Grant: Team Grant: Strength.Resilient/Equitable Public Health Systems- Community Sector
University of Alberta
$748,244.00
Implementation of a national drug surveillance dashboard and co-creation of a national drug alert system.
FY 2025-26
Summary
Currently there are upwards of 22 Canadians who die from a drug poisoning event (overdose) every day. This cumulatively is more than heart attacks, car accidents, and homicides combined. One key element to the crisis is the unpredictability of the current drug supply. Numerous adulterants are currently found in illicit substances such as benzodiazepines, xylazine, and more potent analogues of fentanyl such as carfentanyl. To understand the variation on drug supply various data sources are often utilized, including drug seizure analysis, spot drug testing, wastewater drug analysis, and coroner's toxicity reports to name a few.
In order to better understand the current drug supply in Canada, and in partnership with the Canadian Centre of Substance use and Addiction, we propose the creation of a key substance surveillance dashboard around substances. The dashboard will ideally incorporate key data sources including:
1. Drug testing: both formal laboratory-based and informal in the community.
2. Urine toxicology drug screens
3. Waste water data
4. Coroner's toxicology reports
5. Police data from drug and substance seizures.
Additional data sources from twitter and social media.
The dashboard will be derived from data provided to CCSA through already established partnerships with other agencies. This data will be analyzed and visualized with time and geography parameters and be overlaid with hospitalization, morbidity, and mortality data. Using machine learning, we will leverage the data to predict potential spikes in overdose events which will help inform a national drug alert system. Stakeholder engagement and mixed methods approaches will be used to evaluate the utility of both the dashboard and drug alert system using an implementation science framework.
Department
Program
Team Grant: Strength.Resilient/Equitable Public Health Systems- Community Sector
Recipient
Location
Alberta, Canada
Recipient Type
Academia
Type
Grant
Source
CIHR Funding Decisions Database
As published
Id
571272
Name
Ghosh Sumantra M
Region
Alberta
Country
Canada
Orgtype
Institution Paid; Research Institution
Instname2
Neurosciences, Mental Health and Addiction
Theme2
Health systems / services
Prcname2
Team Grant : Strengthening Resilient and Equitable Public Health Systems (STEPS)
Projecttitle
Implementation of a national drug surveillance dashboard and co-creation of a national drug alert system.
Programtype2
Operating Grants
Orgnameinp2
University of Alberta
Cihramount2
$748,244
Cihrequipment2
$0
Programname2
Team Grant: Strength.Resilient/Equitable Public Health Systems- Community Sector
Keyworddelim
Addiction; Drug Alert System; Drug Surveillance; Epidemiology; Harm Reduction; Implementation Science; Quality Improvement
Abstract
Currently there are upwards of 22 Canadians who die from a drug poisoning event (overdose) every day. This cumulatively is more than heart attacks, car accidents, and homicides combined. One key element to the crisis is the unpredictability of the current drug supply. Numerous adulterants are currently found in illicit substances such as benzodiazepines, xylazine, and more potent analogues of fentanyl such as carfentanyl. To understand the variation on drug supply various data sources are often utilized, including drug seizure analysis, spot drug testing, wastewater drug analysis, and coroner's toxicity reports to name a few.
In order to better understand the current drug supply in Canada, and in partnership with the Canadian Centre of Substance use and Addiction, we propose the creation of a key substance surveillance dashboard around substances. The dashboard will ideally incorporate key data sources including:
1. Drug testing: both formal laboratory-based and informal in the community.
2. Urine toxicology drug screens
3. Waste water data
4. Coroner's toxicology reports
5. Police data from drug and substance seizures.
Additional data sources from twitter and social media.
The dashboard will be derived from data provided to CCSA through already established partnerships with other agencies. This data will be analyzed and visualized with time and geography parameters and be overlaid with hospitalization, morbidity, and mortality data. Using machine learning, we will leverage the data to predict potential spikes in overdose events which will help inform a national drug alert system. Stakeholder engagement and mixed methods approaches will be used to evaluate the utility of both the dashboard and drug alert system using an implementation science framework.
Competitiondate
202601
Approvedterm2
3 yrs 0 mth
Pinamesdelim
Ghosh, Sumantra M; Davidson, Sara; Grandy, Cameron A; Kent, Pamela
Approvedterm
3 ans 0 mois
Cihrcontribution2
~ $748,244~ $0~