Skip to main content
. 2016 Mar 24;10(4):268–290. doi: 10.1111/irv.12379

Table 2.

Studies assessing the effectiveness of nosocomial RSV infection prevention and control measures (research question two)

Author, publication year Country setting, study year Hospital setting Study objectivea Study design
Agah, 198744 USA, 1984–1985 Paediatric To assess RSV infection rates in staff exposed to RSV, comparing those who wore goggles and masks with those who did not Experimental
Gala, 198645 USA, 1984 Neonatal/paediatric To evaluate an eye–nose goggle in reducing nosocomial RSV infection in patients and staff Experimental
Garcia, 199754 USA, 1992–1994 Adults – haematological cancers and/or bone marrow/stem cell transplant recipients To assess the effectiveness of a multifaceted infection control strategy in limiting the nosocomial RSV infection among patients Retrospective cohort
Gardner, 197355 UK, 1970–1972 Paediatric To measure the extent and clinical importance of viral cross‐infection Retrospective cohort
Hall, 198115 USA, 1979 Neonatal/paediatric To evaluate the efficacy of use of gowns and masks on the rate of nosocomial RSV in infants and staff Experimental
Hall, 197851 USA, 1976 Paediatric To evaluate methods to control the spread of RSV infection on an infants ward during a community outbreak Prospective cohort
Isaacs, 199116 UK, 1986–1989 Neonatal/paediatric To investigate whether cohorting infants and handwashing will reduce the incidence of nosocomial RSV Prospective and retrospective cohort
Karanfil, 199956 USA, 1989–1997 Paediatric To report on implementation of control measures to prevent nosocomial RSV transmission Retrospective cohort
Katz, 200957 USA, 1990–2008 Neonatal To compare nosocomial RSV infection rate in a NICU before and after RSV prophylaxis Retrospective cohort
Krasinski, 199046 USA, 1987–1988 Paediatric To determine the efficacy of assignment to cohorts to reduce nosocomial RSV transmission Prospective cohort
Langley, 199752 Canada, 1992–1994 Paediatric To determine nosocomial RSV transmission, outcomes and infection control practices Prospective cohort
Lavergne, 201158 Canada, 1999–2003 Adults – haematological cancers and/or bone marrow/stem cell transplant recipients To evaluate impact of an enhanced infection control programme on incidence of nosocomial‐acquired RSV and its consequences Retrospective cohort
Leclair, 198747 USA, 1982‐1985 Neonatal/paediatric To investigate the efficacy of a vigorous infection control effort in reducing nosocomial RSV transmission Prospective cohort
Macartney, 200048 USA, 1988–1996 Neonatal/paediatric To determine the cost‐effectiveness and cost–benefit of an infection control programme to reduce nosocomial RSV transmission Prospective cohort
Madge, 199218 UK, 1989‐1992 Neonatal/paediatric To define the most effective infection control procedure for the prevention of nosocomial infection on wards with limited isolation facilities Prospective cohort
Page, 200761 USA, 1996–2002 Paediatric Reports on a comprehensive RSV isolation policy to prevent nosocomial RSV transmission N/A (abstract only)
Raad, 199759 USA, 1994–1996 Adults – haematological cancers and/or bone marrow/stem cell transplant recipients Reports on a multifaceted control strategy to reduce nosocomial RSV transmission Retrospective cohort
Hall, 197753 USA, NS Neonatal/paediatric To identify shedding patterns of RSV, spread of RSV infection within families (in a community setting) and nosocomial spread of RSV Prospective cohort
Murphy, 198150 USA, 1979 Paediatric To examine the effects of various control methods on the acquisition of symptomatic respiratory infections among medical staff caring for infants with respiratory disease Prospective cohort
Simon, 200649 Germany, 1999–2002 Paediatric To assess the local epidemiology of nosocomial RSV infections and evaluate the global efficacy of a complex intervention programme Prospective cohort
Snydman, 198860 USA, 1984–1986 Neonatal To investigate the impact of additional infection control methods for nosocomial RSV Retrospective cohort

RSV, respiratory syncytial virus; NICU, neonatal intensive care unit; PICU, paediatric intensive care unit; LRTI, lower respiratory tract infection; URTI, upper respiratory tract infection; NS, not specified.

a

Objectives explicitly stated by the study author begin with ‘To…’.