Skip to main content

The changing landscape of pharmaceutical alternatives to the unregulated drug supply during COVID-19

Abstract

Background

The dual COVID-19 and overdose emergencies amplified strain on healthcare systems tasked with responding to both. One downstream consequence of the pandemic in the USA and Canada was a surge in drug overdoses resulting from public health-restricted access to services and an increasingly toxic unregulated drug supply. This study aimed to describe changes implemented by programs prescribing pharmaceutical alternatives to the drug supply during the early stages of the COVID-19 pandemic.

Methods

An environmental scan used surveys and qualitative interviews with service providers across Canada to examine pharmaceutical alternative prescribing practices and programs before and during the pandemic. This study summarized the nature, frequency, and reasons for pandemic-driven service delivery changes using directed content analysis, counts, and thematic analysis.

Results

Eighty-two of the 103 participating sites reported 1193 unique changes in physical space (368), client protocols (347), program operations (342), ancillary services (127), and staffing (90). Four qualitative themes describing the reasons for these changes emerged, namely (1) decreasing risk of COVID-19 infection; (2) decreasing risk of overdose; (3) prioritizing acute care of COVID-19 patients; and (4) improving client access to treatment.

Conclusions

While most changes were aimed at decreasing risk of COVID-19 infection, some were found to be at odds with the measures needed to combat the overdose crisis; others met dual objectives of decreased risk of both overdose and infection. Further research should examine which changes should be kept or reversed once COVID-19-related public health measures are lifted.

Background

People who use drugs (PWUD) have experienced record high rates of fatal overdoses and other harms during the COVID-19 pandemic: In the USA, over 94,000 drug overdose deaths were reported in the 12 months ending in January 2021, the highest number of overdose deaths ever recorded in a 12-month period—far eclipsing the 72,000 individuals who died in previous 12-month period [1]. Similarly in Canada, 1,705 individuals died of apparent opioid overdose between July and September 2020, the highest quarterly count since national surveillance began in 2016 [2].

In order to respond to the spike in overdoses that corresponded with the start of the COVID-19 pandemic and address pandemic-related public health restrictions, addiction healthcare practitioners and service providers adapted their programming in a very short period of time—sometimes in drastic ways. For example, physical distancing requirements resulted in a rapid shift to telehealth, staff, and space were sometimes redistributed to prioritize treatment of COVID-19, and in Canada, pharmaceutical-grade alternatives to the unregulated drug supply (i.e., “safer supply”) started becoming more widely available [3]. Although frontline services and treatment providers navigated the oftentimes conflicting needs presented by the opioid overdose crisis and the pandemic with little direction from public health officials, guidance on developing safer supply programs began to emerge and expand in several jurisdictions [4,5,6,7].

During the early days of the pandemic, researchers at the British Columbia Centre on Substance Use (BCCSU) on behalf of the Canadian Research Initiative in Substance Misuse (CRISM) were preparing to conduct a third annual national environmental scan to monitor the emergence of iOAT (i.e., injectable hydromorphone- or diacetylmorphine-based opioid agonist treatment, offered in structured and typically resource-intensive settings with stringent oversight [8]). This scan also included tablet-based iOAT (TiOAT) programs, which are provided in a supervised low-threshold setting such as a supervised consumption site with a flexible dosing model (i.e., doses are not individualized for the patient and no induction/titration periods are provided) [9]. Given the rapidly changing landscape and lack of available data to guide public health decision-making in the context of dual public health emergencies, the scope of the national environmental scan was expanded to document changes that participating sites made between March 1 and May 1, 2020, and to include sites newly engaged in safer supply prescribing. In Canada, iOAT, TiOAT, and safer supply are currently provided at: (1) comprehensive and dedicated programs in stand-alone facilities or acute care centers, (2) facilities embedded within existing community health clinics, harm reduction programs, and housing programs (note that safer supply is offered in a more diverse range of settings than iOAT and TiOAT, including youth and mental health services and perinatal care, among others [10]), (3) pharmacy-based sites, whereby services are provided in existing clinics with supervision of administration provided by trained pharmacists at select pharmacy locations, and (4) select hospitals, whereby treatment is initiated in hospital with transfer to community-based prescribers at discharge [11, 12]. Safer supply may also be accessed via healthcare practitioners who prescribe it as part of their regular medical practice [12].

The purpose of the current subset of the environmental scan’s analysis was to identify the service delivery changes implemented by sites offering pharmaceutical alternatives (i.e., iOAT, TiOAT, safer supply) in Canada, early on in the COVID-19 pandemic. While the dramatic 285% increase in the number of sites offering safer supply between March 1 and May 1, 2020 is described in detail elsewhere [10], this article is focused on adjustments to staffing, ancillary services, program operations, use of physical space, and client protocols. This analysis will be of particular interest to policy makers and public health officials, prescribers, and other healthcare providers to inform the nature and impact of COVID-19 responses on addiction care and harm reduction service implementation.

Methods

The annual, national, mixed methods environmental scan used a written survey and qualitative interviews with service providers to examine iOAT, TiOAT, and safer supply prescribing practices and services across Canada. This study was approved by the University of British Columbia/Providence Health Care Joint Research Ethics Board, under the purview of program evaluation.

The majority of participants were recruited via email or social media outreach by identifying grant recipients, authors, and clinical and research project members doing work on iOAT, TiOAT, and/or safer supply through scoping Web, primary, and gray literature searches. Search terms included injectable opioid agonist treatment; tablet injectable opioid agonist treatment; iOAT; TiOAT; and safe(r) supply. No search limits were applied. We screened Google search results using the title and summary text of entries and checked which programs were operational during our scan dates. Searches were repeated periodically through the fall of 2020. Outreach also included provincial and national professional associations, research networks, clinical guideline committees, peer and advocacy groups, health and service providers, federal and provincial governments, and health authorities. A small number of participants [3] were identified through snowball sampling and word of mouth [13]. All identified programs were invited to participate, and surveys were only sent out to individuals who indicated interest in participating. We asked that each site nominates one participant (e.g., nurse, physician, clinic manager), although each participant could report on any number of sites at which they provided services through a single survey or interview. There were no target numbers of contacts across respondent categories.

The written survey was based on the previous CRISM national environmental scans of iOAT programs across Canada [8]. Open-text survey questions relevant to this sub-analysis asked about any pandemic-driven changes made to services. Individual telephone or Zoom interviews were used to clarify survey responses as needed and to gather supplementary qualitative data on the barriers, facilitators, and impacts of service implementation and operation. Prior to publication, participants were offered the opportunity to verify the accuracy of their answers via email or telephone, regardless of whether they submitted a survey, participated in an interview, or completed both. These flexible participation options were provided in order to reduce respondent burden in the context of the pandemic. The methods are described in more detail elsewhere [10].

The present sub-analysis involved: (1) transcribing audio-recorded interviews and importing them into NVivo [14]; (2) coding survey and interview data on reported changes using directed content analysis [15] based on five a priori categories, namely staffing, ancillary services, program operations, use of physical space, and client protocols; (3) producing frequency counts of individual changes within each a priori category; (4) using inductive thematic analysis [16] to identify themes on the reasons for the reported changes; and (5) validating these themes against the synthesized survey data about the changes and against the codes within each a priori category to confirm their trustworthiness [16]. Thematic analysis involved grouping into identifiable patterns the verbatim statements and repeating ideas from the data that described the factors underlying the reported changes, and interpreting them in the context of their reported chronology [17].

Results

In total, 103 sites from BC, Alberta, Ontario, Quebec, and the Atlantic provinces were represented in this study, of which 82 (19 iOAT, 3 TiOAT, and 60 safer supply) provided data related to 1,280 unique changes made in response to COVID-19. These data are summarized in Table 1.

Table 1 Changes to pharmaceutical alternative services as a result of COVID-19

A total of 50 individual participants provided data. Two participants completed the written survey only (representing 3 sites), 17 provided an interview only (39 sites), and 31 completed both (60 sites), including physicians, medical residents, nurse practitioners, nurses, medical directors, managers, coordinators, leads, and knowledge translation and evaluation officers. Survey respondents consulted an additional 116 colleagues; along with many of the roles listed above were medical students, nursing assistants, pharmacists, pharmacy technicians, directors, community action team members, and mental health, social, outreach, community liaison, personal support, and peer workers.

Four qualitative themes emerged from the interview data to describe the reasons for these changes: (1) decreasing risk of COVID-19 infection; (2) reducing overdose risk; (3) prioritizing acute care of COVID-19 patients; and (4) improving client access to treatment.

Decreasing risk of COVID-19 infection

Changes to services that fell within this theme were typically initiated first, and designed to support self-isolation of clients who tested positive or were awaiting results, physical distancing, screening for COVID-19, and limiting SARS-CoV2 transmission during necessary close contact between staff and clients/patients. Many of these changes were mandated by public health officials, health authorities, and/or the programs’ parent organizations. In addition to common infection control practices, such as increased handwashing, and providing personal protective equipment (PPE), changes were also made to the environment to help prevent transmission (e.g., erecting plexiglass barriers and designating isolation spaces).

In some cases, these modifications interrupted the culture of the clinic and the sense of community that had been established. As one respondent at a safer supply program noted:

“It’s harder to build relationships with folks when you're not able to see them in person as much. We used to have food out all the time, we had a book nook, we had kids’ toys, you know, there was stuff here, stuff to make it feel comfortable and cozy and welcoming, and it’s harder when we’re not seeing people in person as much.” – Participant 29

Decreasing risk of overdose

Pursuing strategies to reduce overdoses became a key driver of change at some sites after policies were implemented to decrease risk of COVID-19 transmission. This shift was reported to be driven by the increasing mortality and morbidity associated with the use of unregulated drugs in the early days of the pandemic. Perhaps, the most notable change in this category is reflected by the number of sites that provided safer supply across Canada, which expanded by 60 between March 1 and May 1, 2020 (21 to 81). Participants reported recognizing the heightened risks their clients faced from the increasingly toxic drug supply and the lack of supports available to PWUD as a consequence of public health restrictions [10]. Strategies such as increasing medication dosages and expanding the range of available medications became paramount for addressing overdose risk after urgent COVID-19-targeted actions to reduce risk were implemented. Some sites reported transitioning iOAT clients to oral treatment by way of safer supply, while others replaced contaminated street drugs with prescribed alternatives simply to prevent death. As one respondent noted:

“The biggest thing is people aren’t dying [of overdose]. It sounds quite frank, but it’s just the truth, right. People aren’t dying. People are able to access a supply of drugs that meets their needs and their goals, and they’re not having to worry about, you know, ‘Is this the dose that’s going to kill me?’ So that is, for me, and for many of them, the greatest thing ever – that they don’t have to worry day by day about that.” – Participant 2

Another participant also noted the impact of safer supply on overdose rates in stark terms. When asked about the importance of safer supply for clients, they expressed:

“[Safer supply is] outrageously important. Like it’s everything…I think its life and death. I think it’s also how we show respect and support. I think it’s a gateway not to drugs, but it’s a gateway to care and to human love and compassion and I think it is the barrier that causes a lot of people to become despaired and isolate from healthcare.” – Participant 36

Prioritizing acute care of COVID-19 patients

Strategies within this theme followed or were implemented concurrently with changes to address heightened overdose risk, as COVID-19 case counts rose. These approaches involved moving resources from existing services toward managing COVID-19 care, particularly at sites associated with hospitals or healthcare services. For example, staff were redeployed to COVID-19-related care teams or screening; services were relocated or merged to either create treatment space for COVID-19 patients, or to help ration the limited supply of personal protective equipment (PPE) available at the onset of the pandemic. One respondent at a safer supply program described the impact:

“Because of COVID and challenges in supplying all three of those clinics with enough PPE, all of our staff was transitioned into our one main downtown site…What that practically means? I just have a lot less space and time in the clinic.” – Participant 3

Improving client access to treatment

Many changes that were meant to limit the transmission of COVID-19, such as decreasing the required frequency of in-person clinic visits, had cascading effects that decreased access to care. In response, service providers took action to ensure clients still had some access to services by making a series of changes. As one respondent expressed:

“The goal, initially, was just to get them out of the clinic, decrease their frequency in the clinic. And then as the COVID response increased, we wanted to, with their agreement of course, keep them out of the clinic altogether just so they didn’t have to take transit, come into the building, etc. And so, the prescribing has changed.” – Participant 4

At some sites, these changes centered around dosing. For example, some clients were transitioned from in-clinic injectable administration to oral administration (sometimes with options for take-home dosing), and two sites began providing vials of injectable hydromorphone for clients to draw up in syringes at home. At other sites, adaptations were made to communication processes (e.g., transitioning to virtual care, connecting more frequently with partnering stakeholders to reach or monitor clients) or to the location of care (e.g., establishing outreach programs), to meet clients in their communities more effectively. These strategies were seen by several respondents as adding tremendous value in understanding and connecting with clients, as described by one individual involved in a newly formed mobile outreach team:

For me, and I think for many that worked within that mobile unit, our ability to connect with clients changed dramatically after being welcomed into [the client’s] home, because, I mean, it’s another level of connection that you just can never get if you don’t see it.” – Participant 4

Discussion

This study found evidence of rapid transformation in service implementation and delivery early on in the COVID-19 pandemic. This transformation included a massive increase in the number of clinics (60) that started prescribing pharmaceutical alternatives to address the unintended negative consequences of the pandemic response, in addition to other rapid and significant changes to service provision across Canada. Changes were made particularly in relation to the way that physical space was managed, client protocols were implemented, and programs were operated.

However, measures to decrease the risk of COVID-19 were sometimes at odds with goals aimed at combating the opioid overdose crisis and providing adequate treatment for opioid use disorder. For example, some sites delayed or canceled ancillary services or referrals, eliminated community meetings, or moved to telehealth. These changes likely had some negative effects on clients, who may have felt less comfortable or able to access services as a result. Some particularly vulnerable individuals without access to the Internet or phones may have not been able to access services at all. As one participant noted,

“It’s hard to keep connected to people when they’re moving around a lot and are less connected to us as a clinic, you know. Like their experience with us is more short-term so far, and a lot of these folks have only known us in this context of, you know, most appointments being done by phone or video call. So that makes me a bit sad, because you know, when our clinic was running before COVID, we always had food on-site, we had groups, it was a real environment of support and care.” – Participant 29

Staffing changes that ensued from decreased capacity (whether from work-from-home policies or redeployment for COVID-19-related health care) and shifts in program operations likely also yielded less individualized care and attention for people on treatment. Some measures, such as staff and clients wearing PPE, physical distancing, and increased access to handwashing/sanitizing, almost certainly helped to reduce the risk of contracting SARS-CoV-2, likely with minimal harm to clients. However, other changes, such as stopping new client intakes, presented a major concern during the dual COVID-19 and opioid overdose crises as they likely had negative effects on the latter.

Interestingly, even in some clinics that went back to full or near-full capacity in 2020, some clients were hesitant to attend in person out of fear of contracting SARS-CoV-2—limiting their ability to access services even when those services were available to them. This finding highlights how some individuals’ desire to access in-person services changed during the pandemic, although more research will be required to determine the longevity of this change in preferences.

The largest number of reported changes is related to the way physical spaces were managed. These changes were typically made to reduce the number of people in clinics, for example through staggered access to treatment and other shared spaces, and by closing bathrooms to patients. The latter exacerbated an already serious lack of washroom access for people experiencing housing instability, particularly as many other businesses closed their doors during the pandemic [18]. While ~ 20% of sites reported the creation and/or use of an isolation room, not all sites had this option; a number of sites reported decreased treatment space because of reallocations in response to COVID-19. The loss of treatment space, at a time when physical distancing was necessary and mandated by public health bodies, was reported to further limit client access to services.

Qualitative data reinforced the negative impacts of these physical space-related changes on clients’ experiences and outcomes, as described by one respondent: “I don’t know if [the changes to reduce COVID-19 transmission] have [supported people]. I mean, it’s what we need to do to try and keep everybody healthy and infection free. I’m not sure that they’ve supported people beyond that.” – Participant 3.

However, the pandemic also led to new options for PWUD in terms of substance use service access and delivery. In addition to the 60 newly identified sites offering safer supply between March and May 2020, client protocols changed to include options that reduced burdens on clients. For example, a number of sites allowed whole capsule slow-release oral morphine to be administered without sprinkling in order to reduce patient/pharmacist interaction time. (Sprinkling is often required by regulatory colleges to reduce diversion [19].) New carry/take-home options, expedited titration schedules, and daily deliveries also reduced the amount of time clients and patients were required to spend at clinics, and enabled them to self-isolate and physically distance more effectively. While more research into the impact of these protocol changes is required, qualitative data highlighted some of their benefits, as illustrated by one respondent describing the impact of reducing the post-dose monitoring time: “They hated the 15-min wait before, and now that it’s down to 5 min because of COVID, they like that way better. Waiting is a big thing; they hate the waiting.”– Participant 15. However, it is important to note that not all of the changes to client protocols were seen as wholly beneficial. For instance, while expedited titration schedules were reported at ~ 50% of sites to assist some clients, one participant noted with unease that:

“[For] some of my clients, I moved a little faster than I wanted to out of daily dosing because I didn’t want them, at the height of COVID, to have to be going into pharmacies on a daily basis.” – Participant 12

This example highlights the conflicts faced by service and healthcare providers as they navigated responses to the dual health crises.

Interventions that were developed specifically to reduce overdose risk and/or reduce risk both of COVID-19 transmission and overdose (e.g., offering medications as take-home rather than witnessed dosing, offering virtual appointments, expanded access to medications through safer supply prescribing) should be continued post-pandemic to allow for evaluation of effectiveness for reducing substance-related harms. Most notably, we observed a rapid increase in the number of safer supply sites, a key pandemic-driven change that came about in an attempt to decrease risk of overdose and COVID-19 transmission. Preliminary research supports their purported benefits [20], and these programs should be continued and expanded to support ongoing and extensive evaluation of their impacts. Changes brought about solely to reduce COVID-19 transmission and prioritize acute care of COVID-19 patients (e.g., infection prevention and control practices, re-allocation of health services toward COVID-19 care) are less likely to benefit and, in some cases, may be detrimental, to clients in terms of substance use-related harms. These practices should be curtailed as COVID-19 transmission risk abates.

Several limitations to this study exist. Firstly, while we are confident that all providers of iOAT and TiOAT participated given the strong clinical provider networks that exist nationwide, it is uncertain what proportion of safer supply providers was reached as any medical care provider can prescribe safer supply as part of their regular medical practice [12]. Furthermore, we are aware of safer supply providers who did not participate due to workload demands and/or fear of consequences from colleagues, regulatory bodies, or regional governments. The ambiguous definition of safer supply within the prescriber community may have also let to some uncertainty on whether prescribing practices would qualify, and several sites that began prescribing after the reference date (May 1, 2020) were excluded. Not all participants completed both a survey and interview because of time constraints related to their clinical and operational responsibilities, which intensified during the pandemic. The survey asked specifically about changes to programs in response to COVID-19, while the interviews brought to light the reasons for them. This limitation likely resulted in an undercount of the changes and limited the gathering of additional data from survey-only participants that could explain the drivers of the changes more thoroughly. Lastly, the impacts of these changes on client care and satisfaction were not probed directly, given the early stage of the pandemic, although some of these impacts were articulated spontaneously by participants. Further research should examine this topic carefully, to inform policy makers and healthcare providers about which changes should be kept or abandoned in order to ensure the best possible client care.

Conclusions

This study found that clinics providing pharmaceutical alternatives to the street drug supply in Canada were able to adapt and transform service implementation and delivery early on COVID-19 pandemic. While most changes were aimed at decreasing risk of COVID-19 infection, some were found to be at odds with the measures needed to combat the overdose crisis. Others met dual objectives, aiming to decrease risk of both overdose and infection. While further research is needed to examine which changes should be kept or reversed in a post-COVID environment, these findings highlight the potential for rapid change in clinics focused on treating addiction and responding to the overdose crisis and are highly relevant in light of the current public health situation.

Availability of data and materials

Reasonable requests for the anonymized data may be directed to the authors.

References

  1. Ahmad F, Rossen L, Sutton P. Provisional drug overdose death counts. National Center for Health Statistics; 2021. https://www.cdc.gov/nchs/nvss/vsrr/drug-overdose-data.htm.

  2. Special Advisory Committee on the Epidemic of Opioid Overdoses. Opioid and Stimulant-related Harms in Canada. Ottawa: Public Health Agency of Canada; 2021. https://health-infobase.canada.ca/src/doc/SRHD/UpdateDeathsSep2021.pdf.

  3. Health Canada. Government of Canada helping expand access to safer supply across Canada. 2021. https://www.canada.ca/en/health-canada/news/2021/06/government-of-canada-helping-expand-access-to-safer-supply-across-canada.html.

  4. Ahamad K, Bach P, Brar R, Chow N, Coll N, Compton M, et al. Risk mitigation in the context of dual health emergencies v1.5. Vancouver: British Columbia Centre on Substance Use; 2020. p. 25.

    Google Scholar 

  5. Brar R, Bruneau J, Goyer M, Lim R, Poulin G, Sereda A, et al. Medications and other clinical approaches to support physical distancing for people who use substances during the COVID-19 pandemic: National Rapid Guidance Document. Vancouver: CRISM; 2020. https://crism.ca/wp-content/uploads/2020/06/CRISM-Guidance-Medications-and-other-clinical-approaches-22062020-final.pdf.

  6. Hales J, Kolla G, Man T, O’Reilly E, Rai N, Sereda A. Safer opioid supply programs (SOS): a harm reduction informed guiding document for primary care teams-April 2020 update. 2019. https://bit.ly/3dR3b8m.

  7. Goyer ME, Hudon K, Plessis-Bélair MC, Ferguson Y. Substance replacement therapy in the context of the COVID-19 pandemic in Québec: clinical guidance for prescribers. Montréal: IUD; 2020. http://dependanceitinerance.ca/wp-content/uploads/2020/10/Guide-Pharmaco-COVID_ANG-VF.19.10.20.pdf.

  8. Eydt E, Glegg S, Sutherland C, Meador K, Trew M, Perreault M, et al. Service delivery models for injectable opioid agonist treatment in Canada: 2 sequential environmental scans. CMAJ Open. 2021;9(1):E115–24.

    Article  Google Scholar 

  9. Weng J, Fairbairn N, Sutherland C, Johnson C, Nolan S. Supervised tablet injectable opioid agonist therapy (TiOAT): a strategy to address safer supply for individuals with an opioid use disorder? J Addict Me. 2022. http://journals.lww.com/journaladdictionmedicine/Abstract/9000/Supervised_Tablet_Injectable_Opioid_Agonist.99020.aspx.

  10. Glegg S, McCrae K, Kolla G, Touesnard N, Turnbull J, Brothers TD, et al. “COVID just kind of opened a can of whoop-ass”: the rapid growth of safer supply prescribing during the pandemic documented through an environmental scan of addiction and harm reduction services in Canada. Int J Drug Policy. 2022;6(106): 103742.

    Article  Google Scholar 

  11. Canadian Research Initiative in Substance Misuse (CRISM). National injectable opioid agonist treatment for opioid use disorder operational guidance. 2019. https://crism.ca/projects/ioat-guideline/.

  12. Health Canada. Safer supply: prescribed medications as a safer alternative to toxic illegal drugs. 2021. https://www.canada.ca/en/health-canada/services/opioids/responding-canada-opioid-crisis/safer-supply.html.

  13. Naderifar M, Goli H, Ghaljaie F. Snowball sampling: a purposeful method of sampling in qualitative research. Strides Dev Med Educ. 2017. https://doi.org/10.5812/sdme.67670.

    Article  Google Scholar 

  14. NVivo 12.6.1. 2021.

  15. Hsieh H, Shannon S. Three approaches to qualitative content analysis. Qual Health Res. 2005. https://doi.org/10.1177/1049732305276687.

    Article  PubMed  Google Scholar 

  16. Nowell L, Norris J, White D, Moules N. Thematic analysis: striving to meet the trustworthiness criteria. Int J Qual Methods. 2017;16(1):1–13.

    Article  Google Scholar 

  17. Saldana J. First cycle coding methods. In: Seaman J, editor. The coding manual for qualitative researchers. 3rd ed. Los Angeles: SAGE Publications, Inc.; 2016. p. 198–204.

    Google Scholar 

  18. Lovgreen T, Smyth G. Where to go? What happens when nature calls during a pandemic | CBC News. CBC; 2020. https://www.cbc.ca/news/canada/british-columbia/where-to-go-what-happens-when-nature-calls-during-a-pandemic-1.5610802.

  19. CPBC. Professional Practice Policy #66 Policy Guide Slow Release Oral Morphine (SROM) maintenance treatment. 2018. http://library.bcpharmacists.org/6_Resources/6-2_PPP/1047-PPP66_Policy_Guide_SROM.pdf.

  20. Post-mortem detection of hydromorphone among persons identified as having an illicit drug toxicity death since the introduction of Risk Mitigation Guidance prescribing. BC Centre for Disease Control; 2021. http://www.bccdc.ca/resource-gallery/Documents/Statistics%20and%20Research/Statistics%20and%20Reports/Overdose/2021.09.15_Knowledge%20Update_Hydromorphone%20and%20drug%20toxicity%20deaths.pdf.

Download references

Acknowledgements

This work was funded in part by the Canadian Institutes of Health Research (CIHR) through a Canadian Research Initiative on Substance Misuse (CRISM) grant. Dr. Glegg was supported by a CIHR Fellowship Award. Dr. Le Foll has obtained funding from Pfizer (GRAND Awards, including salary support) for investigator-initiated projects. Dr. Le Foll has some in-kind donation of cannabis product from Aurora and medication donation from Pfizer and Bioprojet and was provided a coil for TMS study from BrainsWay. Dr. Le Foll has obtained industry funding from Canopy (through research grants handled by Centre for Addiction and Mental Health [CAMH] or University of Toronto), Bioprojet, American Chemical Society (ACS) and Alkermes. Dr. Le Foll has received in-kind donations of nabiximols from GW Pharma for past studies funded by CIHR and the National Institutes for Health (NIH). He has been consultant for Shionogi. He is supported by CAMH and a Clinician Scientist Award from the Department of Family and Community Medicine of the University of Toronto and an Addiction Psychiatry Chair from the department of Psychiatry of the University of Toronto. Dr. Fairbairn is supported by a Philip Owen Professorship in Addiction Medicine at the University of British Columbia and a Scholar Award from the Michael Smith Foundation for Health Research/St. Paul’s Hospital Foundation.

Funding

This work was funded in part by the Canadian Institutes of Health Research (CIHR) through a Canadian Research Initiative on Substance Misuse (CRISM) grant. Dr. Glegg was supported by a CIHR Fellowship Award. Dr. Le Foll is supported by CAMH and a Clinician Scientist Award from the Department of Family and Community Medicine of the University of Toronto and an Addiction Psychiatry Chair from the department of Psychiatry of the University of Toronto. Dr. Fairbairn is supported by a Philip Owen Professorship in Addiction Medicine at the University of British Columbia, and a Scholar Award from the Michael Smith Foundation for Health Research/St. Paul’s Hospital Foundation.

Author information

Authors and Affiliations

Authors

Contributions

NF, SG, and KM conceptualized and designed the study and analysis, and developed the data gathering tools. KM gathered the data. SG and KM conducted the analysis. KM drafted the paper with support from SG. All authors reviewed the results and supported interpretation, contributed feedback on the draft, and approved the manuscript for submission. All authors read and approved the final manuscript.

Corresponding author

Correspondence to Nadia Fairbairn.

Ethics declarations

Ethics approval and consent to participate

All procedures performed in studies involving human participants were in accordance with the ethical standards of the University of British Columbia/Providence Health Care Research Ethics Board (H17-01794) and with the 1964 Declaration of Helsinki and its later amendments or comparable ethical standards.

Consent for publication

The authors certify that the enclosed manuscript is not being considered for publication elsewhere; all authors have reviewed and approved the manuscript for submission for publication.

Competing interests

Dr. Le Foll has obtained funding from Pfizer (GRAND Awards, including salary support) for investigator-initiated projects. Dr. Le Foll has some in-kind donation of cannabis product from Aurora and medication donation from Pfizer and Bioprojet and was provided a coil for TMS study from Brainsway. Dr. Le Foll has obtained industry funding from Canopy (through research grants handled by Centre for Addiction and Mental Health [CAMH] or University of Toronto), Bioprojet, American Chemical Society (ACS) and Alkermes. Dr. Le Foll has received in-kind donations of nabiximols from GW Pharma for past studies funded by CIHR and the National Institutes for Health (NIH). He has been consultant for Shionogi. No other authors have relevant financial or non-financial interests to disclose.

Additional information

Publisher's Note

Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.

Rights and permissions

Open Access This article is licensed under a Creative Commons Attribution 4.0 International License, which permits use, sharing, adaptation, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if changes were made. The images or other third party material in this article are included in the article's Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article's Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit http://creativecommons.org/licenses/by/4.0/. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated in a credit line to the data.

Reprints and Permissions

About this article

Verify currency and authenticity via CrossMark

Cite this article

McCrae, K., Glegg, S., Goyer, MÉ. et al. The changing landscape of pharmaceutical alternatives to the unregulated drug supply during COVID-19. Harm Reduct J 19, 77 (2022). https://doi.org/10.1186/s12954-022-00657-x

Download citation

  • Received:

  • Accepted:

  • Published:

  • DOI: https://doi.org/10.1186/s12954-022-00657-x

Keywords

  • Safe supply
  • Substance use
  • Harm reduction
  • Injectable opioid agonist treatment
  • COVID-19 pandemic
  • Canada