Risk Assessment
Evaluate agents, procedures, quantities, routes of exposure, equipment, personnel, and environmental consequences.
Biosafety, Biosecurity & Laboratory Safety Policy
Advance science carefully. Control hazards deliberately.
The JR Institute intends to manage biological materials, hazardous agents, laboratory systems, and related information through risk assessment, qualified oversight, secure facilities, trained personnel, and documented controls.
Developing Framework
This page presents a planned public standard. Qualified biosafety leadership, laboratory procedures, containment systems, inventories, emergency plans, and review structures should be established before regulated or hazardous biological work begins.
Policy Purpose
Laboratory safety protects people, research, communities, and the environment.
Biological work may involve infection risk, toxins, allergens, sharps, aerosols, recombinant materials, specimens, waste, transport, security, or information that could be misused.
The Institute should identify those hazards before work begins, match them to appropriate controls, and stop activities when facilities, training, or oversight are not adequate.
Core Principles
Assess risk, control access, contain hazards, and prepare for failure.
Containment
Match facilities, engineering controls, procedures, and protective equipment to the actual hazard.
Qualified Personnel
Permit work only by trained, authorized people operating within approved competencies and supervision.
Biosecurity
Protect sensitive materials, equipment, records, systems, and access credentials from loss or misuse.
Incident Readiness
Prepare for exposures, spills, releases, injuries, equipment failures, outages, and natural hazards.
Independent Oversight
Require qualified review, inspection, corrective action, and authority to suspend unsafe work.
Scope
This policy is intended to apply to biological agents, recombinant or synthetic nucleic acids, toxins, human and animal specimens, cell cultures, genetically modified organisms, biological vectors, infectious materials, and laboratory activities that may create biological risk.
It may also apply to associated equipment, digital records, freezers, inventories, field collection, transport, storage, decontamination, waste, and emergency response.
Project and Protocol Review
Covered work should receive documented review before materials are acquired, transferred, stored, modified, cultured, tested, or used.
Review should consider agent characteristics, host range, transmission, dose, environmental persistence, available treatment, procedure-generated aerosols, scale, equipment, facility capability, personnel competence, and possible misuse.
Containment and Facility Requirements
Work should be assigned to containment practices and facilities appropriate to the assessed risk.
- Controlled laboratory access
- Certified biological safety equipment where required
- Appropriate ventilation, pressure, and directional airflow
- Handwashing, decontamination, and emergency equipment
- Validated maintenance and certification schedules
- Secure storage for sensitive materials
No project should be approved merely because the scientific method is sound. The facility, personnel, emergency capacity, and containment must also be adequate.
Access Control, Inventories, and Material Accountability
Access should be limited to authorized personnel based on training, role, project need, and facility status.
Sensitive materials should be inventoried, labeled, reconciled, transferred through approved channels, and investigated when lost, damaged, missing, or accessed improperly.
Training and Competency
Personnel should complete general and activity-specific training before independent work.
- Hazard recognition and risk assessment
- Aseptic technique and aerosol control
- Sharps safety and exposure prevention
- Use of safety cabinets, centrifuges, and containment equipment
- Decontamination, spill response, and waste handling
- Emergency reporting and medical follow-up
Engineering Controls, Work Practices, and Protective Equipment
Safety should rely first on elimination, substitution, engineering controls, and safe procedures, with personal protective equipment used as an additional layer rather than the sole safeguard.
Required clothing, gloves, eye protection, respiratory protection, and other equipment should match the hazard and be supported by fit, maintenance, training, and disposal procedures.
Decontamination, Waste, and Environmental Protection
Laboratories should maintain validated methods for disinfecting surfaces, equipment, spills, reusable materials, and biological waste.
Waste should be segregated, labeled, stored, transported, treated, and documented according to hazard and applicable requirements.
Shipping, Receiving, and Internal Transport
Biological materials should be packaged, labeled, documented, received, and transported by trained personnel using approved procedures.
Internal movement should also prevent breakage, exposure, loss, unauthorized access, and contamination of public or shared spaces.
Dual-Use, Misuse, and Information Hazards
Research may require additional review when methods, results, sequence information, software, equipment, or materials could be adapted to cause significant harm.
Review may address publication, access, data release, collaboration, export, cybersecurity, material transfer, and whether risk-reduction measures are sufficient.
Exposure, Spill, Release, and Incident Response
Exposures, spills, releases, injuries, security breaches, missing materials, containment failures, and equipment malfunctions should be reported promptly.
Response should include immediate safety action, medical evaluation, containment, evidence preservation, environmental assessment, notification, corrective action, and review of whether work should be suspended.
Framework date: July 2026
Safety Lifecycle
Review before acquisition, control during use, and verify after every incident.
- Assess the hazard. Identify biological, procedural, environmental, security, and information risks.
- Approve the controls. Match facilities, equipment, training, access, and emergency plans to the work.
- Operate within limits. Follow approved methods, inventories, containment, and supervision.
- Monitor continuously. Inspect systems, review incidents, maintain equipment, and verify competency.
- Correct and improve. Suspend unsafe work, investigate root causes, and strengthen controls before resuming.
Biosafety or Laboratory Concerns
Report exposures, spills, missing materials, unsafe conditions, or containment failures.
Inquiries may concern a proposed project, biological material, training, facility readiness, waste, transport, dual-use risk, or suspected noncompliance.
Submit a Laboratory Safety Inquiry
Identify the material, activity, location, date, people involved, immediate risk, and available supporting information.
Contact the Institute