Disaster Preparedness in Families With Children With Special Health Care Needs.

Children with special health care needs (CSHCN) may present unique challenges for disaster preparedness. This study's objective was to determine the impact of a disaster supply starter kit intervention on preparedness for families of CSHCN. The study was a 1-group pre-post cohort design with consecutive enrollment at the Arkansas Children's Hospital Medical Home Clinic. Pre- and postintervention survey findings were compared using McNemar's test. Of the 249 enrolled, 223 completed the postsurvey. At presurvey, 43% had an Emergency Information Form, compared with 79% at postsurvey (P < .001). At presurvey, 18% had a disaster kit, compared with 99.6% at postsurvey, and 44% added items. Of the 183 respondents who did not have a disaster kit at presurvey, 99% (n = 182) had a disaster kit on postsurvey, and 38% (n = 70) added items. An inexpensive educational disaster supply starter kit may increase preparedness. Further investigation on sustainability and dissemination to other populations is needed.

Fluid temperatures during radiofrequency use in shoulder arthroscopy: a cadaveric study.

Cadaveric shoulders underwent thermal capsulorrhaphy and subacromial decompression with 3 different commercially available radiofrequency (RF) devices to evaluate local and regional fluid temperatures while arthroscopic procedures were being performed. Fifteen completely thawed fresh-frozen shoulders underwent both thermal capsulorrhaphy and subacromial decompression. During thermal capsulorrhaphy, Fluoroptic mini-thermometer probes (Luxtron model 3000) were placed in the inflow bag; in the glenohumeral joint, near the inferior glenohumeral ligament; and on the RF wand. During subacromial decompression, the temperature probes were placed in the anterior and posterior subacromial space, as well as in the inflow bag and on the RF wand. All data were initially analyzed by use of analysis of variance, followed by pairwise comparison, adjusted for multiple testing by use of the Scheffé method. Mean fluid temperatures (in degrees Celsius [+/- SD]) were highest at the RF wand during both capsulorrhaphy and subacromial decompression. Mean fluid temperatures were much lower at other recorded sites. In this model, we show no deleterious elevation in arthroscopic fluid temperature while performing thermal capsulorrhaphy or subacromial decompression using any of the 3 devices at their recommended settings.