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Recruitment Into a Pediatric Continuous Glucose Monitoring RCT.

Citation
Volkening, L. K., et al. “Recruitment Into A Pediatric Continuous Glucose Monitoring Rct.”. Journal Of Diabetes Science And Technology, pp. 100-107.
Center Joslin Diabetes Center
Author Lisa K Volkening, Kaitlin C Gaffney, Michelle L Katz, Lori M Laffel
Keywords clinical research, Continuous glucose monitoring, Pediatrics, Recruitment, type 1 diabetes
Abstract

BACKGROUND: The purpose was to identify patient/family characteristics and recruitment process characteristics associated with the decision to participate in a 2-year continuous glucose monitoring (CGM) RCT for youth with type 1 diabetes and their families.

METHOD: Study staff approached patients who were conditionally eligible according to medical record review or referred by a provider. We categorized families according to participation decision (agree vs decline) and timing of decision (day of approach vs later ["thinkers"]).

RESULTS: Over 18 months, we approached 456 eligible patients; 19% agreed on the day of approach, 10% agreed later, 42% declined on the day of approach, and 30% declined later. Agreers were younger ( P = .002), had shorter diabetes duration ( P = .0003), had a lower insulin dose ( P = .02), checked blood glucose levels more often ( P = .002), and were more likely to use pump therapy ( P = .009) than decliners. Patients/families were more likely to agree in fall/winter (41%) than spring/summer (19%, P < .0001). Of decliners, 50% cited no interest in CGM as the reason for nonparticipation. Among thinkers, 49% of patients who made a decision within 2 weeks of being approached agreed; only 15% of thinkers who made a decision >2 weeks after being approached agreed to participate ( P < .0001).

CONCLUSIONS: Recruitment is a critical and often challenging phase of clinical trials. Recruitment to pediatric CGM studies may be especially challenging due to youths' reluctance to use CGM. These data provide an opportunity to better understand and possibly optimize recruitment into future pediatric CGM studies and other studies of advanced diabetes technologies.

Year of Publication
2017
Journal
Journal of diabetes science and technology
Volume
11
Issue
1
Number of Pages
100-107
Date Published
12/2017
ISSN Number
1932-2968
DOI
10.1177/1932296816656208
Alternate Journal
J Diabetes Sci Technol
PMID
27340247
PMCID
PMC5375065
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