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Pediatric Chest Medicine Section
CPAP for pediatric OSA: “Off-label” use
Pediatric providers are well aware of the “off-label” uses of medications/devices. While it’s not a stretch to apply “adult” diagnostic and therapeutic criteria to older adolescents, more careful consideration is needed for our younger patients. Typically, adenotonsillectomy is first-line treatment for pediatric OSA, but CPAP can be essential for those for whom surgical intervention is not an option, not an option yet, or has been insufficient (residual OSA). Unfortunately, standard CPAP devices are not approved for use in children, and often have a minimum weight requirement of 30 kg. There are respiratory assist devices and home mechanical ventilators that are approved for use in pediatric patients (minimum weight 13 kg or 5 kg) and designed for more complex ventilatory support, and that also are capable of providing continuous pressure. Alternatively, pediatric providers may proceed with the “off-label” use of simpler CPAP-only medical devices and face obstacles in attaining insurance approval. The recent American Academy of Sleep Medicine position statement (Amos, et al. J Clin Sleep Med. 2022;18[8]:2041-3) acknowledges that CPAP therapy can be safe and effective when management is guided by a pediatric specialist and is typically initiated in a monitored setting (inpatient or polysomnogram). The authors bring up excellent points regarding unique considerations for pediatric CPAP therapy, including the need for desensitization and facial development monitoring, lack of technical/software designed for younger/smaller patients, and limited published data (small and diverse cohorts). Ultimately, evaluation of effectiveness and safety, while distinct, must both be seriously considered in this risk-benefit analysis of care.
Pallavi P. Patwari, MD, FAAP, FAASM
Member-at-Large
Pediatric Chest Medicine Section
CPAP for pediatric OSA: “Off-label” use
Pediatric providers are well aware of the “off-label” uses of medications/devices. While it’s not a stretch to apply “adult” diagnostic and therapeutic criteria to older adolescents, more careful consideration is needed for our younger patients. Typically, adenotonsillectomy is first-line treatment for pediatric OSA, but CPAP can be essential for those for whom surgical intervention is not an option, not an option yet, or has been insufficient (residual OSA). Unfortunately, standard CPAP devices are not approved for use in children, and often have a minimum weight requirement of 30 kg. There are respiratory assist devices and home mechanical ventilators that are approved for use in pediatric patients (minimum weight 13 kg or 5 kg) and designed for more complex ventilatory support, and that also are capable of providing continuous pressure. Alternatively, pediatric providers may proceed with the “off-label” use of simpler CPAP-only medical devices and face obstacles in attaining insurance approval. The recent American Academy of Sleep Medicine position statement (Amos, et al. J Clin Sleep Med. 2022;18[8]:2041-3) acknowledges that CPAP therapy can be safe and effective when management is guided by a pediatric specialist and is typically initiated in a monitored setting (inpatient or polysomnogram). The authors bring up excellent points regarding unique considerations for pediatric CPAP therapy, including the need for desensitization and facial development monitoring, lack of technical/software designed for younger/smaller patients, and limited published data (small and diverse cohorts). Ultimately, evaluation of effectiveness and safety, while distinct, must both be seriously considered in this risk-benefit analysis of care.
Pallavi P. Patwari, MD, FAAP, FAASM
Member-at-Large
Pediatric Chest Medicine Section
CPAP for pediatric OSA: “Off-label” use
Pediatric providers are well aware of the “off-label” uses of medications/devices. While it’s not a stretch to apply “adult” diagnostic and therapeutic criteria to older adolescents, more careful consideration is needed for our younger patients. Typically, adenotonsillectomy is first-line treatment for pediatric OSA, but CPAP can be essential for those for whom surgical intervention is not an option, not an option yet, or has been insufficient (residual OSA). Unfortunately, standard CPAP devices are not approved for use in children, and often have a minimum weight requirement of 30 kg. There are respiratory assist devices and home mechanical ventilators that are approved for use in pediatric patients (minimum weight 13 kg or 5 kg) and designed for more complex ventilatory support, and that also are capable of providing continuous pressure. Alternatively, pediatric providers may proceed with the “off-label” use of simpler CPAP-only medical devices and face obstacles in attaining insurance approval. The recent American Academy of Sleep Medicine position statement (Amos, et al. J Clin Sleep Med. 2022;18[8]:2041-3) acknowledges that CPAP therapy can be safe and effective when management is guided by a pediatric specialist and is typically initiated in a monitored setting (inpatient or polysomnogram). The authors bring up excellent points regarding unique considerations for pediatric CPAP therapy, including the need for desensitization and facial development monitoring, lack of technical/software designed for younger/smaller patients, and limited published data (small and diverse cohorts). Ultimately, evaluation of effectiveness and safety, while distinct, must both be seriously considered in this risk-benefit analysis of care.
Pallavi P. Patwari, MD, FAAP, FAASM
Member-at-Large