Clinical Justification for iNO Therapy: Evidence, Patient Selection, and Reassessment
A defensible clinical justification for iNO therapy links an infant’s physiology, optimized ventilation and a measurable treatment goal. The Canadian…
Clinical Impact of Secretion Management: Outcomes, Assessment, and Care
Counting airway-clearance treatments tells care teams how often support was provided, but not whether patients could clear secretions or how their…
Benefits of Generator-Based iNO: Clinical and Operational Considerations
What if inhaled nitric oxide availability depended less on cylinder delivery and replacement? The benefits of generator-based iNO may include a…
Challenges in Pediatric Ventilation: Clinical Strategies for Critical Care Teams
Treating critical respiratory failure in a child demands far more than simply scaling down adult volumes and pressures. Critical care teams know that…
Apnea Monitoring for Pediatric Patients: Clinical Guide
In Canadian pediatric care, apnea monitoring for pediatric patients detects central, obstructive, or mixed infant apnea (pediatric apnea) events…
Alternatives to Cylinder-Based Nitric Oxide: The Future of Canadian iNO Delivery
What if your hospital’s supply of inhaled nitric oxide was as reliable and accessible as the ambient air in your clinical environment? For years,…
Airway Clearance Devices for ICU Patients: A Clinical Guide to Secretion Management
Did you know that up to 89% of extubation failures are linked to excessive tracheobronchial secretions and an ineffective cough? For respiratory…
Neonatal Respiratory Therapy in Canada: A Guide to Optimizing NICU Outcomes
Did you know that the proportion of preterm births in Canada rose to 8.3% in 2023? This shift places an unprecedented demand on neonatal intensive…
Procuring Respiratory Therapy Equipment in Canada: A Clinical Buyer’s Guide
Relying on traditional procurement models is no longer enough to safeguard the stability of a Canadian ICU. You’ve likely felt the strain of…
EO-70 Secretion Management System in Canada: A Clinical Explainer
What if the primary barrier to effective airway clearance isn’t the patient’s physiology, but the interface of the technology itself? Respiratory…
- 1
- 2