form, including pentamidine, ribavirin, DNAase, hypertonic saline, and tobramycin.

The potential benefits of nebulizers need to be balanced with the disadvantages associated with the use of these devices. These include higher costs, longer setup and delivery time, decreased portability, variable nebulizer performance, and (with jet nebulizers) the need for a source of compressed air or oxygen.

Did you know…

• Pediatrics became a specialty in 1930 when the American Academy of Pediatrics was founded with the idea that children have special developmental and health needs.

• Pediatricians devote much of their time to regular health examinations, as well as to preventive medicine. They routinely immunize children against such infectious diseases as influenza, meningitis, measles, mumps and chicken pox.