Biosafety and biosecurity for pathogens and toxins news: Q4, February 2022 issue
On this page
- Voluntary reporting of incidents involving primary specimens
- Delays in testing of containment equipment and systems
- Construction, renovation or re-commissioning of a containment level 3 laboratory
- Online learning opportunities: CB's dual-use training
- New tool to identify potentially infectious poliovirus material samples
- RegFacts: #DYK
Voluntary reporting of incidents involving primary specimens
Primary specimens are pathogens or toxins existing in their natural environment. They are commonly collected and analyzed for clinical, diagnostic, and research purposes, but have not yet been extracted or cultured. They can be collected from the environment, such as water and soil, or directly from humans or animals, such as:
- milk
- urine
- blood
- feces
- serum
- tissue
- saliva
Under the HPTA, reporting laboratory incidents involving primary specimens is voluntary, regardless of their risk level.
In contrast, the HPTA requires all licensed facilities to report laboratory incidents involving risk group 2 (RG2) pathogens or above for:
- exposures and laboratory-acquired infections or intoxication
- inadvertent release, production, or possession of a human pathogen or toxin
- missing, stolen or lost human pathogens or toxins, including security sensitive biological agents not received within 24 hours of the expected time of receipt
- changes in biocontainment
Reporting incidents involving RG1 pathogens is also voluntary. While exposures to primary specimens and RG1 pathogens generally pose little risk to humans, reporting them can help detect real-time trends and identify potential gaps in biosafety, such as:
- defective equipment
- patterns of human error
- improper or inadequate standard operating procedures
In fact, these examples are involved in most laboratory exposure incidents. By collecting data on all exposures, we hope to prevent or mitigate biosafety risks for all who work in laboratory settings.
Of the 38 exposure incidents reported to the Laboratory Incident Notification Canada (LINC) between January and October 2021:
- none involved primary specimens
- 1 involved exposure to an RG1 prion, with no subsequent infection of exposed individuals
As of November 2021, PHAC's Biosecurity Portal offers a new function to help you voluntarily report incidents involving primary specimens and RG1 pathogens. Submitting primary specimen exposures is similar to submitting mandatory exposure incidents via the Biosecurity Portal. We demonstrated this process during a webinar in December 2021. A recording of the webinar will be available in the PHAC e-learning portal in January 2022.
LINC is updating the reporting guidelines to include the recommendation of reporting all primary specimen and RG1 exposure incidents. Ultimately, this will allow PHAC to:
- help stakeholders identify risk factors
- address emerging risks to public health and safety
- make evidence-based decisions about biosafety and biosecurity in Canada
For any questions on voluntary reporting or submitting exposure incidents via the Biosecurity Portal, contact CB at biosafety.biosecurite@phac-aspc.gc.ca.
Delays in completing testing of containment equipment and systems
CB acknowledges that unforeseen circumstances, such as the COVID-19 pandemic, can delay your performance and verification testing of containment equipment and systems. CB will consider these challenges when assessing your compliance with Canadian Biosafety Standard (CBS) requirements.
CB's ultimate goal is for you to maintain a safe and secure work environment when handling pathogens and toxins. To that end, the CBS has 2 requirements that may be helpful in managing these circumstances.
1. Under requirement 4.10.6 of the CBS, you must keep records, including performance verification and testing records, in accordance with containment zone function of:
- building and equipment maintenance
- repair
- inspection
- testing
- certification
When there are delays in testing of any certified equipment, we recommend that you create and maintain records that clearly indicate the unforeseen circumstance as the cause for delay. Where relevant, refer to requirement 4.1.8 of the CBS to conduct a local risk assessment (LRA) and examine each task involving infectious material or toxins to:
- identify risks
- develop and document safe work practices
In your LRA, you can describe any interim measures that will mitigate risk until the equipment is tested.
2. Conduct an LRA for activities with containment equipment if:
- certification has expired, and
- there has been a delay in testing due to an unforeseen circumstance
This LRA should clearly identify all potential risks that need mitigation through an alternative mechanism until your equipment can be tested. We describe these as potential risks, since equipment may still be safe to use but you can't confirm it without testing.
For biological safety cabinets, some examples of mitigation measures include:
- using a smoke pencil or other visual aid to confirm inward directional airflow at the face of the cabinet
- posting signs clearly identifying equipment whose certification or testing has expired, and limiting the use of such equipment when possible
- considering the use of more personal protective equipment (PPE)
While we acknowledge that each organization faces different challenges from unforeseen circumstances, we encourage you to follow best practices and take proactive measures such as those recommended above. As always, if you need more guidance, please contact CB at biosafety.biosecurite@phac-aspc.gc.ca.
Construction, renovation or re-commissioning of a containment level 3 laboratory
We recommend that you contact CB at the first stage of containment level 3 (CL3) laboratory projects, such as:
- construction
- renovation
- modification
- upgrade
We can provide the latest information, and verify that your plans and specifications meet current CBS requirements. We'll provide input throughout the process regarding:
- CL3 lab plans
- physical design
- operation
This will allow all stakeholders to be involved from the outset to guide you through the project. Guidance will vary depending on the pathogens you plan to use and the work you will do, such as:
- high-security biological agents
- non-native animal pathogens
- in vivo or in vitro (or both)
Re-commissioning existing spaces
Before you re-commission an existing CL3 lab, we require certain information as indicated in the HPTA, including:
- type of work done with the proposed Risk Group 3 (RG3) pathogens:
- in vitro only
- in vitro and in vivo
- intended animal model, if applicable
- initial commissioning of laboratory (identification number, if known)
- the Canadian guidelines or standards that initially commissioned this laboratory
This information will allow us to give you the best possible guidance on the requirements. It will also help identify:
- the compliance documents you'll need to submit and
- any validation and performance tests needed so that PHAC can authorize an RG3 Pathogen and Toxin Licence for work performed in a CL3
For any questions or concerns, contact CB at biosafety.biosecurite@phac-aspc.gc.ca.
Online learning opportunities: CB's dual-use training
Did you know that all research with pathogens and toxins has some level of dual-use potential? Would you like to learn how to identify dual-use potential and implement risk mitigation strategies? If so, the PHAC's CB has dual-use training for you.
Online course
CB offers a free course on our e-learning portal: Introduction to Dual-use in Life Science Research. PHAC developed the course in collaboration with the Canadian Institutes of Health Research (CIHR) Standing Committee on Ethics and the CIHR's Ethics Office.
This course aims to increase awareness on dual-use and promote the responsible conduct of research among:
- scientists
- educators
- institutional administrators
- biological safety and security professionals
- funding organizations
- policy and decision makers
- the public
After completing this course, participants will be able to:
- explain the key concepts of dual-use
- describe the national and international efforts that govern dual-use and the potential areas of intervention within the research continuum
- identify life science research with dual-use potential
- conduct a risk assessment on research with dual-use potential, including an understanding of the ethical considerations
- develop and implement risk mitigation strategies, including a communication plan
- apply the considerations for dual-use identification, risk assessment and risk mitigation in a case study
Webinar
CB is delivering a webinar on dual-use on March 23rd, 2022. This interactive session will give you an overview of the concepts of dual-use in life sciences research. It will show you ways to identify, assess, and mitigate dual-use risks. It will also present dual-use examples as they relate to:
- knowledge
- technology
- research products
The target audience for this webinar include:
- licence holders
- biological safety officers (BSOs)
- researchers using pathogens and toxins in research
We'll notify you by email once registration for this session is open.
For any questions, please contact the Biosafety Learning and Knowledge team at pathogens.pathogenes@phac-aspc.gc.ca.
New tool to identify poliovirus potentially infectious material samples
In the global campaign for polio eradication, all World Health Organization (WHO) member states have an international commitment for the containment of polioviruses. This includes the establishment of a national poliovirus inventory. CB is Canada's National Authority for Containment (NAC). We maintain and update the National Poliovirus Inventory for facilities that handle or store poliovirus and potentially infectious material (PIM).
PIM includes any human faecal, respiratory, or concentrated sewage samples that were collected:
- when poliovirus was in circulation or oral poliovirus vaccine was in use, and
- were stored in conditions that support poliovirus survival
For more information on poliovirus PIM, please see our July 2021 newsletter article.
The WHO has developed a new sample identification tool to help determine if the samples stored in your laboratory may be PIM. This tool compliments the existing Guidance to minimize risks for facilities collecting, handling, or storing materials potentially infectious for polioviruses (PIM Guidance 2nd edition, 2021) (PDF).
Depending on where and when the sample was collected, the tool can tell you the poliovirus type and serotype for your PIM sample.
You must report retention of PIM to PHAC. If you believe you have poliovirus PIM, contact the Public Health Agency of Canada (PHAC)'s CB at biosafety.biosecurite@phac-aspc.gc.ca.
RegFacts: #DYK
Did you know that under section 36 of the HPTA, a licence applicant may appoint any person of their choosing (including themselves) to be a biological safety officer (BSO) provided they meet the requirements set out in the regulations?
The BSO should have knowledge of the:
- relevant microbiology for the controlled activities authorized by the licence (can be obtained through a combination of education, training and experience)
- provisions of the HPTA and HPTR and any other applicable federal or provincial legislation
- relevant biosafety and biosecurity policies, standards and practices
If the licence holder appoints themself as the BSO, PHAC recommends identifying an alternate biosafety contact (ABC) to:
- handle day-to-day BSO responsibilities
- fulfill designated BSO functions during short-term absences
BSOs may refer to the CBS, HPTA and HPTR for information about controlled activities involving human pathogens and toxins.
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