Joanne Embree
University of Toronto
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Clinical Infectious Diseases | 2014
Manish Sadarangani; David W. Scheifele; Scott A. Halperin; Wendy Vaudry; Nicole Le Saux; Raymond S. W. Tsang; Julie A. Bettinger; N. Bridger; Robert Morris; S. Halperin; Karina A. Top; Pierre Déry; Dorothy Moore; Marc H. Lebel; N. Le Saux; Dat Tran; Lee Ford-Jones; Joanne Embree; Barbara Law; R. Tsang; Ben Tan; W. Vaudry; Taj Jadavji; Otto G. Vanderkooi; D. Scheifele; Laura J. Sauvé; J. Bettinger
BACKGROUND Before 2001, the incidence of invasive meningococcal disease (IMD) in Canada was 1.0 per 100 000 per year, with 40% of cases caused by serogroup C organisms. During 2001-2005 all provinces introduced the meningococcal serogroup C conjugate vaccine (MCCV) into their routine infant immunization schedule. METHODS Active, prospective, population-based surveillance of IMD in children and adults was conducted by the Canadian Immunization Monitoring Program, ACTive (IMPACT) during 2002-2012. Inclusion criteria were admission to hospital and identification of Neisseria meningitidis from a sterile site. Incidence was estimated using population census data from Statistics Canada. RESULTS Prior to MCCV introduction, serogroup C disease incidence was 0.07-0.25 per 100 000 per year depending on the province. Following vaccine introduction, serogroup C disease decreased to <0.05 per 100 000 per year, with a reduction of 14% per year (P = .0014). A decrease occurred in all provinces, despite differing schedules being implemented. The largest decrease of 83% (from 0.27 to 0.05 per 100 000 per year) occurred in the 15-24 year age group (P = .0100) who were not vaccinated in all provinces. There was no impact on the incidence of nonserogroup C disease over the same period (P = .9811). CONCLUSIONS MCCV dramatically reduced the incidence of serogroup C IMD in Canada through both direct and indirect effects. The observation that disease incidence decreased with different schedules suggests that the doses at 12 months (common to all provinces) and adolescence (7 of 8 provinces studied) were critical in achieving disease control.
Paediatrics and Child Health | 2001
Upton Allen; H. Dele Davies; Joanne Embree; Joanne Langley; Mireille Lemay; Gary Pekeles; Noni MacDonald; Victor Marchessault; Scott Halperin; Susan King; Monique Landry; Larry Pickering; John Waters
Paediatrics and Child Health | 2002
Upton Allen; H. Dele Davies; Joanne Embree; Joanne Langley; Mireille Lemay; Gary Pekeles; Noni MacDonald; Victor Marchessault; Scott Halperin; Susan King; Monique Landry; Larry Pickering
Paediatrics and Child Health | 2002
Upton Allen; H. Dele Davies; Joanne Embree; Joanne Langley; Mireille Lemay; Gary Pekeles; Noni MacDonald; Victor Marchessault; Scott Halperin
Archive | 2013
Michael Boivin; B. Pharm; Susan Bowles; Danielle Grenier; Alex Henteleff; Upton Allen; Maryanne Crockett; Simon Dobson; Joanne Embree
Archive | 2013
Michael Boivin; B. Pharm; Susan Bowles; Danielle Grenier; Alex Henteleff; Upton Allen; Maryanne Crockett; Simon Dobson; Joanne Embree
Archive | 2013
Michael Boivin; B. Pharm; Susan Bowles; Danielle Grenier; Alex Henteleff; Upton Allen; Maryanne Crockett; Simon Dobson; Joanne Embree
Archive | 2013
Michael Boivin; B. Pharm; Susan Bowles; Danielle Grenier; Alex Henteleff; Upton Allen; Maryanne Crockett; Simon Dobson; Joanne Embree
Archive | 2013
Michael Boivin; B. Pharm; Susan Bowles; Danielle Grenier; Alex Henteleff; Upton Allen; Maryanne Crockett; Simon Dobson; Joanne Embree
Paediatrics and Child Health | 2002
Upton Allen; H. Dele Davies; Joanne Embree; Joanne Langley; Mireille Lemay; Gary Pekeles; Noni MacDonald; Victor Marchessault