SeJean Sohn1, Janet Eagan, Kent A Sepkowitz. 1. Department of Medicine, Infectious Disease Service, Memorial Sloan-Kettering Cancer Center, New York, New York 10021, USA.
Abstract
OBJECTIVE: To examine whether implementation of safety-engineered devices in 2001 had an effect on rates of percutaneous injury (PI) reported by HCWs. DESIGN: Before-and-after intervention trial comparing 3-year preintervention (1998--2001) and 2-year postintervention (2001--2002) periods. PI data from anonymous, self-administered surveys were prospectively entered into CDC NaSH software. SETTING: A 427-bed, tertiary-care hospital in Manhattan. PARTICIPANTS: HCWs who attended state-mandated training sessions and completed the survey (1,132 preintervention; 821 postintervention). INTERVENTION: Implementation of a "safer-needle system" composed of various safety-engineered devices for needle-safe IV delivery-insertion, blood collection, and intramuscular-subcutaneous injection. RESULTS: Preintervention, the overall annual rate of PIs self-reported on the survey was 36.5 per 100 respondents, compared with 13.9 per 100 respondents postintervention (P < .01). The annual rate of formally reported PIs decreased from 8.3 to 3.1 per 100 respondents (P < .01). Report rates varied by occupational group (P < or = .02). The overall rate did not change between study periods (22.7% to 22.3%), although reporting improved among nurses (23.6% to 44.4%, P = .03) and worsened among building services staff (90.5% to 50%, P = .03). HCWs with greater numbers of PIs self-reported on the survey were less likely to formally report injuries (P < .01). The two most common reasons for nonreport (ie, thought injury was low risk or believed patient was low risk for blood-borne disease) did not vary from preintervention to postintervention. CONCLUSIONS: Safety-engineered device implementation decreased rates of PIs formally reported and self-reported on the survey. However, this intervention, with concomitant intensive education, had varying effects on reporting behavior by occupation and a minimal effect on overall reporting rates.
OBJECTIVE: To examine whether implementation of safety-engineered devices in 2001 had an effect on rates of percutaneous injury (PI) reported by HCWs. DESIGN: Before-and-after intervention trial comparing 3-year preintervention (1998--2001) and 2-year postintervention (2001--2002) periods. PI data from anonymous, self-administered surveys were prospectively entered into CDC NaSH software. SETTING: A 427-bed, tertiary-care hospital in Manhattan. PARTICIPANTS: HCWs who attended state-mandated training sessions and completed the survey (1,132 preintervention; 821 postintervention). INTERVENTION: Implementation of a "safer-needle system" composed of various safety-engineered devices for needle-safe IV delivery-insertion, blood collection, and intramuscular-subcutaneous injection. RESULTS: Preintervention, the overall annual rate of PIs self-reported on the survey was 36.5 per 100 respondents, compared with 13.9 per 100 respondents postintervention (P < .01). The annual rate of formally reported PIs decreased from 8.3 to 3.1 per 100 respondents (P < .01). Report rates varied by occupational group (P < or = .02). The overall rate did not change between study periods (22.7% to 22.3%), although reporting improved among nurses (23.6% to 44.4%, P = .03) and worsened among building services staff (90.5% to 50%, P = .03). HCWs with greater numbers of PIs self-reported on the survey were less likely to formally report injuries (P < .01). The two most common reasons for nonreport (ie, thought injury was low risk or believed patient was low risk for blood-borne disease) did not vary from preintervention to postintervention. CONCLUSIONS: Safety-engineered device implementation decreased rates of PIs formally reported and self-reported on the survey. However, this intervention, with concomitant intensive education, had varying effects on reporting behavior by occupation and a minimal effect on overall reporting rates.
Authors: H P Loveday; J A Wilson; R J Pratt; M Golsorkhi; A Tingle; A Bak; J Browne; J Prieto; M Wilcox Journal: J Hosp Infect Date: 2014-01 Impact factor: 3.926
Authors: Kijakazi O Mashoto; Godfrey M Mubyazi; Emmanuel Makundi; Hussein Mohamed; Hamisi M Malebo Journal: BMC Health Serv Res Date: 2013-09-30 Impact factor: 2.655