A System Analysis of Delay in Outpatient Respiratory Equipment Delivery.

Abstract

Objectives: To systematically assess barriers delaying home respiratory equipment requisition and to evaluate for temporal correlation between delays and emergency room or hospitalization episodes.

Background: Initiation of home respiratory treatments is delayed because of delays in delivery of durable medical equipment (DME). This study assesses root causes of such delays from a system perspective. We also describe clinical consequences by measuring emergency room visits and hospitalization days for temporal correlations.

Methods: We conducted a retrospective review of DME ordering records from April 2011 to March of 2012.

Settings: Outpatient DME records in Pediatric Pulmonary Division.

Results: Of 164 available orders studied, deliveries were made as followed: 31 (19%) within 24 hr: 18 (59%) oxygen orders and 10 (32%) nebulizer orders 50 (30%) within 1 week: 25 (50%) nebulizer orders and 10 (20%) oxygen orders Delays: 45 (27%) delivered > 1 month: Bilevel positive airway pressure (BPAP) = 16 (36%) Oxygen = 12 (26%) Cough assist device = 7 (16%) Nebulizer = 5 (11%) Miscellaneous devices = 5 (11%) Analysis of barriers includes (a) type of insurance, (b) human error, (c) communication barrier, (d) deficit in training or knowledge, (e) no clear policy, (f) differences in clinical policy/ standard, (g) no DME benefit, (h) no clinical justification, and (i) error in communication/record keeping. Six patients with 7 emergency department (ED) visits and 4 inpatient admissions, totaling 24 hospital days, were temporally associated with delays in delivery of equipment over 30 days.

Conclusion: One half of commonly used DMEs were delivered within the first week. One quarter of more expensive required more steps for approval. Twenty-nine ED/hospital days with respiratory morbidities were temporally associated with delays.