Young people with a first episode of psychosis can achieve full remission with prompt treatment. Throughout Canada, early psychosis intervention programs are implementing policies to ensure timely delivery of services. One of Canada’s first early intervention services, the Prevention and Early Intervention for Psychosis program, set the guideline that all youth referred should receive an appointment within 72 hours. The availability of early intervention programs has increased significantly but the standards these programs have adopted to ensure timely delivery of services remains unknown.

This project aims to identify the policies and practices in early intervention programs that ensure timely delivery of services. Secondly, the project aims to understand the level of awareness of the 72-hour recommendation and the level of adoption of this recommendation. Thirdly, the project aims to identify the factors that facilitate and hinder a program’s ability to reach and maintain their benchmarks for timely delivery of services.

Participants included 17 service delivery providers from four early intervention programs located in socio-culturally distinct regions in Canada. Participants completed a survey about their program’s service delivery policies and practices. We led individual semi-structured interviews with seven service providers to identify the barriers and facilitators to delivering timely care. We conducted frequency analyses of the survey data and thematic analysis of the interviews to identify emerging themes.

Forty-one percent of survey respondents indicated that their program implemented formal policies to minimize the delay to the first appointment, with benchmarks ranging from 72 hours to 12 weeks. The majority of program managers interviewed were aware of the 72-hour benchmark, voiced satisfaction with standards, and felt that establishing standards was helpful to delivering quality services. Average time between referral and first appointment ranged from 10 days to 12 weeks; however, more than half of survey respondents were unaware of the average delay in their program. Notable barriers to implementation included patient non-responsiveness, insufficient staffing, and missing patient contact information from referrals. The service providers reported engaged staff, flexible schedules, and team-based care as facilitators to meeting service delivery benchmarks.

Benchmarks such as the 72-hour recommendation are an excellent step in improving timeliness of delivery of early intervention services. Common barriers to meeting benchmarks, such as patient adherence and staff resources may be difficult to overcome; however, implementing standardized referral forms and processes, increasing staff engagement, providing flexible schedules, and encouraging team-based care could improve timely delivery of services.

None Declared

To investigate associations between multimodal analgesia and post-operative pain among patients undergoing transoral robotic surgery for oropharyngeal squamous cell carcinoma.

Records of patients who underwent surgery from 5 September 2012 to 30 November 2016 were abstracted. Associations were assessed using multivariable analysis.

A total of 216 patients (mean age of 59.1 years, 89.4 per cent male) underwent transoral robotic surgery (92.6 per cent were human papilloma virus positive, 87.5 per cent had stage T1–T2 tumours, and 82.9 per cent had stage N0–N1 nodes). Gabapentin (n = 86) was not associated with a reduction in severe pain. Ibuprofen (n = 72) was administered less often in patients with severe pain. Gabapentin was not associated with increased post-operative sedation (p = 0.624) and ibuprofen was not associated with increased bleeding (p = 0.221). Post-operative opioid usage was not associated with surgical duration, pharyngotomy, bilateral neck dissections, tumour stage, tumour size, subsite or gabapentin.

Scheduled low-dose gabapentin was not associated with improved pain control or increased respiratory depression. Ibuprofen was not associated with an increased risk of bleeding and may be under-utilised.

An unprecedented outbreak of Ebola virus diseases (EVD) occurred in West Africa from March 2014 to January 2016. The French Institute for Public Health implemented strengthened surveillance to early identify any imported case and avoid secondary cases.

Febrile travellers returning from an affected country had to report to the national emergency healthcare hotline. Patients reporting at-risk exposures and fever during the 21st following day from the last at-risk exposure were defined as possible cases, hospitalised in isolation and tested by real-time polymerase chain reaction. Asymptomatic travellers reporting at-risk exposures were considered as contact and included in a follow-up protocol until the 21st day after the last at-risk exposure.

From March 2014 to January 2016, 1087 patients were notified: 1053 were immediately excluded because they did not match the notification criteria or did not have at-risk exposures; 34 possible cases were tested and excluded following a reliable negative result. Two confirmed cases diagnosed in West Africa were evacuated to France under stringent isolation conditions. Patients returning from Guinea (n = 531; 49%) and Mali (n = 113; 10%) accounted for the highest number of notifications.

No imported case of EVD was detected in France. We are confident that our surveillance system was able to classify patients properly during the outbreak period.

Infants in the neonatal intensive care unit (NICU) are at increased risk for methicillin-resistant Staphylococcus aureus (MRSA) acquisition. Outbreaks may be difficult to identify due in part to limitations in current molecular genotyping available in clinical practice. Comparison of genome-wide single nucleotide polymorphisms (SNPs) may identify epidemiologically distinct isolates among a population sample that appears homogenous when evaluated using conventional typing methods.

To investigate a putative MRSA outbreak in a NICU utilizing whole-genome sequencing and phylogenetic analysis to identify recent transmission events.

Clinical and surveillance specimens collected during clinical care and outbreak investigation.

A total of 17 neonates hospitalized in a 43-bed level III NICU in northeastern Florida from December 2010 to October 2011 were included in this study.

We assessed epidemiological data in conjunction with 4 typing methods: antibiograms, PFGE, spa types, and phylogenetic analysis of genome-wide SNPs.

Among the 17 type USA300 isolates, 4 different spa types were identified using pulsed-field gel electrophoresis. Phylogenetic analysis identified 5 infants as belonging to 2 clusters of epidemiologically linked cases and excluded 10 unlinked cases from putative transmission events. The availability of these results during the initial investigation would have improved infection control interventions.

Whole-genome sequencing and phylogenetic analysis are invaluable tools for epidemic investigation; they identify transmission events and exclude cases mistakenly implicated by traditional typing methods. When routinely applied to surveillance and investigation in the clinical setting, this approach may provide actionable intelligence for measured, appropriate, and effective interventions.

Infect. Control Hosp. Epidemiol. 2015;36(7):777–785